SO
AECL-7610
ATOMIC ENERGY K3 L'ENERGIE ATOMIQUE OF CANADA UMITED C^&jf DU CANADA LIMITEE
PULSE RADIOLYSIS A COMPREHENSIVE BIBLIOGRAPHY (JANUARY 1971 - DECEMBER 1974)
Radioiyses puisnes Bibliographie complete (Janvier 1971 - decembre 1974)
H. GREENSHIELDS and W.A. SEDDON
Chalk River Nuclear Laboratories Laboratoires nucle'aires de Chaik River
Chalk River, Ontario
March 1982 mars ATOMIC ENERGY OF CANADA LIMITED
PULSE RADIOLYSIS
a comprehensive bibliography
(January 1971 - December 1974)
by
H. Greenshields and W.A. Seddon
Chalk River Nuclear Laboratories Chalk River, Ontario KOJ 1J0
1982 March
AECL-7610 L'ENERGIE ATOMIQUE DU CANADA, LIMITEE
Radiolyses puisées
Bibliographie complète (janvier 1971 - décembre 1974)
par
H. Greenshields et W.A. Seddon
Résumé
II s'agit de la continuation d'une bibliographie dont les deux premières parties ont été publiées comme rapports AECL-3524 (1970) et AECL-4066 (1972).
Ce supplément comporte 734 références à la littérature des radio- lyses puisées, placées sous huit titres principaux de sujets. Ces références ont été compilées en faisant des recherches dans les som- maires biologiques, les résumés chimiques, les résumés de science nucléaire et la liste hebdomadaire des communications en chimie sous r.ayonnement publiée par le Centre de données en chimie sous rayonnement de l'Université Notre Dame. Des données bibliographiques complètes sont fournies pour les rapports publiés de janvier 1971 à décembre 1974. Un index d'auteurs ênumérant pl_a de 600 auteurs et un nombre semblable de co-auteurs est inclus dans la bibliographie.
Laboratoires nucléaires de Chalk River Chalk River, Ontario KDJ 1J0
Mars 1982
AECL-7610 ATOMIC ENERGY OF CANADA LIMITED
PULSE RADIOLYSIS a comprehensive bibliography (January 1971 - December 1974)
by
H. Greenshields and W.A. Seddon
ABSTRACT
A continuation of a bibliography of which the first two parts were published as reports AECL-3524 (1970) and AECL-4066 (1972).
This supplement lists 734 references to the literature of pulse radiolysis, arranged under eight broad subject headings. The references were compiled by searching Biological Abstracts, Chemical Abstracts, Nuclear Science Abstracts and the Weekly List of Papers in Radiation Chemistry issued by the Radiation Chemistry Data Center of Notre Dame University. Full bibliographic data is given for papers published in the period 1971 to 1974. A personal author index listing more than 600 authors and a similar number of co-authors is included.
Chalk River Nuclear Laboratories Chalk River, Ontario KOJ 1J0 1982 March
AECL-7610 (i)
FOREWORD
As in two previous publications (AECL-3524 and AECL-4066) entries reporting incomplete or continuing research, academic contributions of a fundamental or theoretical nature, and articles published more than once have been excluded.
Selection from several abstract publications increased the work of eliminating duplicates, but also provided an opportunity to confirm the accuracy of the references. Copying the entries from microfilm versions of Biological, Chemical, and Nuclear Science Abstracts and photocopying selections from the Weekly List of Papers in Radiation Chemistry issued by the University of Notre Dame Radiation Chemistry Center provided the basic working list from which the bibliography was finally typed. Name variants were identified during index compilation and effort was directed to eliminating them and to correlating entries which appeared under different first authors. Those who use the bibliography are invited to inform the compilers of further variant entries which remain.
Acknowledgement is made to the contributions of summer employees Sara Carlisle and Kathleen James in the initial listing of authors for index preparation and to Dorothy Friesen and Rhea Fraser who typed the bibliography and its index. Finally, the authors do not plan to publish a further supple- ment to this bibliography. The increasing number of commercially available data bases and the Radiation Center Bi-weekly List provide reasonable access to the literature published since 1974. However, if you feel that there are good reasons for continuing the Supplements, or to cumulate those already published write to Harry Greenshields, Chief Librarian at. the imprint address. (ii)
TABLE OF CONTENTS
FOREWORD (i)
Table of Concents (ii)
I Aqueous 1
II Organic . 26
III Solids 44
IV Gases 49
V Conductivity 54
VI Experimental Techniques 60
VII Radiobiology - 66
VIII Reviews - 81
IX Author Index 86 I. AQUEOUS 1-10 1. Pulse radiolysis and polarography. 6. Oxidation of ferrous ions by Polarograms and structure of short- an aliphatic dioxyl radical. lived free radicals. Butler, J., Jayson, G.G. and Bansal, K.M., Henglein, A. and Swallow, A.J. Sellers, R.M. J. Chemical Society. Faraday Berichte der Bunsengesellse;.aft Trans. I, 70(7), 1974. flir Physikalische Chemie, 78(6), pp. 1394-401 1974. pp. 569-75. 7. Ultraviolet-visible spectrum, and kinetics of formation and 2. Pulse radiolytic polarography. decomposition, of penta- Competitive oxidation and aquahydridochromium (III) and reduction of hydroxycyclohexadienyl chromium (I) in aqueous perchlorate radicals at the mercury drop solutions: a pulse-radiolysis study. electrode in aqueous solutions. Cohen, H. and Meyerstein, D. Bansal, K.M. and Henglein, A. J. Chemical Society. Dalton J. Physical Chemistry, 78(2), 1974. Trans., (23), 1974. pp. 160-4. pp. 2559-64.
3. Pulse radiolysis study of aqueous 8. Pulse radiolysis studies of hydrogen cyanide and cyanide chloride complexes of thallium solutions. (II). Absorption spectra and stability constants of T1C1+, Behar, D. T1C12, and TICly
J. Physical Chemistry, 78(26), Dodson, R.W. and Schwarz, H.A. 1974. pp. 2660-3. J. Physical Chemistry, 78(9), 1974. pp. 892-9. 4. Pulse radiolysis studies on pH Effects of the pulse radiolysis chloro complexes of palladium. 9. of deoxygenated aqueous solutions of sulfur dioxide. Broszkiewicz, R.K. Eriksen, T.E. International J. for Radiation Physics and Chemistry, 6(4), J. Chemical Society. Faraday 1974. Trans. I, 70(2), 1974. pp. 245-58. pp. 208-15. 5. Transiente Ionenpaare, gebildet aus OH-Radikalreaktionen: 10. Pulse radiolysis study of the reactions Pulsradiolyse waessriger of hydrated electrons with naphthalene, Loesungen von Alkyliodiden. phenanthrene, biphenyl and fluorene in aqueous micellar solutions. Buechler, H. and Buehler, R.E. Fendler, J.H., Gillis, H.A. and Chimia (AARAU), 28(1), 1974. Klassen, N.V. p. 18 J. Chemical Society. Faraday Trans. I, 70(1), 1974. pp. 145-53. 11-20
11. Trapping of hydrated electrons 16. Pulse radiolytic study of nickel by cetyl pyridinium chloride (1+) ion. Nickel-carbon bond micelles. formation.
Graetzel, M., Thomas, J.K. and Kelm, M., Lilie, J., Henglein, A. Patterson, L.K. and Janata, E.
Chemical Physics Letters, 29(3), J. Physical Chemistry, 78(9), 1974. 1974. pp. 882-7. pp. 393-6. 17. Yields of radiation products in 12. The redox potential of the sodium metaphosphate glasses. O--O_- system in aqueous media. Kobayashi, Y., Barkatt, A. and Ilan, Y.A., Meisel, D. and Rabani, J. Czapski, G. J. Physical Chemistry, 78(7), 1974. Israel J. of Chemistry, 12(4), pp. 752-6. 1974. pp. 891-5. 18. Reaction of nitrous oxide with solvated electrons in mixtures of 13. Luminescence decay of water and dimethyl sulphoxide. hydrophobic molecules solubilized in aqueous Koulkes-Pujo, A.M., Gilles, L. and miceilar systems. A kinetic Sutton, J. model. J. Chemical Society, Chemical Infelta, P.P., Graetzel, M. Communications, (21), 1974. and Thomas, J.K. pp. 912-3.
J. Physical Chemistry, 78(2), 19. Pulse photolysis of Rhodamine 6G 1974. aqueous solutions. pp. 190-5. Kuznetsov, V.A. and Shamraev, V.N. 14. Indirect measurements for the time dependence of the hydrated Journal of Applied Spectroscopy, electron. 20(2), 1974. pp. 157-161. English translation of Zhurnal Jonah, CD. Prikladnoi Spektroskopii, 20(2), 1974. J. Physical Chemistry, 78(21), pp. 204-10. 1974. pp. 2103-5. 20. Kinetics of oxidation of transition- metal ions by halogen radical anions. 15. Pulse radiolysis of aqueous Part IV. The oxidation of vanadium solutions of potassium chromate. (II) and chromium (II) by di-iodide, dibromide, and dichloride ions Kabakchi, S.A., Zansokhova, A.A. generated by pulse radiolysis. and Pikaev, A.K. Laurence, G.S. and Thornton, A.T. High Energy Chemistry, 8(3), 1974. pp. 212-6. J. Chemical Society. Dalton English translation of Khimiya Trans. (11), 1974. VysokLkh Energii, 8(3), 1974. pp. 1142-8. pp. 255-60. 21-28
21. Spectra and decay of 25. Solvent participation in electron trichloromethyl radicals transfer reactions. in aqueous solution. Micic, O.I. and Cercek, B. Lesigne, B., Gilles, L. and Woods, R.J. J. Physical Chemistry, 78(3), 1974. Canadian J. of Chemistry, pp.285-9. 52(7), 1974. pp. 1135-9. 26. Gamma and pulse radiolysis of tetracyanonickelate- (II) anion in 22. Reactions of phenylalanine aqueous solution. derivatives, methionine derivatives, and their Mulazzani, Q.G., Ward, M.D., mixtures in aqueous Semerano, G., Emmi, S.S. and solution with pulse- Giordan!, P. radiolytically generated H atoms. International J. for Radiation Physics and Chemistry, 6(3), 1974. Lichtin, N.N. and pp. 187-201. Shaffennan, A. 27. Radiation chemically induced Radiation Research, 60(3), reduction of Rh (dipyr) 33+ 1974. aqueous solution. pp. 432-40. Mulazzani, Q.G., Emmi, S., Roffi, G. 23. Reaction of the hydrated and Hoffman, M.Z. electron with benzene studied by pulse radiolysis. Quaderni dell'Area di Ricerca dell'Emilia-Romagna, C.N.R., Vol. 5, Marketos, D.G., Marketou- Lab. di Fotochimica e Radiazioni Mantaka, A. and Stein, G. d'Alta Energia, Rapporto annuale 1973, Bologna, Consiglio Nazionale J. Physical Chemistry, delle Ricerche, 1974. 78(20), 1974. pp. 111-3. pp. 1987-92. 28. Pulse radiolysis of concentrated 24. Hydroperoxyl radical reactions. aqueous solutions of nitric acid. III. Pulse-radiolytic study of the reaction of the Pikaev, A.K., Sibirskaya, G.K., hydroperoxyl radical with Shirshov, E.M., Glazunov, P.Ya. and some metal ions. Spitsyn, V.I.
Meisel, D., Ilan, Y.A. and Doklady Physical Chemistry, Czapski, G. 215(1-3), 1974. pp. 328-31. J. Physical Chemistry, 78(23), English translation of Doklady 1974. Akademii Nauk SSSR, 215(3), 1974. pp. 2330-4. pp. 645-8. 29-38
29. Chetniluminescent reactions 34. Radiation chemical studies on after puJ.se radio lysis of systems related to ascorbic acid. aqueous dye solutions. Radiolysis of aqueous solutions Absolute yields. of cs-bromotetronic acid.
Pruetz, W.A. and Land, E.J. Schuler, M.A., Bhatia, K. and Schuler, R.H. J. Physical Chemistry, 78(13), 1974. J. Physical Chemistry, 78(li), pp. 1251-3. 1974. pp. 106^-74. 30. Pulse radiolysis of cyclopentane Pulse radiolysis study of thallium in aqueous solutions. 35. (II) in aqueous perchloric acid solutions. Rabani, J., Pick, M. and Simic, M. Schwarz, H.A., Cornstock, D., J. Physical Chemistry, 78(11), Yandell, J.K. and Dodson, R.W. 1974. pp. 1049-51. J. Physical Chemistry, 78(5), 1974. 31. Redox potentials of free pp. 488-93. radicals. I. Simple organic radicals. 36. Role of solvated electrons in the mechanism of hydrazine-water system Rac, P.S. and Hayon, E. radiolysis in pulsed and steady- state systems. (In Russian). J. American Chemical Society, 96(5), 1974. Slavinskaya, 3J.A., Kozlov, B.M., pp. 1287-94. Petrukhin, N.V., Kamenetskaya, S.A. and Pshezhetskii, S.Ya. 32. Redox potentials of free radicals. II. Pyrimidine High Energy Chemistry, 8(1), 1974. bases. pp. 57-61. English translation of Khimiya Rao, P.S. and Hayon, E. Vysokikh Energii, 8(1), 1974. pp. 68-73. J. American Chemical Society, 96(5), 1974. 37. Radiolysis of aqueous solutions of pp. 1295-300. cyclopentane and cyelopentene.
33. The absorption spectra of Soeylemez, T, and Schuler, R.H. cyclohexyl and cyclohexenyl radicals. J. Physical Chemistry, 78(11), 1974. pp. 1052-62. Schuler, R.H. and Patterson, L.K. 38. Pulse radiolysis of selenium- Chemical Physics Letters, 27(3), containing compounds. Selenome thionine. 1974. pp. 369-72. Tamba, M., Bonora, S. and Badiello, R.
Zeitschrift fur Naturforschung B, 29(7/8), 1974. pp. 571-2. 39-46
39. Pulse radiolytic investigation 43. Polarographic and optical of reactions of diamide with absorption studies of radicals hydrated electrons and 0H- produced in the pulse radiolysis radicals. of aqueous solutions of ethylene glycol. Wold, E. and Brustad, T. Bansal, K.M., Graetzel, M., International J. of Radiation, Henglein, A. and Janata, E. Biology, and Related Studies in Physics, Chemistry and J. Physical Chemistry, 77(1), Medicine, 25(4), 1974. 1973. pp. 407-11. pp. 16-9:
40. New information on kinetics 44. Polarographic studies on the pulse in pulse radiolysis from radiolytic oxidation of ascorbic measurements of Cherenkov acid in aqueous solution. radiation self-absorption. Bansal, K.M., Schoeneshoefer, M. Zagorski, Z.P. and Zimek, Z. and Graetzel, M.
Nukleonika, 19(4), 1974. Zeitschrift ftlr Naturforschung B, pp. 275-81. 28(7-8), 1973 pp. 528-9. 41. Pulse radiolysis of the aqueous ferro-ferricyanide 45. Pulse radiolysis and polarography. system. II. Reactions of Influence of the double layer hydrogen atoms and hydrated capacitance on electrode reactions electrons with ferrocyanide of short-lived radicals in aqueous and ferricyanide ions. solutions.
Zehavi, D. and Rabani, J. Bansal, K.M., Henglein, A., Janata, E. and Sellers, R.M. J, Physical Chemistry, 78(14), 1974. Berichte der Bunsengesellschaft fllr pp. 1368-73. Physikalische Chemie, 77(12), 1973. pp. 1139-44. 42. Pulse radiolytic study of the site of OH- radical 46. Effect of the dielectric constant attack on aliphatic on the reactivity of the solvated alcohols in aqueous solution. electron.
Asmus, K.-D., Moeckel, H. and Barat, F., Gilles, L., Hickel, B. Henglein, A. and Lesigne, B.
J. Physical Chemistry, 77(10), J. Physical Chemistry, 77(13), 1973. 1973. pp. 1711-5. pp. 1218-21. 47-56
47. Pulse radiolysis study of 52. Pulse radiolysis of dimethyl the chemiluminescence from sulfoxide and binary mixtures luminol (5-amino-2, 3- with water. dihydrophthalazlne-1, 4-dione). Copper, T.K., Walkar, D.C., Baxendale, J.H. Gillis, H.A. and Klassen, N.V.
J. Chemical Societv. Faraday Canadian J. of Chemistry, Trans. I, 69(9), 1973. 51(13), 1973. pp. 1665-77. pp. 2195-206.
48. Pulse radiolysis studies on 53. Ueber die Bildung des Azidradikals complexes of iridium. bei der Bulsradiolysevon reinem Stickstoff und Scickstoff-Geinischen. Broszkievi.cz, R.K. Dreyer, J.W. ard Perner, D. J. Chemical Society. Dalton Trans., (17), 1973. Berichte der Bunsengesellschaft pp. 1799-802. fUr Physikalische Chemie, 77(6), 1973. 49. Transient ion pairs from pp. 442-7. OH-radical reactions: Pulse radiolysis of aqueous alkyl 54. Reaction of the hydrated electron iodide solutions. with HS~.
Bruehlmann, U., Buechl°r, H., Eager, R.L., Kabachia, V.K., Waltz, W.L. Marchetti, F. and Buehler, R.E. Woods, R.J. and McCallum, K.J.
Chemical Physics Letters, 21(2), Canadian J. of Chemistry, 51(12), 1973. 1973. pp. 412-*;. pp. 1920-1922.
50. Acid dissociation constant of 55. Pulse radiolysis of titanium (III) the carboxyl radical. Pulse and other metal (III) ions in the radiolysis studies of aqueous presence of formic acid. solutions of formic acid and sodium formate. Ellis, J.D., Green, M., Sykes, A.G., Buxton, G.V. and Sellers, R.M. Buxton, G.V. and Sellers, R.M. J. Chemical Society. Dalton Trans., J. Chemical Society. Faraday (16), 1973. Trans. I, 69(3), 1973. pp. 1724-8. pp. 555-9. 56. Pulse radiolytic oxidation of 51. Formation of benzyl radicals chloral hydrate in oxygenated and by pulse radiolysis of toluene deoxygenated aqueous solutions. in aqueous solutions. Eriksen, T., Henglein, A. and Christensen, H.C., Sehested, K. Stockhausen, K. and Hart, E.J. J. Chemical Society. Faraday J. Physical Chemistry, 77(8), 1973. Trans. I, 69(2), 1973. pp. 983-7. pp.. 337-45. 57-65
57. Electron-transfer 62. Pulse radiclysis of ethyl, reactions of cobalt propyl, butyl, and n-amyl (III) and ruthenium amine in aqueous solutions. (III) ammines with europium (II), ytterbium Getoff, N. and Schwoerer, F. (II), and samarium (II) in aqueous solutions. International J. for Radiation Physics and Chemistry, 5(1), Faraggi, M. and Feder, A. 1973. pp. 101-11. Inorganic Chemistry, 12(1), 1973. 63. Electron spin resonance studies. pp. 236-41. XXXIX. Kinetic investigation of the role of radical reduction in 58. Pulse radj.olysis of liquids metal ion-hydrogen peroxide at high pressures. IV. systems. Hydrogen-atom reactions in aqueous 0.1M perchloric Gilbert, B.C., Norman, R.O.C. acid solutions. and Sealy, R.C.
Farhataziz, M.I., Sharp, L.I, J. Chemical Society. Perkin and Hentz, R.R. Trans. II, (15), 1973. pp. 2174-80. J. Chemical Physics, 59(5), 1973. 64. Pulse radiolysis of phosphoric pp. 2309-15. acid, orthophosphate ion, phosphate ion, and pyrophosphate ion, in 59. Electron ejection and electron aqueous solution. I. Rate capture by phenolic compounds. constants of the reactions with the primary products of the aqueous Feitelson, J. and Hayon, E. radio-lysis. (In German) .
J. Physical Chemistry, 77(1), Grabner, G., Getoff, N. and 1973. Schwoerer F. pp. 10-15. International J. for Radiation 60. Electronic processes in Physics and Chemistry, 5(5), 1973. pulse-irradiated aqueous pp. 393-403. and alcoholic systems. 65. Pulse radiolysis of phosphoric Fisher, M.M. and Hamill, W.H. acid, orthophosphate ion, phosphate ion, and pyrophosphate ion in aqueous J. Physical Chemistry, 77(2), solutions. II. Spectra and kinetics 1973. of the intermediates. (In German). pp. 171-7. Grabner, G., Getoff, N. and 61. Pulse radiolysis of mercuric Schwoerer, F. ion in aqueous solutions. InternationalJ. for Radiation Fujita, S., Horii, H. and Physics and Chemistry, 5(5), 1973. Taniguchi, S. pp. 405-17.
J. Physical Chemistry, 77(24), 1973. pp. 2868-71. 66-73
66. Kinetics of electrode 70. Base and acid catalyzed processes in pulse protonation of the acrylate radiolytic polarography radical dianion at the 3 of short-lived free radicals. position. Spectral and kinetic evidence. Graetzel, M., Henglein, A. and Bansal, K.M. Hayon, E., Lichtln, N.N. and Madhavan, V. Berichte der Bunsengesellschaft fur Physikalische Chemie, 77(1), J. American Chemical Society, 1973. 95(14), 1973. pp. 6-11. pp. 4762-3.
67. Pulse radiolytic polarography': 71. Pulse radiolytic polarography: the kinetics of the oxidation Adsorption effects in the of the ethanol radical at the electrode kinetics of short- mercury electrode. lived free radicals.
Graetzel, M., Bansal, K.M. Henglein, A. and Graetzel, M. and Henglein, A. Berichte der Bunsengesellschaft Berichte der Bunsengesellschaft fUr Physikalische Chemie, 77(1), fttr Physikalische Chemie, 77(1), 1973. 1973. pp. 17-20. pp. 11-16,. 72. One-electron reduction of tris 68. Pulse radiolytic polarography: (Bipyridyl) complexes of cobalt the reduction of the ascorbic (III) and chromium (III). acid radical and of the ferrihexacyanide anion at the Hoffman, M.Z. and Simic, M. mercury electrode. J. Chemical Society, Chemical Graetzel, M. and Henglein, A. Communications, (17), 1973. pp. 640-1. Berichte der Bunsengesellschaft fUr Physikalische Chemie, 77(1), 73. Rate of reduction of cobalt (III) 1973. complexes by C02-~ radicals in pp. 2-6. aqueous solution.
69. Acid-base properties of organic Hoffman, M.Z. and Simic, M. peroxy radicals, •OOBH, in aqueous solution. Inorganic Chemistry, 12(10), 1973. pp. 2471-2. Hayon, E. and Simic, M.
J. American Chemical Society, 95(20), 1973. pp. 6681-4. 74-82
74. Radiolytlc yields of 78. Yields and decay of the hydrated electrons at hydrated electron at times 30 to 1000 picoseconds greater than 200 picoseconds. after energy absorption. Jonah, CD., Hart, E.J. and Hunt, J.W., Wolff, R.K., Matheson, M.S. Bronskill, M.J., Jonah, CD., Hart, E.J. and Matheson, M.S. J. Physical Chemistry, 77(15), 1973. J. Physical Chemistry, 77(3), pp. 1838-43. 1973. pp. 425-6. 79. Reactions of fluorinated benzenes with hydrated electrons and 75. Appearance of sulfatoferric hydroxyl radicals in aqueous complexes in the oxidation of solutions. ferrous sulfate solutions. ?ulse radiolysis. Koester, R. and Asmus, K.-D.
Jayson, G.G., Parsons B.J. J. Physical Chemistry, 77(6), and Swallow, A.J. 1973. pp. 749-55. J. Chemical Society. Faraday Trans. I, 69(Pt. 6), 1973. 80. Bimolecular disappearance of pp. 1079-89. pyridinyl radicals in water.
76. Oxidation of ferrous ions by Kosovir, E.M., Teuerstein, A. perhydroxyl radicals. and Swallow, A.J.
Jayson, G.G., Parsons, B.J. J. American Chemical Society, and Swallow, A.J. 95(18), 1973. pp. 6127-8. J. Chemical Society. Faraday Trans. I, 69(1), 1973. 81. Pulse radiolysis study of the pp. 236-42. direct effect on sulfuric acid.
77. Some simple, highly reactive, Lesigne, B., Ferradini, C and inorganic chlorine derivatives Pucheault, J. in aqueous solution. Their formation using pulses of J. Physical Chemistry, 77(17), radiation and their role in the 1973. mechanism of the Fricke dosimeter. pp. 2156-8.
Jayson, G.G., Parsons, B.J. and 82. Reaction of hydroxyl radicals with Swallow, A.J. polyethylene oxide in aqueous solution. J. Chemical Society. Faraday Trans. I, 69, 1973. Matheson, M.S., Mamou, A., pp. 1597-607. Silverman, J. and Rabani, J.
J. Physical Chemistry, 77(20), 1973. pp. 2420-4. 10
83-91
83. Transient species from the 87. (cont.) reaction of the hydrated English translation of Doklady Akademii Nauk electron with hexacyanocobaltate SSSR Physical Chemistry, 209(4-6), 1973. III. pp. 339-342.
Milhacea, I. and Hentz, R.R. 88. Reactivity of neptunium and Plutonium ions relative to Revue Roumaine de Chimie, the hydrated electron in aqueous 19(9), 1973. alkaline solutions. pp. 1577-80. Pikaev, A.K., Mefod'eva, M.P., 84. Reduction of mercuric chloride Krot, N.N. and Spitsyn, V.I. by hydrated electrons and reducing radicals in aqueous High Energy Chemistry, 7(6), 1973. solutions. Formation and pp. 448-50. reactions of HgCl. English translation of Khimiya Vysokikh Energii, 7(6), 1973. Nazht, N.B. and Asumus, K.-D. pp. 505-08.
J. Physical Chemistry, 77(5), 89. Study of divalent samarium, europium, 1973. thulium, ytterbium, and of tetravalent pp. 614-20. praseodymium ions by pulse radiolysis in aqueous solution. 85. Positive hole migration in pulse-irradiated water and Pikaev, A.K., Sibirskaya, G.K. heavy water. and Spitsyn, V.I.
Ogura, H. and Hamill, W.H. Doklady Physical Chemistry, 209(4-6), 1973. J. Physical Chemistry, 77(25), pp. 339-42. 1973. English translation of Doklady pp. 2952-4. Akademii Nauk SSSR, 209(5), 1973. pp. 1154-57. 86. Pulse-radiolysis of aqueous potassium perbromate solutions. 90. The effect of nitrate ion on hydroxyl radical yield in aqueous solutions. Olsen, K.J., Sehestcd, K. and Appelman, E.H. Powers, E.L., Tallentire, A., Davies, J.V. and Ebert, M. Chemical Physics Letters, 19(2), 1973. International J. of Radiation pp. 213-14. Biology and Related Studies in Physics, Chemistry and Medicine, 87. Properties of divalent 24(6), 1973. samarium, europium, thulium, pp. 637-9. ytterbium, and tetravalent praseodymium ions in aqueous 91. Pulse radiolyt.ic investigations of solutions resulting from pulsed the catalyzed disproportionation radiolysis. of peroxy radicals. Aqueous cupric ions. Pikaev, A.K., Sibirskaya, G.K. and Spitsyn, V.I. Rabani, J., Klug-Roth, D. and Lilie, J.
Doklady Physical Chemistry, J. Physical Chemistry, 77(9), 1973. 209(5), 1973. pp. 1169-75. pp. 1154-7. 11
92-101
92. Experimental determination 97. Decay of hydrated electrons of the redox potential of in radiolytic spurs at picosecond the superoxide radical '0, . times.
Rao, P.S. a ad Hayon, E. Rzad, S.J. and Schuler, R.H.
Biochemical and Biophysical J. Physical Chemistry, 77(15), Research Communications, 51(2), 1973. 1973. pp. 1926-8. pp. 468-73. 98. Pulse radiolytic study of the 93. Ionization constants and spectral tetrathionate (3-) radical as an characteristics of some semiquinone intermediate product in radicals in aqueous solution. thiosulfate oxidation and tetrathionate reduction. (In German), Rao, P.S. and Hayon, E. Schceneshoefer, M. J. Physical Chemistry, 77(19), 1973. International J. for Radiation pp. 2274-6. Physics and Chemistry, 5(4), 3 973. pp. 375-86. 94. Reduction of dyes by free radicals in solution. Correlation between 99. Pulse-radiolytic study on the reaction rate constants and redox formation of the radical anion potentials. thiocyanatothiosulfate (SCNSjO.2 ). (In German). Rao, P.S. and Hayon, E. Schoeneshoefer, M. J. Physical Chemistry, 77(23), 1973. Berichte der Bunsengesellschaft pp. 2753-6. fUr Physikalische Chemie, 77(4), 1973. 95. Pulse radiolysis of 1,4- pp. 257-62. dicyanobenzene in aqueous solutions in the presence 100. Pulse radiolysis of nitric oxide and absence of thallium (I) in aqueous solution. ions. Seddon, W.A., Fletcher, J.W. Robinson, E.A. and Schulte- and Sopchyshyn, F.C. Frohlinde, D. Canadian J. of Chemistry, 51(7), J. Chemical Society. Faraday 1973. Trans. I, 69(4), 1973. pp. 1123-30. pp. 707-18. 101. Interaction of solvated electrons 96. Y-Radiolysis an<* pulse radiolysis with the amide and imide groups. of carbon disulfide in aqueous Acid-base properties of RC(0H)NH. solution. (In German). radicals.
Roebke, W., Schoeneshoefer, M. Simic, M. and Hayon E. and Henglein, A. J. Physical Chemistry, 77(8), 1973. Zeitschrift fUr >"» turforschung B, pp. 996-1001. 28(1-2), 1973. pp. 12-22. 12
102-110
102. Reaction of hydroxyl and 106. Reactions in micellar systems. oxygen radicals with aromatic carboxylate Wallace, S.C. and Thomas, J.K. anions in aqueous solution. Radiation Research, 54(1), 1973. Simic, M., Hoffman, M.Z. pp. 49-62. and Ebert, M. 107. Oxidation of some transition- J. Physical Chemistry, 77(9), metal cyanide compounds by 1973. hydroxyl radical. pp. 1117-20. Waltz, W.L., Akhtar, S.S. and 103. Reactions of hydroxyl radicals Eager, R.L. with unsaturated aliphatic alcohols in aqueous solution. Canadian J. Chemistry, 51(15), A spectroscopic and electron 1973. spin resonance radiolysis study. pp. 2525-9.
Simic, M., Neta, P. and Hayon, E. 108. Picosecond pulse radiolysis. IV. Yield of the solvated electron J. Physical Chemistry, 77(2i), at 30 picoseconds. 1973. pp. 2662-7. Wolff, R.K., Bronskill, M.J., Aldrich, J.E. and Hunt, J.W. 104. Pulse- and Y-rad1.olysis of selenium-containing compounds. J. Physical Chemistry, 77(11), Selenocystine• 1973. pp. 1350-5. Tamba, M. and Badiello, R. 109. Radiolysis of aqueous solutions International J. of Radiation of methylene chloride. Biology and Related Studies in Physics, Chemistry and Medicine, Balkas, T.I. 23(5), 1973. pp. 435-45. International J. for Radiation Physics and Chemistry, 4(2), 105. Formation spectra and some 1972. chemical properties of pp. 199-208. oxydiodine radicals in aqueous solutions. 110. Pulsed radlblysis and flash photolysis of iodates in Tendler, Y. and Faraggi, M. aqueous solution.
J. Chemical Physics, 58(3), Barat, F., Gilles, L., Hickel, B. 1973. and Lesigne, B. pp. 848-53. J. Physical Chemistry, 76(3), 1972. pp. 302-7. 13
111. Transient species in the 116. Nanosecond pulse radiolysis reactions of pyridyl complex of aqueous solutions containing ions with hydrated electrons. proton and hydroxyl radical scavengers. Baxendale, J.H. and Fiti, M. Buxton, G.V. J. Chemical Society. Dalton Trans., (18), 1972. Proc. Royal Society of London A, pp. 1995-8. 328(1572), 1972. pp. 9-21. 112. Photolysis of hydroxylamine in aqueous solution. 117. Radiation chemistry and photochemistry of oxychlorine Behar, D., Shapira, D. and ions. 1. Radiolysis of Treinin, A. aqueous solutions of hypo- chlorite arid chlorite ions. J. Physical Chemistry, 76(2), 1972. Buxtcn, G.V. and Subhani, M.S. pp. 180-6. J. Chemical Society. Faraday 113. Pulse radiolysis of aqueous Trans. I, 68(Pt.5), 1972. thiocyanate solutions. pp. 947-57. Nature of the intermediate transient species. 118. Dry electro: 3 studied by pulse radiolysis. Behar, D.,Bevan, P.L.T. and Scholes, G. Cercek, B. and Micic, O.I.
J. Physical Chemistry, 76(11), Nature, Physical Science, 1972. 238(83^, 1972. pp. 1537-42. p. 74.
114. Pulse radiolysis studies on 119. Novel radiolytic species in Br~ in aqueous solution. aqueous potassium bromide Mechanism of Br2 formation. solutions as studied by pulse radiolysis. Behar, D. Cercek, B. J. Physical Chemistry, 76(13), 1972. International J. for Radiation pp. 1815-18. Physics and Chemistry, 4(1), 1972. 115. Pulse radiolytic investigations pp. 25-30. on the dependence of chain length on reactions of water soluble oligomers and polymers. (In German).
Behzadi, A.
Technische Universitfit, Thesis. Berlin. 1972. 61 p. 14
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120. Dissociation equilibrium 124. Nanosecond pulse radiolysis of of nitrofonn in mixtures methanollc and aqueous solutions of polar solvents studied of readily oxidizable solutes. by pulse radiolysis. Ellison, D.H., Salmon, G.A. and Chaudhri, S.A. and Asmus, K.-D. Wilkinson, F.
J. Chemical Society. Faraday Proc. Royal Society of London A, Trans. I, 68, 1972. 328(1572), 1972. pp. 1010-6. pp. 23-36.
121. Pulse radiolysis of dioxane 125. Pulse radiolys.is in lanthanides and dioxane + water mixtures. aqueous solutions. I. Formation Yield of free solvated spectrum and chemical properties electrons and kinetics of of divalent europium, ytterbium, the radical reactions. and samarium ions.
Chaudhri, S.A. Faraggi, M. and Tendler, Y.
J. Physical Chemistry, 76(9), J. Chemical Physics, 56(7), 1972. 1972. pp. 1279-83. pp. 3287-93.
122. Pulse radiolysis of aqueous 126. Pulse radiolysis of metallic ions solutions of aniline and in aqueous solutions. I. Pulse substituted anilines. radiolysis in Hg and HgJ^- ions aqueous solutions. Christensen, H. Faraggi, M. and Amozig, A. International J. for Radiation Physics and Chemistry, 4(3), International J. for Radiation 1972. Physics and Chemistry, 4(3), pp. 311-33. 1972. pp. 353-8. 123. Formation of chromium- carbon bonds in aqueous 127. Pulse radiolysis studies in solution: A pulse radiolytic lanthanide aqueous solutions. Study. II. Formation, spectrum, and some chemical properties of Cohen, H. and Meyerstein, D. praseodymium (IV) in aqueous solution. J. Chemical Society, Chemical Communications, (6), 1972. Faraggi, M. and Feder, A. pp. 320-1. J. Chemical Physics. 56(7), 1972. pp. 3294-7. 15
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128. Steady state and pulse 132. Reaction rates of electrons in radiolysls studies of Cl^"' picosecond pulse radiolysis. reactivity in micellar systems. Hayon, E.
Fendler, J.H., Fendler, E.J., Nature, Physical Science, Bogan, G., Patterson, L.K. 238(83), 1972. and Bansal, K.M. pp. 76-7.
J. Chemical Society, Chemical 133. Pulse radiolysis of liquids at Communications, (1), 1972. high pressures. II. Diffusion- pp. 14-6. controlled reactions of the hydrated electron. 129. Electron and hydrogen atom attachment to aromatic Hentz, R.R., Farhataziz, M.I. carbonyl compounds in aqueous and Hansen, E.M. solution. Absorption spectra and dissociation constants of J. Chemical Physics, 56(9), ketyl radicals. 1972. pp. 4485-8. Hayon, E,, Ibata, T., Lichtin, N.N. and Simic, M. 134. Pulse radiolysis of liquids at high pressures. III. Hydrated- J. Physical Chemistry, 76(15), electron reactions not controlled 1972. by diffusion. pp. 2072-8. Hentz, R.R., Farhataziz, M.I. 130. Electronic spectra, photochemistry, and Hansen, E.M. and autoxidation mechanism of the sulfite-bisulfite-pyrosulfite J. Chemical Physics, 57(7), systems. S02~, S03~, S04~, and 1972. radicals. pp. 2959-63.
Hayon, E., Treinin, A. and 135. Oxidation of ferrous ions by Wilf, J. hydroxyl radicals.
J. American Chemical Society, Jayson, G.G., Parsons, B.J. and 94(1), 1972. Swallow, A.J. pp. 47-57. J. Chemical Society. Faraday 131. Intermediates produced from Trans. I, 68(11), 1972. the one-electron oxidation pp. 2053-8. of hydrazine. Evidence for the formation and decay of tetrazane and triazene.
Hayon, E. and Simic, H.
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136. Solvent structure effects 141. Electronic processes in and diffusion control in ultraviolet and pulse- the reaction between solvated irradiated halide ion systems. electrons and solvated protons Effect of heavy atoms. in alcohols and water. Khorana, S., Merkel, P.B. Jha, K.N., Bolton, G.L. and and Hamill, W.H. Freeman, G.R. J. Chemical Physics, 56(6), Canadian J. Chemistry, 50(18), 1972. 1972. pp. 2807-13. pp. 3073-5. 142. Pulse radiolysis studies of 137. Pulse radiolysis studies of halogenated organic compounds aqueous solutions of in- in aqueous solutions. organic sulfur compounds. Koester, R. and Asmus,K.-D. Kabachia, V.K. Tihany Symposium on Radiation University of Saskatchewan, Chemistry, 3rd. Proc. 1972. Thesis, Saskatoon. 1972. Vol. 2; ed. J. Dobo and P. Hedvig. 175 p. Akademiai Kiado, Budapest, Hungary, 1972, 138. Kinetics of the hydrated pp. 1095-1106. electron disappearance in CONF-710517-Vol. 2. concentrated aqueous solutions. 143. Trivalent nickel. II. A pulse Ksbakchi, S.A. and Shubin, V.N. radiolytic study of the formation and decomposition of the Radiation Effects, 15(1), 1972. ethylenediamine and glycine pp. 23-9. complexes in aqueous solution.
139. Structure of the hydrated Lati, J. and Meyerstein, D. electron spectrum in alkaline solutions. Inorganic Chemistry, 11(10), 1972. Kabakchi, S.A. and Shubin, V.N. pp. 2397-401.
International J. for Radiation 144. Trivalent nickel. I. A pulse- Physics and Chemistry, 4(1), radiolytic study of the formation 1972. and decomposition of the pp. 1-10. ammoniacal complex in aqueous solution. 140. Solvated electron in irradiated water-ammonia mixtures. Lati, J. and Meyerstein, D.
Khaikin, 6.1., Zhigunov, V.A. Inorganic Chemistry, 11(10), and Dolin, P.I. 1972. pp. 2393-7. High Energy Chemistry, 6(2), 1972. pp. 130-3. English translation of Khimiya Vysokikh Energii, 6(2), 1972. pp. 149-52. 17
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+ 145. Direct effect in the 150. Does e~aq + H30 aq give H radiolysis of 0.4 M atoms directly? sulfuric acid. Nielsen, S.0. Lesigne, B., Ferradini, C. and Pucheault, J. Nature, Physical Science, 240(97), 1972. J. Physical Chemistry, pp.21-2. 76(24), 1972. 151. Amino radical produced by p. 3676. pulse radiolysis of ammo- nia in aqueous solution. 146. Chemiluminescence from the reaction of the hydrated Psgsberg, P.B. electron with tris (bipyridyl) ruthenium (III). Riso-256, 1972. pp. 209-21 Martin, J.E., Hart, E.J., Adamson, A.W., Gafney, H. 152. Concentration effects on and Halpern, J. primary processes in the radiation chemistry of J. American Chemical Society, aqueous solutions. 94(26), 1972. pp. 9238-40. Peled, E., Meisel, D. and Czapski, G. 147. Electronic absorption spectrum and decay kinetics of the J. Physical Chemistry, 76(25), benzyl radical in solution. 1972. pp. 3677-82. Mlttal, J.P. and Hayon, E. 153. Solvated electrons in irradiated Nature, Physical Science, 240(97), concentrated alkaline methanol 1972. and water-methanol mixtures. pp.20-1. 148. Ketyl radicals of Pikaev, A.K., Zhestkova, T.P. "benzoylpyridines. and Sibirskaya, G.K.
Nelson, D.A. and Hayon, E. J. Physical Chemistry, 76(25), 1972. J. Physical Chemistry, 76(22), pp. 3765-71. 1972. pp. 3200-7. 154. Pulse radiolysis studies of the oxidation of ascorbic acid by 149. Electron spin resonance and hydroxyl radicals and halogen pulse radiolysis studies of radical anion complexes in aqueous the reactions of OH and 0 solution. (In German). radicals with aromatic and olefinic compounds. Schoeneshoefer, M.
Neta, P., Hoffman, M.Z. Zeltschrift fUr Naturforschung B, and Simic, M. 27(6>, 1972. pp. 649-59. J. Physical Chemistry, 76(6), 1972. pp. 847-53. 18
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155. Radiolysis of aqueous 159. The oxidation of aqueous solutions of some simple bromide ions by hydroxyl compounds containing radicals. A pulse radiolytic aldehyde groups. II. investigation.
Sehested, K. and Markovic, V.M. Zehavi, D. and Rabani, J.
Tihany Symposium on Radiation J. Physical Chemistry, 76(3), Chemistry, 3rd. Proc. Vol. 2, 1972. 1972; ed. J. Dobo. Akaderaiai pp. 312-9. Kiado, Budapest, Hungary, 1972. pp. 1255-1267. 160. Pulse radiolysis of concentrated CONF-710517-Vol. 2. aqueous solutions of potassium thiocyanate. 156. Acid-base properties of the radicals produced in the Zhestkova, T.P., Pikaev, A.K. pulse radiolysis of aqueous and Spitsyn, V.I. solutions of benzoic acid. Doklady Physical Chemistry, Simic, M. and Hoffman, M.Z. 204(4-6), 1972. pp. 482-5. English translation of Doklady J. Physical Chemistry, Akademii Nauk SSSR, 204(5), 1972. 76(10), 1972. pp. 1147-50. pp. 1398-404. 161. Picosecond pulse radiolysis. III. 157. Radiolysis of aqueous Reaction rates and reduction in methane solutions. yields of hydrated electrons.
Stevens, G.C., Clarke, R.M. Aldrich, J.E., Bronskill, M.J., and Hart, E.J. Wolff, R.K. and Hunt, J.W.
J. Physical Chemistry, 76(25), J. Chemical Physics, 55(2), 1971. 1972. pp. 530-9. pp. 3863-7. 162. Radiation chemistry of aqueous 158. Pulse radiolysis of the solutions of CFCI3, CF2C12, and aqueous ferro-ferricyanide CF3CI. system. 1. Reactions of OH, H02, and 02~ radicals. Balkas, T.7.., Fendler, J.H. and Schuler, R.H. Zehavi, D. and Rabani, J. J. Physical Chemistry, (75), A J. Physical Chemistry, 1971. 76(25), 1972. pp. 455-66. pp. 3703-9. 19
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163. Reactions of hydrated 167. Effect of temperature on electrons, hydrogen the early stages of atoms, and hydroxyl radiolysis. Part 1. Pulse radicals in micellar radiolysis of alkaline systems. aqueous solutions between 300 and 77 K. Bansal, K.M., Patterson, L.K., Fendler, E.J. and Fendler, J.H. Buxton, G.V., Cattell, F.C.R. and Dainton, F.S. International J. for Radiation Physics and Chemistry, 3(3), Faraday Trans. 67(3), 1971. 1971. pp. 321-31. pp. 687-700.
164. Transient species in the pulse 168. Electron yields and the early radiolysis of periodate ion in stages of radiolysis in neutral aqueous solutions. aqueous systems.
Barat, F., Gilles, L., Hickel, B. Buxton, n.V., Cattell, F.C.R. and Lesigne, B. and Dainton, F.S.
J. Chemical Society, Chemical J, Chemical Society, Chemical Communications, (15), 1971. Communications, (1), 1971. pp. 847-8. pp. 23-5.
165. Study of the oxidation and 169. Recent experiments on steady reduction of Ru(NH3)s- state and pulse radiolysis ^2 by y-and electron of alkaline aqueous systems. pulse radiolysis. Buxton, G.V., Cattell, F.C.R., Baxendale, J.H. and Dainton, F.S., Lantz, T.E. and Mulazzani, Q.G. Sargent, F.P.
J. Inorganic and Nuclear Progress and Problems in Chemistry, 33(3), 1971. Contemporary Radiation Chemistry, pp. 823-30. Czechoslovak Annual Meeting on Radiation Chemistry. 1970. 10th. 166. Intermediates in the oxidation Proc. Vol.2; ed.by J. Tepley. of thiocyanate ions by Prague, 1971. hydroxyl radicals. pp. 295-330. Behar, D., Bevan, P.L.T. and Scholes, G. Y1Q. Effect of the structure of water on the activation energies of J. Chemical Society, (22), reactions of the hydrated electron. 1971. I. Effects of aliphatic alcohols, pp. 1486-7. MgCl2 and Ki as co-solutes.
Cercek, B.
International J. for Radiation Physics and Chemistry, 3(3), 1971. pp. 231-7. 20
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171. Formation of H-atoms from 175. Pulse radiolysis of hydrated electrons. raethylamine in aqueous solution. Cercek, B. Getoff, N. and Schwoerer, F. Nature, Physical Science, 234(51), 1971. International J. for Radiation pp. 159-60. Physics and Chemistry, 3(3), 1971. 172. Pulse radiolysis of aqueous pp. 429-39. cyanogen solution. 176. Pulse radiolysis of oxalic Draganic, I.G., Draganic, Z.D. acid and oxalates. and Holroyd, R.A. Gefeoff, N., Schwoerer, F., J. Physical Chemistry, 75(5), Markovic, V.M., Sehested, K. 1971. and Nielsen, S.O. pp. 608-12. J. Physical Chemistry, 75(6), 173. Pulse radiolysis of lanthanide 1971. aqueous solutions. pp. 749-55.
Faraggi, M., Feder, A. and 177. Reactivity of inorganic phosphate Tendler, Y. anions with eaq~, H and OR in aqueous solutions. Rare Earth Research Conference, 1971. 9th. Proc. Vol. 2; Grabner, G. and Getoff, N. ed. P.E. Field. U.S. Atomic Energy Commission. Oak Ridge, TN. European Biophysics Congress, pp. 560-72. 1971. 1st. Proc. Vol. 2; CONF-711001-Vol. 2. ed. E. Broda. Verlag Wiener Med., 1971. pp. 37-40. 174. Pulse radiolysis of aqueous solutions saturated with nitrous 178. Multiple pulse radiolysis: oxide and hydrogen. successive accumulation of two hydrated electrons in oxygen, Frunze, T.A. and Shubin, V.N. nitrobenzene, and nitromethane. (In German). Doklady Physical Chemistry, 201(5), 1971. Gruenbein, W., Henglein, A.- pp. 1151-3. Stevens, G. and Beck, G. English translation of Doklady Akademii Nauk SSSR, 201(4-6). Berichte der Bunsengesellschaft 1971. fur Physikalische Chemie, 75, pp. 1061-3. 1971. pp. 126-34. 21
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179. Absorption spectrum of eaq~ in 183. (cont.) the temperature range - 4 to International J. for Radiation 390°. Physics and Chemistry, 3(3), 1971. Hart, E.J., Michael, B.D. and pp. 345-52. Schmidt, K.H. 184. Pulse- and x-radiolysis of 2- J. Physical Chemistry, 75(18), raercaptoethanol in aqueous solution. 1971. pp. 2798-805. Jayson, G.G., Stirling, D.A. and Swallow, A.J. 180. Sites of attack of hydroxyl radicals on amides in aqueous International J. of Radiation solution. II. The effects Biology and Related Studies of branching a to carbonyl and in Physic>, Chemistry and to nitrogen. Medicine, 19(2), 1971. pp. 143-56. Hayon, E., Ibata, T., Lichtin, N.N. and Simic, M. 185. Spectrum of the hydrated electron in alkaline solutions. J. American Chemical Society, 93(21), 1971. Kabakchi, S.A. pp. 5388-94. High Energy Chemistry, 5(2), 1971. 181. Pulse radiolysis of organic pp. 162-3. compounds in aqueous solutions. English translation of Khimiya Vysokikh Energii, 5(2), 1971. Henglein, A. pp. 180-82.
Progress and Problems in 186. Concerning the optical absorption Contemporary Radiation Chemistry, band of the hydrated electron. Czechoslovak Annual Meeting on Radiation Chemistry. 1970. Kenney-Wallace, G.A. and Walker,D.C. 10th. Proc. Vol. 3; ed by J. Teply. Prague, 1971. Berichte der Bunsengesellschaft pp. 649-92. fur Physikalische Chemie, 75(7), 1971. 182. Pulse radiolysis of liquids at pp. 634-37. high pressures. I. Absorption spectrum of the hydrated electron 187. Pulse radiolysis of liquid ammonia. at pressures up to 6.3 kilobar. Reaction of an ammoniated electron with ammonium ion. Hentz, R.R., Farhataziz, M.I. and Hansen, E.M. Khaikin, G.I., Zhigunov, V.A. and Dolin, P.I. J. Chemical Physics, 55(10), 1971. High Energy Chemistry, 5(1), 1971. pp. 4974-9. p. 72. English translation of Khimiya 183. Mechanism of action of low LET Vysokikh Energii, 5(1), 1971. (linear energy transfer) p. 84. radiation on aqueous solutions of ferrous ions.
Jayson, G.G., Parsons, B.J. and Swallow, A.J. 22
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188. Electronic processes in the pulse 193. Scavenger studies of electron pulse radiolysis of aqueous solutions irradiated solutions at hydrated of halide ions. electron half lives in the range 35-0.35 nanoseconds. Khorana, S. and Hamill, H.H. Koulke.s-Pujo, A.M., Michael, B.D. J. Physical Chemistry, 75(20), and Hart, È.J. 1971. pp. 3081-8. International J. for Radiation Physics and Chemistry, 3(3), 1971. 189. Influence of solution structure pp. 333-44. on hydrated electron reactions. 194. Selectivity in fast reactions of Klein, N. aqueous OH-radicals with amides.
AD 721 299. 1971. Lichtin, N.N. 45 p. Israel J. Chemistry, 9(3), 1971. 190. Pulsradiolytische Untersuchung pp. 397-403. der Oxidation chlorierter Aethylene durch OH-Radikale 195. Continuous y and pulse- in waessriger Loesung. radiolysis of aqueous benzene solutions. Reactions of the Koester, R. and Asmus, K.-D. hydroxycyclohexadienyl radical.
Berichte der Bunsengesellschaft Mantaka, A., Marketos, D.G. für Physikalische Chemie, 75(10), and Stein, G. 1971. p. 1131. J. Physical Chemistry, 75(25), 1971. 191. Reaktionen chlorierter Aethylene pp. 3886-9. mit hydratisierten Elektronen und OH-Radikalen in waessriger 196. Radiolysis of aqueous solutions Loesung. of some simple compounds containing aldehyde groups. I. Formaldehyde. Koester, R. and Asmus, K.-D. Markovic, V. and Sehested, K. Zeitschrift fUr Naturforschung B, 26(11), 1971. Tihany Symposium on Radiation pp. 1108-16. Chemistry, 3rd, 1972. Proc. Vol. 2, ed. J. Dobo. Akademiai 192. Reducktion halogenierter organischer Kiado, Budapest, Hungary, 1972. Verbindungen durch hydratisierte pp. 1243-1253. Elektronen. CONF-710517-Vol. 2.
Koester, R. and Asmus, K.-D. 197. Trivalent copper. I. A pulse radiolytic study of the chemical Berichte der Bunsengesellschaft properties of the aquo complex. für Physikalische Chemie, 75(7), 1971. Meyerstein, D. p. 623. Inorganic Chemistry, 10(3), 1971. pp. 638-41. 23
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198. Trivalent copper. II. A pulse 203. Rate constants and relative yields radiolytic study of the formation of solvated electrons in and decomposition of amino concentrated solutions. complexes. Rabani, J., Steen, K.B., Bugge, H. Meyerstein, D. and Brustad. T.
Inorganic Chemistry, 10(10), 1971. pp. 2244-9. J. Chemical Society, Chemical Communications, (21), 1977. 199. Solvent dependence of optical and pp. 1353-4. kinetic properties of solvated electrons in water-ammonia mixtures. 204. The chemiluminescent reaction of hydrated electrons with optically Olinger, R. and Schindewolf, U. excited fluorescein dyes.
Berichte der Bunsengesellschaft Rodde, A.F. Jr. and Grossweiner, L.I. fxlr Physikalische Chemie, 75(7), 1971. J. Physical Chemistry, 75(6), 1971. pp. 764-8. pp. 693-6.
200. Pulse radiolytic investigations of 205- Pulse radiolysis of the tropylium hydroxyl-radical reactivities in ion, uropylcarbinol ^.;\C micellar solutions. tropilidene in aqueous solution. (In German). Patterson, L.K., Bansal, K.M. and Fendler, J.H. Schoeneshoefer, M.
Chemical Communications, (3), Zeitschrift ftfr Naturforschung B, 1971. 26(11), 1971. pp. 152-3. pp. 1120-4.
206 Intermediates produced from the 201. The competition for eaq" between - several scavengers at high one-electron oxidation and concentrations and its reduction of hydroxylamines. Acid- implications on the relevance of base properties of the amino, dry electrons in the radiation hydroxyamino, and methoxyamino chemistry of aqueous solutions. radicals.
Peled, E. and Czapski, G. Bimic, M. and Hayon, E.
J. Physical Chemistry, 75(23), J. American Chemical Society, 1971. 93(23), 1971. pp. 3626-30. pp. 5982-6.
202. Pulse radiolytic investigation 207- Pulse radiolysis of aqueous of 0 ~ radical ions. solutions of carboxy, carbamide, a and pyridyl derivatives of pyridine. Rabani, J. and Zehavi, D. Simic, M. and Ebert, M. J. Physical Chemistry, 75(11), 1971. International J. for Radiation pp. 1738-44. Physics and Chemistry, 3(3), 1971. pp. 259-72. 24
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208. Pulse radiolytic investigation 212. Pulse radiolysis of aqueous of aliphatic amines in aqueous solutions of pentacyanocobaltate solution. (II). The detection and characterization of pentacyano- Simic, M., Neta, P. and Hayon, E. cobaltate (I).
International J. for Radiation Venerable, CD., II and Halpern, J. Physics and Chemistry, 3(3), 1971. J. American Chemical Society, pp. 309-320. 93(9), 1971. pp. 2176-9. 209. Electron solvation and interaction with acceptors in pulse radiolysis 213. A reactivity trend seen in the of aqueous bydrasine solutions. reduction of transition metal complexes by outer-sphere Slavinskaya, N.A., Kozlov, B.M., reactants verified for hydrated Pshezhetskii, S.Ya., Shemarov, F.V. electron ractions. Pulse and Tshepel, L.V. radiolysis studies of cobalt- III complexes. Tihany Symposium on Radiation Chemistry, 3rd. 1971. Proc. Venerable, G.D., II. Vol. 2; ed. J. Dobo. Akademiai Kiado, Budapest, Hungary, 1972. Inorganic Chemistry, 10(9), 1971. pp. 1219-28. pp. 1999-2001. CONF-710517-Vol. 2. 214. Pulse radiolysis of formamide and 210. EPR pulse radiolysis studies of formamide-water mixtures. the hydrogen atom in aqueous solution. I. Reactivity of Walker, D.C. and Wallace, S.C. the hydrogen atom. Canadian J. of Chemistry, 49(20), Smaller, B., Avery, E.C. and 1971. Remko, J.R. pp. 3398-401.
J. Chemical Physics, 55(5), 215. Pulse radiolysis of aqueous 1971. alkaline sulfite solutions. pp. 2414-18. Zagorski, Z.P., Sehested, K. and 211. Pulse radiolytic investigation of Nielsen, S.O. the mechanisms of oxidation of formaldehyde in aqueous J. Physical Chemistry, 75(23), solutions. 1971. (In German). pp. 3510-7.
Stockhausen, K. and Henglein, A. 216. Pulse radiolytic investigation of 0 radical ions, aq Berichte der Bunsengesellschaft fur Physikalische Chemie, 75(8), Zehavi, D. and Rabani, J. 1971. pp. 833-4o. J. Physical Chemistry, 75(11), 1971. pp. 1738-44. 25
217-219
217. Optical absorption spectra of solvated electrons generated electrochemically in hexamethylphosphoramide.
Alpatova, N.M., Malt'sev, E.I. Vannikov, A.V. and Zabusova, S.E.
Soviet Electrochemistry, 9(7), 1973. pp. 980-983. English translation of Elektrokhimiia, 9(7), 1973. pp. 1034-37.
218. Wavelength and temperature dependent effects of e formation and fluorescence of beta-naphtholate.
Feitelson, J. and Stein, G.
J. Chemical Physics, 57(12), 1972. pp. 5378-82.
219. Fast formation of the hydrated electron by dissociation of excited beta-naphtholate.
Goldschmidt, C.R. and Stein, G.
Chemical Physics Letters, 6(4), 1970. pp. 299-303. 26
II. ORGANIC
220-228
220. Low temperature pulse radiolysis. 225. Solvated electrons in alcohol- I. Negative ions of halogenated alkalene and alcohol-amine compounds. solutions.
Aral, S., Tagawa, S. and Brandon, J.R. and Firestone, R.F. Imamura, M. J. Physical Chemistry, 78(8), J. Physical Chemistry, 78(5), 1974. 1974. pp. 792-6. pp. 519-23. 226. Fast formation of aromatic cations- 221. Solute ion and radical formation in cyclohexane observed by pulse in the pulse radiolysis of radiolysis. acetonitrile solutions. Brede, 0., Helmstreit, W. and Baptista, J.L. and Burrows, H.D. Mehnert, R.
J. Chemical Society. Faraday Chemical Physics Letters, 28(1), Trans. I, 70(11), 1974. 1974. pp. 2066-79. pp. 43-6.
222. Pulse radiolysis study of the 227. Nanosecond pulse radiolysis of kinetics of electron reactions styrene in aqueous solution. in liquid hexane at room (In German). temperature. Brede, 0., Helmstreit, W. and Baxendale, J.H. and Rasburn, E.J. Mehnert, R.
J. Chemical Society, Faraday J. Praktische Chemie, 316(3), Trans. I, 70(4), 1974. 1974. pp. 705-17. pp. 402-14.
223. Submicrosecond formation and observation of reactive 228. The effect of a magnetic field carbanions. on the singlet/triplet ratio in geminate ion recombination. Bockrath, B. and Dorfman, L.M. Brocklehurst, B., Dixon, R.S., J. American Chemical Society, Gardy, E.M., Lopata, V.J., 96(18), 1974. Quinn, M.J., Sin«>h, A. and pp. 5708-15. Sargent, F.P.
224. Pulse radiolysis of organic Chemical Physics Letters, 28(3), halogen compounds. III. 1974. Transients in pure bromobenzene. pp. 361-3.
Bossy, J.M. and Buehler, R ,E.
International J. for Radiation Physics and Chemistry, 6(2), 1974. pp. 85-94. 27
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229. Pulse-radiolysis of binary 233. Optical spectra and reactivities liquid alcohol systems of radical anions of 4-nitrobenzyl containing benzene. compounds produced by pulse radiolysis of acetonitrile solutions. Brown, B.J., Barker, N.T. and Sangster, D.F. Burrows, H.D. and Kosower, E.M.
Australian J. Chemistry, J. Physical Chemistry, 78(2), 1974. 27(5), 1974. pp. 112-7. pp. 1129-32. 234. Etude cinetique de la luminescence 230. The significance of hydrogen differee isotherme d'un verre bonding in electron solvation organique apres une impulsion processes in ethanol-n-hexane d'electrons acceleres. liquid mixtures. Cordler, P., Delouis, J.-F., Brown, B.J., Barker, N.T. and Kieffer, F., Lapersonne, C. and Sangster, D.F. Rigaut, J.
Australian J. Chemistry, Comptes Rendus, Ser. C, 279(14), 27(12), 1974. 1974. pp. 2529-34. pp. 589-91.
231. Pulse radiolysis of organic 235. The kinetics of selective solvation halogen compounds. IV. Reaction of the electron in a binary liquid mechanism, dose rate effects and system. product back reactions in pure bromobenzene. Dainton, F.S. and Whewell, R.J.
Buehler, R.E. and Bossy, J.M. J. Chemical Society, Chemical Communications, (13), 1974. International J. for Radiation pp. 493-4. Physics and Chemistry, 6(2), 1974. 236. Optical absorption spectrum of the pp. 95-116. solvated electron in some liquid amides and amines. 232. Pulse radiolysis of liquid n-pentane and n-pentane-oxygen Gavlas, J.F., Jou, F.Y. and solutions. Rate constants and Dorfman, L.M. activation energies for second- order decay of pentyl and J. Physical Chemistry, 78(25), pentylperoxy radicals. 1974. pp. 2631-5. Burggraf, L.W. and Firestone, R.F.
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237. Radiation chemistry of 241. Submicrosecond formation and organometallic compounds. observation of reactive carbonium I. Pulse radiolysis of ions. alkylaluminum compounds and naphthalene in diethyl Jones, R.L. and Dorfman, L.M. ether. (In German). J. American Chemical Society, Getoff, N., Lehmkuhl, H. 96(18), 1974. and Schwoerer, F. pp. 5715-22.
International J. for Radiation 242. Equilibria between triplet states Physics and Chemistry, 6(4), of aromatic hydrocarbons. 1974. pp. 259-69. Kira, A. and Thomas, J.K.
238. The influence of molecular J. Physical Chemistry, 78(2), structure on optical absorption 1974. spectra of solvated electrons pp. 196-9. in alcohols. 243. Formation of ions and excited Hentz, R.R. and Kenney-Wallace, G.A. states in the pulse radiolysis of benzonitrile. J. Physical Chemistry, 78(5), 1974. Kira, A. and Thomas, J.K. pp. 514-9. J. Physical Chemistry, 78(21), 239. Low-temperature pulse radiolysis. 1974. II. Time-dependent spectra of pp. 2094-8. anions of aromatic ketones. 244. Yield of solvated electrons in Hoshino, M., Arai, S. and the aliphatic alcohols at Imamura, M. picosecond times.
J. Physical Chemistry, 78(15), Lam, K.Y. and Hunt, J.W. 1974. pp. 1473-7. J. Physical Chemistry, 78(23), 1974. 240. Radiation effects in polyethylene pp. 2414-6. films studied by pulse radiolysis. 245. The pulse radiolytic decomposition Johnson, G.R.A. and Willson, A. of p-nitroperoxybenzoic acid.
J. Chemical Society, Chemical Lilie, J., Heckel, E. and Lamb, R.C. Communications, (15), 1974. pp. 577-8. J. American Chemical Society, 96(17), 1974. pp. 5543-7. 29
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246, Effect of temperature and 250. Pulse radiolytic investigations electrolyte ions on the of HOCH2O2 radicals. properties and spectrum of solvated electrons in Rabani, J., Klug-Roth, D. and irradiated hexamethylphos- Henglein, A. phorustriatnide. J. Physical Chemistry, 78(21), Mal'tsev, E.I. and Vannikov, A.V. 1974. pp. 2089-93. High Energy Chemistry, 8(4), 1974. pp. 274-8. 251. Production of solvated electrons, English translation of Khimiya ion pairs, and alkali metal anions Vysokikh Energii, 8(4), 1974. in tetrahydrofuran studies by pp. 328-33. pulse radiolysis.
247. Optical absorption spectra of Salmon, G.A. and Seddon, W.A. a solvated electron in irradiated ethanol at elevated temperatures. Chemical Physics Letters, 24(3), 1974. Marevtsev, V.S., Vannikov, A.V. and pp. 366-8. Bakh, N.A. 252. Pulse radiolytic formation of High Energy Chemistry, 8(1), 1974. solvated electrons, ions pairs and pp. 42-45. alkali metal anions in tetrahydrofuran. English translation of Khimiya Vysokikh Energii, 8(1), 1974. Salmon, G.A., Seddon, W.A. and pp. 52-5. Fletcher, J.W.
248. A molecule charge transfer reaction Canadian J. of Chemistry, 52(18), in liquid cyclohexane. 1974. pp. 3259-68. Novikova, L.I., Ametov, K.K. and Yakovlev, B.S. 253. Direct electron spin resonance detection of free radicals International J. for Radiation produced in electron irradiated Physics and Chemistry, 6(1), liquid alcohols. 1974. pp. 15-22. Sargent, F.P. and Gardy, E.M.
249- Prompt electron scavenging by J. Physical Chemistry, 78(19), benzene in pulse-irradiated 1974. alcohols. pp. 1977-8.
Ogura, H. and Hamill, W.H.
J. Physical Chemistry, 78(5), 1974. pp. 504-8. 30 254-261
254. Pulse radiolysis of liquid 258. Optical absorption spectra of methylamine, ethylatnine, a solvated and stabilized and ammonia. Yield of electron in aliphatic alcohols. solvated electrons. Vannikov, A.V., Rudnev, A.V. Seddon, W.A., Fletcher, J.W., and Zimina, G.M. Sopchyshyn, F.C. and Jevcak, J. Radiation Effects, 23(1), 1974. Canadian J. of Chemistry, 52(18), pp. 15-20. 1974. pp. 3269-73. 259. Radiolysis of liquid di-n-propyl 255. Pulse radiolysis and polarography: ether: Alcohol formation and Reactions of oligomer and polymer solvated electrons. radicals of polyethylene oxide at the mercury drop electrode. Vermeer, R.A. and Freeman, G.R.
Sellers, R.M., Bansal, K.M., Canadian J. ef Chemistry, 52(7), Janata, E. and Henglein, A. 1974. pp. 1181-71. Berichte der Bunsengesellschaft fUr Physikalische Chemie, 78(10), 260. Intermediates in the nanosecond 1974. pulse radiolysis of triphenylamine pp. 1085-90. solutions in cyclohexane.
256. Initial ion pairs in pulse- Zador, E., Warman, J.M., Luthjens, irradiated weakly polar L.H. and Hummel, A. liquids. J. Chemical Society. Faraday Trans. Shaede, E.A., Kurihara, H. and I, 70(2), 1974. Dorfman, L.M. pp. 227-36.
International J. for Radiation 261. Identification of short-lived Physics and Chemistry, 6(1), products of the pulsed radiolysis 1974. of oxygen-saturated hydrocarbons. pp. 47-54. Zimina, G.M. and Bakh, N.A. 257. Solvent effects on both transient optical spectra and High Energy Chemistry, 8(1), products in radiation-induced 1974. polymerization and dimerization pp. 46-50. of vinylcarbazole. English translation of Khimiya Vysokikh Energii, 8(1), 1974. Tagawa, S., Tabata, Y., Arai, S. pp. 56-60. and Imamura, M.
J. Polymer Science B. Polymer Letters, 12(10),1974. PP- U5-8. 31 °62-270
262. Pulse optical and electrical 267. Pulse radiolysis studies. methods in investigating certain XXII. Spectrum and kinetics radiation induced ionic reactions. of the sodium cation-electron pair in tetrahydrofuran Bach, N., Revina, A. and Vannikov, A. solutions.
Advances in Radiation Research. Bockrath, B. and Dorfman, L.M. Physics and Chemistry. Vol. 2; ed. J.F. Duplaa. Gordon and Breach. 1973. J. Physical Chemistry, 77(8), pp. 449-458. 1973. CONF-700610-P2. pp. 1002-6.
263. Electrons in liquid alcohols at 268. Kinetics of electron transfer low temperatures. from aromatic radical anions to alkyl halides in Baxendale, J.H. and Wardman, P. tetrahydrofuran. Effects on sodium cation pairing. J. Chemical Society. Faraday Trans. I, 69(3), 1973. Bockrath, B. and Dorfman, L.M. pp. 584-94. J. Physical Chemistry, 77(22), 264. Observations on solvated electrons 1973. in aliphatic hydrocarbons at pp. 2618-22. room temperature by pulse radiolysis. 269. Electron solvation processes in Baxendale, J.H., Bell, C. and alcohol-hydrocarbon mixtures. Wardman, P. Brown, B.J., Barker, N.T. and J. Chemical Society. Faraday Trans. Sangster, D.F. I, 69(4), 1973. pp. 776-86. Australian J. of Chemistry, 26(10), 1973. 265. Yield of excited singlet and triplet pp. 2089-99. states in the pulse radiolysis of toluene. 270. Intermediates in the pulse radiolysis of solutions of Baxendale, J.H. and Rasburn, E.J. phenothiazine and its derivatives. Reactions of cycloalkylperoxyl J. Chemical Society, Faraday Trans. radicals with phenothiazines. I, 69(4), 1973. pp. 771-5. Burrows, H.D., Kemp, T.J. and Welbourn, M.M. 266. Free radical scavenging at high dose rates in the radiolysis of J. Chemical Society, Perkin Trans. liquid carbon tetrachloride. II, (7), 1973. pp. 969-74. Bibler, N.E.
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271. On the molar extinction 275. Pulse radiolysis of alkali coefficient of the solvated metal solutions in ethylamine. electron and the G(free ion) yield in liquid methanol. Fletcher, J.W., Seddon, W.A. and Sopchyshyn, F.C. Busi, F. and Ward, M.D. Canadian J. of Chemistry, 51(17), International J. for Radiation 1973. Physics and Chemistry, 5(6), pp. 2975-86. 1973. pp. 521-3. 276. Pulse radiolysis of solutions of alkali metals in liquid 272. Energy transfer effects in amines. aromatic liquids. Fletcher, J.W., Seddon, W.A., Cundall, R.B. and Evans, G.B. Jevcak, J. and Sopchyshyn, F.C.
Advances in Radiation Research. Chemical Physics Letters, 18(4), Physics and Chemistry. Vol. 1; 1973. ed. J.F. Duplan. Gordon and pp. 592-4. Breach. 1973. pp. 69-77. 277. Formation of excited states in the radiolysis of p-Xylene. 273. Yields of excited states in the pulse radiolysis of Gangwer, T. and Thomas, J.K. cyclohexane solutions. Radiation Research, 54(2), 1973. Dainton, F.S., Ledger, M.B., pp. 192-206. May, R. and Salmon, G.A. 278. Solvation time of the electron J. Physical Chemistry, 77(1), in liquid alcohols and water at 1973. room temperature. pp. 45-9. Gilles, L., Aldrich, J.E. and 274. Optical absorption spectrum Hunt, J.W. of the solvated electron in ethers and in binary liquid Nature, Physical Science, 243, systems. 1973. pp. 70-2. Dorfman, L.M. and Jou, F.Y. 279. Ionization in the track of a Electrons in Fluids, the high-energy electron in liquid Nature of Metal-Ammonia cyclohexane. Pulse radiolysis Solutions; ed. J. Jortner of solutions of biphenyl in and N.R. Kestner • Springer- cyclohexane. Verlag, New York, 1973. pp. 447-59. Hummel, A. and Luthjens, L.H.
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280. Effect of pressure on the 284. Influence of temperature and rates of reaction of hydrogen electrolyte ions on the atoms in the radiolysis of properties and spectrum of liquid ethanol. solvated electrons in irradiated hexamethylphosphor ic tr iamide. Jha, K.N. and Freeman, G.R. Mal'tsev, E.I. and Vannikov, A.V. Canadian J. of Chemistry, 51(12), 1973. Radiation Effects, 20(3), 1973. pp. 2033-40. pp. 197-205.
281. Pulse radiolysis studies. 285. Optical absorption spectra of XXI. Optical absorption the solvated electron in spectrum of the solvated irradiated monoethanolamine. electron in ethers and in binary solutions of these Marevtsev, V.S. and Vannikov, A.V. ethers. High Energy Chemistry, 7(2), Jou, F.Y. and Dorfman, L.M. 1973. pp. 104-8. J. Chemical Physics, 58(11), 1973. English translation of Khimiya pp. 4715-23. Vysokikh Enerp.ii, 7(2), 1972. pp. 119-124. 282. Pulse radiolysis study of the formation of trans-rstilbene 286. Titration by ethylene of thermal in organic solvents. hydrogen atoms and positive ions in cyclohexane as studied by pulse Kira, A. , Arai, S. and Imamura, radiolysis technique. M. Reitberger, T. and Niblaeus, K. International J. for Radiation Physics and Chemistry, 5(1), TRITA-KKE-7301, Appendix 3, 1973. Royal Inst. Technology, Stockholm, pp. 127-34. Sweden, 1973. 26p. 283. Solvated electrons and ions in organic systems. 287. Primary processes in acetone radiolysis. Magnusson, L.B., Richards, J.T. and Thomas, J.K. Robinson, A.J. and Rodgers, M.A.J.
Advances in Radiation Research. J. Chemical Society. Faraday Physics and Chemistry. Vol. 2; Trans. I, 69(12), 1973. ed. J.F. Duplan. Gordon and pp. 2036-45. Breach, New York, 1973. pp. 441-448. 34
288-296
288. Singlet energy transfer in 293. Effect of an electrical field liquid acetone. of absorption spectra during the pulsed radiolysis of n- Robinson, A.J., Rodgers, M.A.J., heptane and isooctane in the Keene, J.P. and Gilbert, C.W. presence of molecular oxygen.
J. Photochemistry, 1(5), 1973. Zimina, G.M., Bakh, N.A. and pp. 379-86. Vannikov, A.V.
289. Absorption spectra of solvated High Energy Chemistry, 7(4), electrons in isopentanol and 1973. in isopentanol-n-heptane mixtures. pp. 334-5. English translation of Khimiya Rudnev, A.V. and Vannikov, A.V. Vysokikh Energii, 7(4), 1973. pp. 378-83. High Energy Chemistry, 7(4), 1973. pp. 299-303. 294. Final products of the pulsed English translation of Khimiya radiolysis and radiation Vysokikh Energii, 7(4), 1973. oxidation of n-hep£ane at pp. 342-247. high dose rates in the presence and in the absence of acceptors. 290. Solute triplet formation of pulse radiolysis. Dependence Zimina, G.M., Pichuzhkin, V.I., of camphorquinone triplet Chubakova, T.A. and Bakh, N.A. formation on donor energy. High Energy Chemistry, 7(2), Singh, A., Vaish, S.P. and 1973. Quirin, M.J. pp. 134-137. English translation of Khimiya Chemical Physics Letters, 19(1), Vysokikh Energii, 7(2), 1973. 1973. pp. 154-8. pp. 57-60. 295. Early stages of radiolysis of 291. The absorption spectra of alkyl ketones. (In Russian). solvated electrons in monoethanolamine and ethanol. Bakh, N.A., Borisenko, G.L., Kostin, A.K. and Revina, A.A. Vannikov, A.V. and Marevtsev, V.S. International J. fo-. Radiation International J. for Radiation Physics and Chemistry, 4(2), Physics and Chemistry, 5(5), 1973. 1972. pp. 453-6. pp. 121-34.
292. Anomalously high rate constants 296. Pulse radiolysis of alkylketones. for the reaction of solvent positive ions with solutes in Bakh, N.A., Ermakova-Borisenko, G.L., irradiated cyclohexane and and Revina, A.A. methylcyclohexane. Tihany Symposium on Radiation Zador, E., Warman, J.M. and Chemistry, 1972, 3rd. Proc. Hummel, A. Vol. 1; ed. J. Dobo and P. Hedvig. Akademiai Kiado, Budapest Hungary, Chemical Physics Letters, 23(3), 1972. 1973. pp. 37-46. pp. 363-6. CONF-710517-Vol. 1. 35 297-305
297. Electron disappearance in 302. Spectra of transitory species pulse irradiated CH3CI, in the pulse radiolysis of C2H5CI, CH3Br, and alkyl benzenes.
Bansal, K.M. and Fessenden, R.W. Bensasson,R.V., Richards, J.T., Gangwer, T. and Thomas, J.K. Chemical Physics Letters, 15(1), 1972. Chemical Physics Letters, 14(4), pp. 21-3. 1972. pp. 430-2. 298. Kate of reaction of solvated electrons with hydrogen ions 303. Bromine dioxide: spectroscopic in methanol. identification of radicals. (In German). Baxendale, J.H. Bossy, J.M., Leoni, M.W. and International J. for Radiation Buehler, R.E. Physics and Chemistry, 4(1), 1972. Helvetica Chimica Acta, 55(1), pp. 113-5. 1972. pp. 107-16. 299. The yield of solvent excited states in the radiolysis of 304. Solute radical cation yields in cyclohexane solutions. the pulse radiolysis of solutions of aromatic amines in chlorinated Baxendale, J.H. and Mayer, J. hydrocarbons.
Chemical Physics Letters, 17(3), Burrows, H.D., Greatorex, D. and 1972. Kemp, T.J. pp. 458-60. J. Physical Chemistry, 76(1';, 300. Yield of triplet state benzene 1972. in the pulse radiolysis of pp. 20-6. solutions of aromatics. 305. Dissociation equilibrium of Baxendale, J.H. and Fiti, M. nitroform in polar solvents studied by pulse radiolysis. J. Chemical Society, Faraday Trans. II, 68(2), 1972. Chaudhri, S.A. and Asmus, K.-D. pp. 218-2?. J. Chemical Society, Faraday 301. Picosecond pulse radiolysis Trans. I, 68(Pt.3), 1972. of cyclohexane solutions. pp. 385-92.
Beck, G. and Thomas, J.K.
Chemical Physics Letters, 16(2), 1972. pp. 318-19. 36
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306. Ion yields and ion 310. Radiation-induced formation of neutralization processes excited states of aromatic in pulse-irradiated acetone. hydrocarbons in benzene and cyclohexane. II. Yields Chaudhri, S.A. and Asmus, K.-D. of excited singlet and triplet state solute molecules. J. Physical Chemistry, 76(1), 1972. Dainton, F.S., Morrow^ T., pp. 26-31. Salmon, G.A. and Thompson, G.F.
307. Pulse radiolysis of solutions Proc. Royal Society A, 328(1575), of stilbene. I. Evidence for 1972. triplet and singlet excited pp. 457-79. state formation. 311. Radiation-induced formation of Dainton, F.S., Robinson, E.A. excited states of aromatic and Salmon, G.A. hydrocarbons in benzene and cyclohexane. III. Effect of J. Physical Chemistry, 76(25), singlet state quenchers. 1972. pp. 3897-904. Dainton, F.S., Morrow, T., Salmon, G.A. and Thompson, G.F. 308. Radiation chemistry of liquid tnethanol. I. The oxidizing Proc. Royal Society A, 328(1575), radical. 1972. pp. 481-96. Dainton, F.S., Janovsky, I. and Salmon, G.A. 312. The radiation-induced formation of excited states of aromatic Proc. Royal Society A, 327(1570), hydrocarbons in cyclohexane. 1972. IV. Effect of electron pp. 305-16. scavengers.
309. Radiation chemistry of liquid Dainton, F.S., May, R., Morrow, methanol. II. Oxid i zing T., Salmon, G.A. and Thompson, G.F. radical. Proc. Royal Society A, 328, Dainton, F.S . Janovsky, I. 1972. and Salmon, G.A. pp. 497-513.
Proc. Royal Society A, 327(1570), 313. Stability of N20~ in cyclohexane. 1972. pp. 305-16. Dainton, F.S., O'Neill, P. and Salmon, G.A.
J. Chemical Society, Chemical Communications, (17), 1972. pp. 1001-2. 37
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314. Pulse radiolysis study of 318. Yields and reactions of lowest the kinetics of formation excited singlet and triplet of Na in ethylenediamine by the states in the radiolysis of reaction of solvated electrons naphthalene and 1-methylnaphthalene. with sodium ions. Holroyd, R.A. and Capellos, C. Dye, J.L., DeBacker, M.G., Eyre, J.A. and Dorfman, L.M. J. Physical Chemistry, 76(18), 1972. J. Physical Chemistry, 76(6), pp. 2485-91. 1972. pp. 839-46. 319. High-resolution scintillation spectra obtained with nanosecond 315. Optical absorption spectra pulses of 3-MeV electrons. and decay of solvated electrons in the pulse radiolysis of Horrocks, D.L. dilute solutions of ethanol in alkane solvents. Effects of Photochemistry and Photobiology, hydrocarbon chain branching. 15(2), 1972. pp. 239-44. Firestone, R.F. 320. Studies on cation species by C00-1116-20 (Pt. 4), 1972. pulsed electron irradiation. 8p. (In Japanese).
316. Radiation-induced formation Imamura, M. of excited states of aromatic hydrocarbons in benzene and KURRI-TR-105, 1972. cyclohexane. I. Radiation pp. 11-14. induced fluorescence from solutions of aromatic 321. Temperature shifts in the optical hydrocarbons in cyclohexane. spectra of solvated electrons in methanol and ethanol. Frankevich, E.L., Morrow, T. and Salmon, G.A. Jha, K.N., Bolton, G.L. and Freeman, G.R. Proc. Royal Society A, 328(1575), 1972. J. Physical Chemistry, 76(25), pp. 445-56. 1972. pp. 3876-83. 317. Optical absorption of solvated electrons in alcohols and their mixtures with alkanes.
Hentz, R.R. and Kenney-Wallace, G.A.
J. Physical Chemistry, 76(20), 1972. pp. 2931-3. 38
322-331
322. Reactions of electrons in 327. Properties of solvated electron glycerol. in irradiated methyl alcohol.
Kajiwara, T. and Thomas, J.K. Pikaev, A.K., Sibirskaya, G.K. and Kabakchi, S.A. J. Physical Chemistry, 76(12), 1972. Tihany Symposium on Radiation pp. 1700-6. Chemistry, 1971. 3rd. Proc. Vol. 2; ed. J. Dobo. Akademial 323. Pulse radiolysis study of Kiado, Budapest, Hungary, 1972. dimer cation formation of pp. 1107-22. aromatic hydrocarbons in CONF-710517-Vol. 2. benzonitrile solution.
Kira, A., Aral, S. and 328. Nanosecond pulse radiolysis of Imamura, M. acetone. Kinetic and thermodynamic properties of aromatic radical J. Physical Chemistry, 76(8), cations. 1972. pp. 1119-24. Rodgers, M.A.J.
324. Excited states in the J. Chemical Society, Faraday Trans. nanosecond pulse radiolysis I, 68(7), 1972. and laser flash photolysis pp. 1278-86. of N, N-dimethylaniline. 329. Observation of the anthracene Land, E.J., Richards, J.T. excimer during nanosecond pulse and Thomas, J.K. radiolysis of benzene solutions.
J. Physical Chemistry, 76(25), Rodgers, M.A.J. 1972. pp. 3805-12. Chemical Physics Letters, 12(4), 1972. 325. Comments on the nature of pp. 612-14. the oxidized form of the nickel ditaethylglyoxime 330. Optical absorption spectra and complex. mobility of solvati_d electrons in aliphatic alcohols. Lati, J. and Meyerstein, D. Rudnev, A.V., Vannikov, A.V. and Israel J. Chemistry, 10(3), Bakh, N.A. 1972. pp. 735-8. High Energy Chemistry, 6(5), 1972. pp. 416-7. 326. Pulse radiolysis of English translation of Khimiya hexamethylphosphoric Vysokikh Energli, 6(5), 1972. triamide. pp. 473-474. Nauta, H. and Van Huis, C. 331. Application of charge scavenging kinetics to the formation of excited J. Chemical Society, Faraday states in irradiated solutions of Trans. I, 68(4), 1972. aromatics in cyclohexane. pp. 647-52. Rzad, S.J.
J. Physical Chemistry, 76(25), 1972. pp. 3722-9. 39 332-3A1
332. Viscosity-dependent rate 337. Direct observation of solvation of of ion recombination the electron in liquid alcohols following pulse irradiation. by pulse radiolysis.
Sawai, T. and Hamill, W.H. Baxendale, J.H. and Wardman, P.
J. Chemical Physics, 56(11), Nature, 230, 1971. 1972. pp. 449-50. pp. 5524-7. 338. Nanosecond pulse radiolycis 333. Pulse radiolysis study of of solutions of biphenyl in polymerization of vinylcarbasole isopentane at -120°. in benzonitrile solutions. Baxendale; J.H- and Wardman, P. Tagawa, S., Arai, S., Kira, A. Imamura, M., Tabata, Y. and International J. for Radiation Oshima, K. Physics and Chemistry, 3(3), 1971. pp. 377-87. J. Polymer Science B, 10(4), 1972. 339. Pulse radiolysis observations of pp. 295-9. solvated electrons in liquid hydrocarbons. 334. Sensitized triplet-triplet absorption of biphenylene. Baxendale, J.H., Bell, C. and Wardman, P. Tetreau, C, Lavalette, D., Land, E.J. and Peradejordi, F. Chemical Physics Letters, 12(2), 1971. Chemical Physics Letters, 17(2), pp. 347-8. 1972. pp. 245-7. 340. Yields and decay processes of the solvated electron in liquid 335. Pulse radiolysis studies of alcohols at low temperature acetone solutions of biphenyl observed by nanosecond pulse and anthracene: Formation of radiolysis. ions and excited singlet state. Baxendale, J.H. and Wardman, P. Arai, S., Kira, A. and Imamura, M. J. Chemical Society, Chemical J. Chemical Physics, 54(12), Communications, (9), 1971. 1971. pp. 429-30. pp. 5073-81. 341. Yields of excited singlet and 336. Pulse radiolysis studies of triplet states of some aromatics solutions of tetranitroinethane in the pulse radiolysis of in isopropyl alcohol. cyclohexane solutions.
Asmus, K.-D.,Chaudhri, S.A., Baxendale, J.H. and Wardman, P. Nazhat, N.B. and Schmidt, W.F. Trans. Faraday Society, 67(10), Trans. Faraday Society, 67(9), 1971. 1971. pp. 2997-3007. pp. 2607-17. 40
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342. Dose rate effects in the 346. Solvent dependence of the optical steady and pulse radiolysis absorption spectrum of the of liquid chloroform. solvated electron.
Bibler, N.E. Dorfman, L.M., Jou, F.Y. and Wageman, R. J. Physical Chemistry, 75(16), 1971. Berichte der Bunsengesellschaft pp. 2436-42. fUr Physikalische Chemie, 75(7), 1971. 343. Studies of the sulfoxidation pp. 681-5. of alkanes. II. Pulse radiolysis study on the reactions 347. Optical measurements on solvated
1 of Cyclohexyl with S02 and 02 = ol oof v*r\r* o t'ti TT^tl oa—-i fi^rit^^ ofoiJ liquid propane. Bjellqvist, B. and Reitberger, T. Gillis, H.A., Klassen, N.V., INIS-mf-1104, Kungliga Tekniska Teather, G.G. and Lolcan, K.H. Hoegskolan, Stockholm, Sweden, 1971. Chemical Physics Letters, 10(4), 17p. 1971. pp. 481-3. 344. Primary products of the radiolysis of methyl cyclohexyl ketone. 348. Pentabromocyclopentadienyl radical. Borisenko, G.L., Revina, A.A. and Bakh, N.A. Graf, F. and Guenthard, H.H.
High Energy Chemistry, 5(3), 1971. Chemical Physics Letters - 8(5), pp. 249-51. 1971. English translation of Khimiya pp. 395-8. Vysokikh Energii, 5(3), 1971. pp. 274-6. 349. Pulse radiolysis of liquid amides. 345. The behavior of the solvated electron in ethanol-n-hexane Hayashi, N., Hayon, E., Ibata, T., mixtures. Lichtin, N.N. and Matsumoto, A.
brown, B.J., Barker, N.T. and J. Physical Chemistry, 75(15), Sangster, D.F. 1971. pp. 2267-72. J. Physical Chemistry, 75(23), 1971. 350. Pyrene dimer cation as studied pp. 3639-40. by pulse radiolysis.
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J. Chemical Physics, 54(11), 1971. pp. 4890-4. 351-358 41
355. Pulse radiolysis of styrene. 351. Pulse radiolysis of A bibliography. metal-organic compounds. I. Aluminiumalkyl- Newland, E.A. naphthalene-diethylether- system. AAEC/LIB/Bib-315, 1971. 7 P. Lehmkuhl, H., Getoff, N. and Schwoerer, F. 356. Effect of alkali or alkoxide Berichte der Bunsengesellschaft on yields of solvated electrons für Physikalische Chemie, 75(7), in the pulsed radiolysis of 1971. methanol or ethanol. p. 625. Pikaev, A.K., Sibirskaya, G.K., 352. Pulsradiolytische Untersuchung Shirshov, E.M., Glazunov, P.Ya. der oxydâtiven Ringoeffnung and Spitsyn, V.l. von Furan, Thiophen und Pyrrol. (In German). Doklady Physical Chemistry, 200(2), 1971. Lilie, J. pp. 786-9. English translation of Doklady Zeitschrift flir Naturforschung B, Akademii Nauk SSSR, 200(2), 26(3), 1971. 1971. pp. 197-202. pp. 383-6.
353. Trapping of electrons by 357. Effect of K0H on the kinetics hydrocarbons and polar of the disappearance of solvated solutes. electrons in irradiated methyl alcohol. Magnusson, L.B., Richards, J.T. and Thomas, J.K. Pikaev, A.K., oibirskaya, G.K. and Kabakchi, S.A. International J. for Radiation Physics and Chemistry, 3(3), High Energy Chemistry, 5(5), 1971. 1971. pp. 295-308. pp. 422-3. English translation of Khimiya 354. Study of the formation and Vysokikh Energii, 5(5), 1971. reactions of cyclohexyl pp. 422-3. radicals by pulse radiolysis. 358. Reactive capacity of the solvated Makarov, V.l. and Kabakchi, S.A. electron in irradiated methyl alcohol. High Energy Cher:,stry, 5(3), 1971. Pikaev, A.K., Sibirskaya, G.K. pp. 246-8. and Kabakchi, S.A. English translation of Khimiya Vysokikh Energii, 5(3), 1971. Doklady Physical Chemistry, pp. 272-4. 198(4-6), 1971. pp. 554-7. English translation of Doklady Akademii Nauk SSSR, 198(6), 171. pp. 1374-7. 42
359-368
359. Direct observations of 364. Comments on steady-state ami pulse solvated electrons in radiolysis of liquid benzene- liquid hydrocarbons. tetrachloromethane mixtures.
Richards, J.T. and Thomas, J.K. Schweiner, Z., Santar, I. and Bednar, J. Chemical Physics Letters, 10(3), 1971. International J. for Radiation pp. 317-21. Physics and Chemistry, 3(3), 1971. pp. 187-91. 360. Reactivity of excited states in cumene liquid and glass 365. Spectroscopic investigation of at low temperatures. cyclohexanol and cyclohexyl radicals and their corresponding peroxy Richards, J.T. and Thomas, J.K. radicals.
J. Chemical Physics, 55(8), Simic, M. and Hayon, E. 1971. pp. 3636-41. J. Physical Chemistry, 75(11), 1971. pp. 1677-80. 361. Pressure shifts in properties of solvated electrons in 366. Semiquinone free radicals. alcohols and water. Determination of acid dissociation constants by pulse radiolysis. Robinson, M.G., Jha, K.N. and Freeman, G.R. Willson, R.L.
J. Chemical Physics, 55(10), J. Chemical Society D, (20), 1971. 1971. pp. 1249-50. pp. 4933-5. 367. Theoretical consideration of the 362. Formation kinetics of the electron-scavenging process in pyrene dimer cation observed liquid hydrocarbons. II. Pulse by pulse radiolysis. irradiation.
Rodgers, M.A.J. Yamazaki, H. and Shinsaka, K.
Chemical Physics Letters, 9(2), Bull. Chemical Society of Japan, 1971. 44(10), 1971. pp. 107-8. pp. 2611-15.
363. Pulse radiolysis studies of 368. Pulse radiolysis study on radical acetone solutions. ions of styrene.
Rodgers, M.A.J. Yoshida, H., Noda, M. and Irie, M.
Trans. Faraday Society, 67(4), Polymer Journal, 2(3), 1971. 1971. pp. 359-63. pp. 1029-40. 43
369-372
369. Individual components of absorption spectra arising during pulsed irradiation of hydrocarbons saturated with oxygen.
Zimina, G.M. and Bakh, N.A.
High Energy Chemistry, 5(6), 1971. pp. 457-60. English translation of Khimiya Vysokikh Energii, 5(6), 1971. pp. 515-18.
370. Solvated electron yield in the radiolysis of formamide.
Head, D.A.
Thesis, University of British Columbia, Vancouver, B.C. 1970.
371. Relaxation currents during the pulsed radiolysis of ketones.
Vannikov, A.V., Mal'tsev, E.I. and Bakh, N.A.
Doklady Physical Chemistry, 195(4-6), 1970. pp. 945-7. English translation of Doklady Akademii Nauk SSSR, 195(5) , 1970. pp. 1131-4.
372. Aspects of the pulse radiolysis and y radiolysis of alkyl iodides and their mixtures.
Capellos, C. and Swallow, A.J.
J. Physica Chemistry, 73(4), 1969. pp. 1077-83. 44
III. SOLIDS
373-381
373. Scavenging of electrons in 377. Spur recombination and diffusion 3-methylpentane glass at 77 K. processes in pulse irradiated inorganic glasses. Kroh, J., Mayer, J., Wojciechowska, E. and Barkatt, A., Ottolenghi, M. and Grodkowski, J. Rabani, J.
J. Physical Chemistry, 78(26), J. Physical Chemistry, 77(24), 1974. 1973. pp. 2696-7. pp. 2857-63.
374. Pulse radiolysis of alkali 378. Kinetics of self-trapped holes in halide compounds. alkali-halide crystals: Experiments in Nal(Tl) and KI(T1). Makarov, I.E., Zhukova, T.N. and Pikaev, A.K. Dietrich, H.B., Purdy, A.E., Murray, R.B. and Williams, R.T. High Energy Chemistry, 8(1), 1974. Physical Review B, 8(12), 1973. pp. 62-6. pp. 5894-901. English translation of Khimiya Vysokikh Energii, 8(1), 1974. 379. Charge buildup in electron- pp. 74-9. irradiated dielectrics.
375. Localized electrons in the pulse Gross, B., Dow, J. and Nablo, S.V. radiolysis of AI2O3 single crystals doped with 0.05 atom % Cr. J. Applied Physics, 44(6), 1973. pp. 2459-63. Vinogradov, G.A. and Shubin, V.N. 380. Radiation produced traps in High Energy Chemistry, 8(6), 1974. crystalline ice. pp. 453-5. English translation of Khimiya Kawabata, K., Okabe, S. and Vysokikh Energii, 8(6), 1974. Horii, H. pp. 528-31. Chemical Physics Letters, 20(6), 376. Short-lived optical absorption and 1973. luminescence spectra in pulsed pp. 586-8. radiolysis of single crystals of A12O3. 381. Fast electron transfer reactions in a rigid matrix. Further evidence Vinogradov, G.A. and Shubin, V.N. for quantum mechanical tunneling.
Doklady Physical Chemistry, Miller, J.R. 219(4-6), 1974. pp. 1194-6. Chemical Physics Letters, 22(1), English translation of Doklady 1973. Akademii Nauk SSSR, 219(6), pp. 180-2. 1974. pp. 1397-9. 45 382-389
382. Spectral characteristics 385. Pulse irradiation of diamonds. and localized-electron yields in pulsed radiolysis Barkatt, A. and Ogdan, J. of crystalline ice. J. Physics and Chemistry of Pernikova, T.E., Shubin, V.N., Solids, 33(12), 1972. Kabakchi, S.A. and Sydykova, D.S. pp. 2217-27.
High Energy Chemistry, 7(5), 1973. 386. Pulse radiolysis of sodium pp. 378-81. metaphosphate glasses. English translation of Khimiya Vysokikh Energii, 7(5), 1973. Barkatt, A., Ottolenghi, M. pp. 429-33. and Rabani, J.
383. Short-lived optical absorption J. Physical Chemistry, 76(2), in molten quartz. 1972. pp. 203-13. Spitsyn, V.I., Pirogova, G.N., Ryabov, A.I., Shirshov, E.M. 387. Kinetics of ionic processes and Glazunov, P.Ya. in the radiolysis of liquids. VI. Pulse radiolysis study Doklady Physical Chemistry, of succinonitrile in the 211(1-3), 1973. rotator phase. pp. 558-9. English translation of Doklady Campion, A., Ghormley, J.A. and Akadetnii Nauk SSSR, 219(6), Williams, F. .1974. pp. 1397-9. J. American Chemical Society, 94(18), 1972. 384. Short-lived color centers in pp. 6301-4. pulse radiolysis of aluminum oxide crystals at high 388. High energy electron induced temperatures. emission in low temperature glasses containing adenine. Vinogradov, G.A., Shubin, V.N., Levshina, T.M. and Zorin, D.M. Fielden, E.M., Lillicrap, S.C. and Smith, G.J. High Energy Chemistry, 7(6), 1973. Radiation Research, 52(2), 1972. pp. 479-80. pp. 219-28. English translation of Khimiya Vysokikh Energii, 7(6), 1973. 389. Formation of color centers in pp. 543-5. KCl(Tl) after linac electron pulse at room temperature.
Huzimura, R., Morishita, T. and Noda, M.
J. Physical Society of Japan, 32(4), 1972. p. 1152. 46
390-398
390. Optical absorption spectrum 395. Transient electrons in pulse- of trapped electron in irradiated crystalline water crystalline ice at -150°C. and deuterium oxide ice. Pulse radiolysis study. Nilsson, G., Christensen, H., Kawabata, K., Horii, H. Pagsberg, P.B. and Nielsen, S.O. and Okabe, S. J. Physical Chemistry, 76(7), Chemical Physics Letters, 1972. 14(2), 1972. pp. 1000-8. pp. 223-5. 396. Solvation of electrons in 3- 391. Pulse radiolysis of alcohol methylhexane at 77°K. glasses at 77°K. Mechanism of electron trapping. Richards, J.T. and Thomas, J.K.
Kevan, L. J. Chemical Physics, 57(7), 1972. pp. 3025-6. J. Chemical Physics, 56(2), 1972. 397. Polaron yields in low-temperature pp. 838-44. pulse radiolysis of chemically inert aqueous matrices. 392. Reply to "Solvation of electrons in 3-methylhexane Shubin, V.N., Sharanin, Yu. I., at 77°K". Pernikova, T.E. and Vinogradov, G.A. Klassen, N.V., Gillis, H.A. and Walker, D.C. J. Physical Chemistry, 76(25), 1972. J. Chemical Physics, 57(7), pp. 3776-9. 1972. pp. 3026-8. 398. Spectral and kinetic characteristics of short-lived particles in a solid 393. Spectral shifts of trapped phase. electrons in alkane glasses at 76°K. Shubin, V.N., Kabakchi, S.A., Pernikova, T.E., Sharanin, Yu.I. Klassen, N.V., Gillis, H.A. and Dolin, P.I. and Teather, G.G. Tihany Symposium on Radiation J. Physical Chemistry, 76(25), Chemistry, 3rd. Proc. Vol. 2; 1972. ed. J. Dobo. Akademiai Kiado, pp. 3847-50. Budapest, Hungary, 1972. pp. 1151-61. 394. Transient formations of color centers in KBr crystals under the pulsed electron beam.
Kondo, Y., Hirai, M. and Ueta, M.
J. Physical Society of Japan, 33(1), 1972. pp. 151-7. 47
399-406
399. Transient surface damage. 403. Electrochemical detection of excited states during Simons, M. pulse radiolysis of crystalline ice. AD-748007, 1972. Sharinin, Yu.I., Shubin, V.N., Pernikova, T.E., Zolotarevskii, V.I. 400. Pulsed radiolysis of and Dolin, P.I. polymethylmethacrylate containing aromatic Nature, Physical Science, 234(44), compounds. 1971. pp. 14-15. Borovkova, V.A•, Bagdasar'yan, Kh.S., Chepel, D.V. and 404. Aromatic solute molecular ion and Shemarov, F.V. triplet state formation in polystyrene and polymethyl- High Energy Chemistry, 5(4), 1971. methacrylate . pp. 304-6. English translation of Khiiniya Siegel, S. and Stewart, T. Vysokikh Energii, 5(4), 1971. pp. 337-9. J. Chemical Physics, 55(4), 1971. pp. 1775-87. 401. Pulse radiolysis study of the mechanism of electron trapping 405. Optical study of ion crystals by in alcohol glasses at 77°K. using pulsed electron beam. (In Japanese). Kevan, L. Ueta, M., Hirai, M., Kondo, Y. Chemical Physics Letters, and Yoshinara, T. 11(1), 1971. pp. 140-2. Kakuriken Kenkyu Hokoku, Tohoku University, Sendai, 4(1), 402. Absorption spectrum of 1971. trapped electrons in pp. 72-6. 3-methylhexane glass at 77°K. 406. Short-term anneal of 30-MeV electron damage in high-purity Klassen, N.V., Gillis, H.A. n-type silicon. and Walker, D.C. Mallon, C.E. and Naber, J.A. J. Chemical Physics, 55(4), 1971. IEEE, Trans. Nuclear Science pp. 1979-80. NS-17(6), 1970. pp. 123-7. 48
407-411
407. Determination of 410. Optical study of ion crystals by mobilities and yields using pulsed electron beam. VI. of charged particles (In Japanese). arising during the pulsed radiolysis of Ueta, M., Hirai, M., Kondo, Y. crystalline ice. and Yoshinari, T.
Sharanln, Yu.I., Shubin, Kakuriken Kenkyu Hokoku, Tohoku V.N. and Dolin, P.I. University, Sendai, 3(2), 1970. pp. 90-5. Doklady Physical Chemistry, 195(4-6), 1970. 411. Optical study of an ionic crystal pp. 941-2. by means of pulsed electron English translation of Doklady irradiation. IV. (Io Japanese). Akademii Nauk SSSR, 195(4), 1970. Ueta, M., Hirai, M., Kondo, Y. pp. 896-7. and Yosinari, T.
408. Investigation of aromatic Kakuriken Kenkyu Hokoku, Tohoku triplet molecules in University, Sendai, 2(2), 1969. polystyrene by the method pp. 119-22. of pulsed radiolysis.
Shekk, Yu.B., Alfimov, M.V. and Nikoforov, V.I.
Bull. Academy Sciences, U.S.S.R., Div. Chem. Sci., (11), 1970. pp. 2309-14. English translation of Izvestlia Akademii Nauk SSSR. Seriia Khimicheskaiia, (11), 1970. pp. 2454-60.
409. Short-term annealing in electron-irradiated p-type silicon.
Srour, J.R.
IEEE. Trans. Nuclear Science, NS-17(6), 1970. pp. 118-22. CONF-700713. 49 IV. GASES 412-421
412. BrO disappearance in the pulse 417. Vacuum-ultraviolet emission from radiolysis of O2 + Br2 and N2O high-pressure xenon and argon + Br2 systems. excited by high-current relativistic ale .tron beams. Cahill, R.W. and Riley, J.F. Koehler, H.A., Ferderber, L.J., Radiation Research, 58(1), Redhead, D.L. and Ebert, P.J. 1974. pp. 25-37. Physical Review A, 9(2), 1974. pp. 768-81. 413. Radiation-chemical laser using SFg + H2 and CCI2F2 + H2 mixtures 418. Mechanism for decay and spontaneous at pressures up to 3 atm. radiative decay constants of the lowest-lying attractive excited Dovbysh, L.E., Zavada, N.I., states of Ne2, Ar2> and Kr2. Kazakevich, A.T., Karpikov, A.A., Mel'nikov, S.P., Podmoshenskii, I.V. Oka, I-, Rama Rao, K.V.S., Redpath, and Sinyanskii, A.A. J.L. and Firestone, R.F.
JETP Letters, 20 (6), 1974. J. Chemical Physics, 61(11), 1974. pp. 183-4. pp. 4740-6. English translation of Pis Ma Zh. Eksp. Teor. Fiz., 20 (6), 1974. 419. Transferts d'energie vibration- pp. 407-10. vibration et vibration-translation dans NO X2II (v- = 2 et 1), par 414. Rate constants for the quenching of spectroscopie cinetique nanoseconde. N2(A 3EU+, VA = 0 - 8) by CO, C02, NH3, NO, and 02- Salvetat, G. and Clerc, M.
Dreyer, J.W., Perner, D. and J. de Chimie Physique, 71(7/8), 1974. Roy, C.R. pp. 1053-8.
J. Chemical Physics, 61(8), 1974. 420. Excited state production by nonionic pp. 3164-9. processes in the pulse radiolysis of gaseous systems containing 415. Pulse radiolysis. naphthalene.
Hochanadel, C.J. Sauer, M.C, Jr. and Mulac, W.A.
0RNL-TM-4426, 1974. J. Physical Chemistry, 78(1), 1974. pp. 129-131. pp. 22-7. 416. Energy transfer from the resonance 1 421. Light emission resulting from ion- states Ar( P1) and ArC^Pj) to recombination in the pulse-radiolysis ethylene. of argon containing naphthalene or anthracene. Hurst, G.S., Wagner, E.B. and Payne, M.G. Sauer, M.C., Jr. and Mulac, W.A.
J. Chemical Physics, 61(9), 1974. International J. for P^adiation pp. 3680-5. Physics and Chemistry, 6(1), 1974. pp. 55-65. 50 422-432
422. Electron disappearance in pulse 428. De-excitation rates for excited xenon irradiated fluorocarbon gases. molecules.
Bansal, K.M. and Fessenden, R.W. Johnson, A.W. and Gerardo, J.B.
J. Chemical Physics, 59(4), 1973. J. Chemical Physics, 59(4), 1973. pp. 1760-8. pp. 1738-41.
423. Kinetics of ozone formation in the 429. Pulse radiolysis study of argon- pulse radiolysis of oxygen- nitrogen mixtures. Measurement ethylene mixtures. of the rate constant of metastable argon deexcitation by nitrogen. Bevan, P.L.T. and Johnson G.R.A. Le Calve,J. and Bourene, M. J. Chemical Society. Faraday Trans. I, 69(5), 1973. J. Chemical Physics, 58(4), 1973. pp. 922-7. pp. 1446-51.
424. Kinetics of ozone formation in the 430. lonization chamber study of electron pulse radiolysis of oxygen gas. and ion decay in irradiated ammonia.
Bevan, P.L.T. and Johnson, G.R.A. McCracken, D.R. and Armstrong, D.A.
J. Chemical Society. Faraday Canadian J. of Chemistry, 51(24), Trans. I, 69(1), 1973. 1973. pp. 216-27. pp. 4159-66.
425. Radiolysis of water vapour at very 431. Pulse radiolysis. Formation of the high dose rates. 1. Hydrogen azide radical in gaseous nitrogen yields from H2O, H2O-HCI, and H2O- mixture. HBr mixtures. Perner, D., Bosnali, M.W., Dreyer, Boyd, A.W., Willis, C. and Miller, J.W. and Suetterlin, L. O.A. Advances in Radiation Research, Canadian J. Physics, 51(24), 1973. Physics and Chemistry, Vol. 2; pp. 4048-55 ed. J.F. Duplan. Gordon and Breach, 1973. 3 + 426. Deactivation of N2(A Eu v, - 0-7) pp. 369-76. by ground state nitrogen, ethane, and ethylene measured by kinetic 432. Pulse radiolysis of methane. absorption spectroscopy. Rebbert, R.E., Lias, S.G. and Dreyer, J.W. and Perner, D. Ausloos, P.
J. Chemical Physics, 58(3), 1973. J. of Research. National Bureau of pp. 1195-201. Standards, A 77(2), 1973. pp. 249-7. 427. Localized excess electrons in water vapor.
Gaathon, A., Czapski, G. and Jortner, J.
J. Chemical Physics, 58(6), 1973. pp. 2648-50. 51 433-442
433. Radiolysis of methane. Formation 438. Electronically excited iodine atoms, of acetylene. 1(5^2/2) • Diffusion in noble gases, the mean radiative lifetime, and Rebberij R,E, and Ausloos, P. atomic recombination.
J. of Research National Bureau of Abrahatason, E.W., Andrews, L.J., Standards, A 77(1), 1973. Husain, D. and Wiesenfeld, J.R. pp. 109-14. J. Chemical Society. Faraday Trans. 434. Role of the Molecular nitrogen (+) II, 68(1), 1972. ion in the formation of the cyanogen pp. 48-54. radical by pulse radiolysis from a methane-moleculir nitrogen-rare gas 439. Kinetic investigation of CH, CH3, C2, mixture. (In French). and CN2 radicals produced by pulse radiation by means of gas phase Schmidt, H. and Clerc, M. absorption spectroscopy.
J. de Chimie Physique et de Bosnali, M.W. and Perner, D. Physicochimie Biologique, 70(9), 1973. JUL-897-PC, 1972. pp. 1214-20. 114 p.
435. Transport of resonance radiation in 440. Reaction of cyanogen radicals with argon. ammonia.
Talmage, J.E., Jr., Hurst, G.S., Bullock, G.E., Cooper, R., Gordon, S. Payne, H.6. and Wagner, E.B. and Mulac, W.A.
ORNL-TH-4368, 1973. J. Physical Chemistry, 76(14), 1972. 148 p. pp. 1931-5.
436. Activation energy for the gas phase 441. Kinetic behaviour of neutral and reaction of hydrogen atoms with ionic species in the gas phase during carbon monoxide. their first collisions.
Wang, H.Y., Eyre, J.A. and Dorfman, Clerc, M. L.M. CEA-N-1556, 1972. J. Chemical Physics, 59(9), 1973. 119 p. pp. 5199-200. 442. Nanosecond kinetic study of the 437. Electron beam dissociation of rotational temperature decay of the fluorine. CH(A2A •»• X2II) emission produced by pulse radiolysis of methane and Wilson, J., Chen, H-L., Fyfe. W.. acetylene. Taylor, R.L., Little, R. and Lowell, R. Clerc, M. and Schmidt, M.
J. of Applied Physics,44(12), 1973. Chemical Society. Faraday pp. 5447-54. Discussions , 53, 1972. pp. 217-29. 52 443-452
443. Pulse radiolysis applied to gases. 448. Studies of light emission in the Absorption spectrum of the azide pulse radiolysis of gases: electron- radical. (In Romanian), ion recombination in nitrogen.
Contineanu, M. and Schindler, R.N. Sauer, M.C., Jr. and Mulac, W.A.
Analde Universitatea Bucuresti J. Chemical Physics, 56 (10), 1972. Chimie, 21(1), 1972. pp. 4995-5004. pp. 107-12. 449. Primary yields and mechanisms in 444. Pulse radiolysis of gases. the radiolysis of nitrous oxide from high intensity electron pulse Dondes, S., Harteck, V.P., Carr, T. irradiation of nitrous oxide- and Haskell, R. molecular oxygen mixtures.
COO-3461-1, 1972. Willis, C, Boyd, A.W. and Bindner, 25 pp. P.E.
445. Investigation of ion-molecule- Canadian J. of Chemistry, 50(10), 1972. reactions at elevated pressures by pp. 1557-67. absorption spectroscopy. 450. Reactions of pulse radiolytically Dreyer, J.W., Perner, D. and generated methylidyne radical with Roeth, E.P. methane and other substances. (In German). Tihany Symposium on Radiation Chemistry, 1972, 3rd. Proc. Bosnali, M.W. and Perner, D. Vol. 1; ed. J. Dobo. Akademiai Diado, Budapest, Hungary, 1972. Zeitschrift fur Naturforschung A, pp. 257-270. 26(10), 1971. CONF-710517-Vol. 1. pp. 1768-9.
446. Gas phase pulse radiolysis of hydro- 451. Kinetic study of species formed carbon mixtures. Determination during the pulsed radiolysis of of the charge recombination rate ammonia. coefficient and absolute rate constants of ion-molecule reactions Clerc. M., Schmidt, M., of the t-butyl ion through a Hagege-Iemman, J. and competitive kinetic method. Belloni, J.
Lias, S.6., Rebbert, R.E. and J. Physical Chemistry, 75(19), 1971. Ausloos, P. pp. 2908-14.
J. Chemical Physics, 57(5), 1972. 452. Separations of the absorption and pp. 2080-6. emission spectra of certain transitions by pulsed radiolysis 447. Pulse radiolysis of neopentane in at low pressure. the gas phase. Clerc, M. and Lesigne, B. Rebbert, R.E. and Ausloos, P. Canadian J. of Spectroscopy, J. of Research- National Bureau of 16(1), 1971. Standards, A 76(4), 1972. pp. 17-20, pp. 329-36. 453-461
453. Stimulated emissions of the first 458. Absolute dosimetry of high intensity, and second positive systems of No 600 kV pulsed electron accelerator produced by pulse radiolysis. used for radiation chemistry studies of gaseous samples. Clerc, M. and Schmidt, M. Willis, C, Boyd, A.W. and Miller, Comptes Rendus, Ser. B, 272(11), O.A. 1971. pp. 668-71. Radiation Research, 46(3), 1971. ANL-Trans-908. pp. 428-43.
454. Pulse radiolysis of ammonia gas. 459. Radiolysis of hydrogen sulfide at II. Rate of disappearance of the very high dose rates. The effect of SF,. b NH2 (X2B) radical. Willis, C, Boyd, A.W. and Miller, Gordon, S., Mulac, W.A. and Nangia, P. O.A.
J. Physieal Chemistry, 75(14), Canadian J. of Chemistry, 49, 1971. 1971. pp. 1677-81. pp. 2087-93. AECL-3848. 455. Pulse radiolysis studies. XX Kinetics of some addition reactions 460. Ionic reactions occurring in the of gaseous hydrogen atoms by fast irradiation of carbon dioxide- Lyman-a absorption spectro- oxygen mixtures at very high dose photometry. rates.
Hikida, T., Eyre, J.A. and Dorfman, Willis, C. and Bindner, P.E. L.M. Canadian J. of Chemistry, 48, 1970. J. Chemical Physics, 54(8), pp. 3463-72. 1971. pp. 3422-8. 461. Radiative and non-radiative quenching of O^b^ZTg) formed by 456. Ion-electron and ion-ion recombina- electron pulsing in He + C2 mixtures. tion coefficients in gases studied by pulse radiolysis. Clerc, M., Bourene, M., Le Calve,J. and Lesigne, B. Sauer, M.C., Jr. and Mu?.ac, W.A. J. de Chemie Physique et de J. Chemical Physics, 55(4), 1971. Physicochimie Biologique. pp. 1982-3. Supp. 29th Reunion, 1979. pp. 234-8. 457. The temperature dependence of CONF-690566-1. electron attachment to CCI4, CHC1, and C6H5CH2C1.
Warman, J.M. and Sauer, M.C., Jr.
International J. for Radiation Physics and Chemistry, 3(3), 1971. pp. 273-82. 54
V. CONDUCTIVITY I 462-470 462. Chemical reaction rates of 466. Mobility of electrons in quasi free electrons in xenon in the critical region. nonpolar liquids. Kimura, T. and Freeman, G.R. I Allen, A.O. and Holroyd, R.A. J. Chemical Physics, 60(10), J. Physical Chemistry, 78(8), 1974. 1974. pp. 4081-2. pp. 796-807. 467. Formation of positive ions in 463. Conductimetric study of the the reaction of disulfides with kinetics of electrons in hydroxyl radicals in aqueous pulse irradiated n-hexane solution. and cyclohexane at room temperature. Moeckel, H., Bonifacic, M. and Asniuss Kc—Di Baxendale, J.H., Keene, J.P. and Rasburn, E.J. J. Physical Chemistry, 78(3), 1974. J. Chemical Society. Faraday pp. 282-4. Trans. I, 70(4), 1974. pp. 718-28. 468. Electron mobilities and ranges in liquid C1-C3 hydrocarbons and 464. Electron-positive ion in xenon: Effects of temperature recombination in liquid and field strength. isooctane. Robinson, M.G. and Freeman, G.R. Boriev, I.A. and Yakovlev, B.S. Canadian J. of Chemistry, 52(3), High Energy Chemistry, 8(3), 1974. 1974. pp. 440-6. pp. 205-7. English translation of Khimiya 469. Electric field induced ]ight Vysokikh Energii, 8(3), 1974. emission and conductance-loss pp. 246-249. transients in liquid anthracene.
465. Band-nonband mobility transition Shinsaka, K. and Freeman, G.R. for extra electrons in liquid xenon. Canadian J. of Chemistry, 52(20), 1974. Kimura, T. and Freeman, G.R. pp. 3559-61.
Canadian J. of Physics, 52, 470. Electron mobilities and ranges 1974. in solid neopentane: Effect of pp. 2220-2. liquid-solid phase change.
Shinsaka, K. and Freeman, G.R.
Canadian J. of Chemistry, 52(20), 1974. pp. 3556-9. 55 M-479
471. Epithermal electron ranges 475. Excess electrons and positive and thermal electron charge carriers in liquid mobilities in liquid aromatic methane. I. hydrocarbons. Bakale, G. and Schmidt, W.F. Shinsaka, K. and Freeman, G.R. Zeitschrift flir Naturforschung A, Canadian J. of Chemistry, 52(20), 28(3-4), 1973. 1974. pp. 511-8. pp. 3495-506. 476. Electron mobilities in liquid 472. Kinetics of ammonia detachment olefins: Structure effects. from reduced cobalt (III) complexes based on conductometric Dodelet, J.-P., Shinsaka, K. and pulse radiolysis. Freeman, G.R.
Simic, M. and Lilie, J. J. Chemical Physics, 59(3), 1973. pp. 1293-7. J. American Chemical Society, 96(1), 1974. 477. Electron ranges in liquid alkenes, pp. 291-2. dienes, and alkynes: Range distribution function in 473. Conductometric pulse radiolysis hydrocarbons. study of the reaction of the solvated electron with 5- Dodelet, J.-P., Shinsaka, K., bromouracil in aqueous Kortsch, U. and Freeman, G.R. solutions at different pH values. J. Chemical Physics, 59(5), 1973. pp. 2376-86. Wagner, B.O., Klever, H. and Schulte-Frohlinde, D. 478. Carrier transport in polyethylene terephthalate induced by pulsed Zeitschrlft flir Naturforschung electron beam. B, 29(1-2), 1974. pp. 86-8. Hayashi, K., Yoshino, K. and Inuishi, Y. 474. Temperature dependence of electron scavenging in liquid Japan J. of Applied Physics, 12(5), non-polar hydrocarbons. 1973. pp. 754-5. Yakovlev, B.S., Goriev, I.A. and Balakin, A.A. 479. Alternating current conductivity method for studies of pulse International J. for Radiation radiolysis in aqueous solutions. Physics and Chemistry, 6(1), Determination of the state of 1974. ionization of several a~ adducts. pp. 23-31. Lilie, J. and Fessenden, R.W.
J. Physical Chemistry, 77(5), 1973. pp. 674-7. 56
480-487
480. Ionic yields in methanol 484. Decay of quasifree electrons in measured by conductometric pulse-irradiated liquid hydro- pulse radiolysis. carbons .
Lilie, J., Chaudhri, S.A., Bakale, G., Gregg, E.C. and Mamou, A., Graetzel, M. and McCreary, R.D. Rabani, J. J. Chemical Physics, 57(10), J. Physical Chemistry, 77(5), 1972. 1973. pp. 4246-54. pp. 597-600. 485. The production of halide ion 481. Change in the ionic conductivity in the radiolysis of aqueous of potassium chloride crystals solutions of the 5-halouracils. during irradiation by x-rays and a high-power nanosecond Bansal, K.M., Patterson, L.K. electron beam. and Schuler, R.H.
Matlis, S.B. and Vaisburd, D.I. J. Physical Chemistry, 76(17), 1972. Soviet Physics J., 16(9), 1973. pp. 2386-92. pp. 1311-13. English translation of Izvestiya 486. Effect of electric field strength Vysshikh Uchebnykh Zavedenii, on the free ion yields in the Fizika, 16(9), 1973. X-radiolysis of liquids: Influence pp. 137-9. of molecular structure and temperature
482. X-radiolysis ion yields and Dodelet, J.-P., Fuochi, P.G. and electron ranges in liquid Freeman, G.R. xenon, krypton, and argon: Effect of electric field Canadian J.'of Chemistry, 50(il), strength. 1972. pp. 1617-26. Robinson, M.G. and Freeman, G.R. 487. Mobilities and ranges of electrons Canadian J. of Chemistry, 51(5), in liquids: Effect of molecular 1973. structure in C5-C12 alkanes. pp. 641-9. Dodelet, J.-P., Freeman, G.R. 483. Conductivity experiments in pulse ridiolysis. Canadian J. of Chemistry, 50(16), 1972. Asmus, K.-D. pp. 2667-79.
International J. for Radiation Physics and Chemistry, 4(4), 1972. pp. 417-38. 488-495
488. Molecular structure effects 492. On the lifetime of trifluoromethyl on the free-ion yields and radical in aqueous solution. reaction kinetics in the radiolysis of the methyl- Lilie, J., Behar, D., Sujdak, R.J. substituted propanes and and Schuler, R.H. liquid argon: Electron and ion mobilities. J. Physical Chemistry, 76(18), 1972. Fuochi, P.G. and Freeman, G.R. pp. 2517-20.
J. Chemical Physics, 56(5), 493. Electrical conductivity techniques 1972. for studying the kinetics of pp. 2333-41. radiation-induced chemical reactions in aqueous solutions. 489. Conductivity studies in aqueous solutions. Schmidt, K.H.
Hutton, A. and Schmidt, K. International J. for Radiation Physics and Chemistry, 4(4), Tihany Symposium on Radiation 1972. Chemistry, 3rd. Proc. Vol. 2; pp. 439-68. ed. J. Dobo. Akademiai Kiado, Budapest, Hungary, 1972. 494. Mobility of excess electrons in pp. 1089-94. liquid methane.
490. Studies of transient conductivity Schmidt, W.F. and Bakale, 0. induced in irradiated aqueous solutions using a high voltage Chemical Physics Letters, 17(4), pulse. 1972. pp. 617-9. Hutton, A.M. 495. Theory of pulse radiolysis in International J. for Radiation an electrical field. Physics and Chemistry, 4(4), 1972. Sharanin, Yu.I., Shubin, V.N. pp. 479-93. and Dolin, P.I.
491. Electrical conductivity of High Energy Chemistry, 6(1), liquid ammonia during pulsed 1972. irradiation by fast electrons. pp. 42-45. English translation of Khimiya Khaikin, G.I., Zhigunov, V.A. Vysokikh Energii, 6(1), 1972. and Dolin, P.I. pp. 55-9.
Doklady Physical Chemistry, 202(1), 1972. pp. 35-7. English translation of Doklady Akademii Nauk SSSR, 202(1), 1972. pp. 140-2. 58
496-503
496. Investigation of the charged 500. Radiation chemical yield of particles in the pulse 0H~ as determined by conductometric radiolysis of organic pulse radiolysis. liquids. Henglein, A., Rabani, J., Graetzel, Vannikov, A.V., Mal'tsev, E.I. M., Chaudhri, S.A. and Beck, G. and Rudnev, A.V. J. Physical Chemistry, 75(11), Tihany Symposium on Radiation 1971. Chemistry, 3rd. Proc. Vol. 1; pp. 1759-60. ed. J. Oobo and P. Hedvig. Akademiai Kiado, Budapest, 501. Conductometric pulse radiolysis Hungary* 1972. determination of ionic yields pp. 157-67. and neutralization kinetics in CON-710517-Vol. 1. liquid ethanol.
497. Transient charged radiolysis Rabani, J., Graetzel, M. and products of organic liquids Chaudhri, S.A. studied by electrical and optical methods. J. Physical Chemistry, 75(25), 1971. Vannikov, A.V., Mal'tzev, E.I., pp. 3893-4. Zolotarevskii, V.I. and Rudnev,A.V. 502. The radiation chemical yield International J. for Radiation of OH" as determined by Physics and Chemistry, 4(2), conductometric pulse radiolysis. 1972. pp. 135-48. Rabani, J., Graetzel, M., Chaudhri, S.A., Beck, G. and 498. Capture and recombination Henglein, A. reactions of electrons in liquid cyclohexane. (In Russian). J. Physical Chemistry, 75(11), 1971. Yakovlev, B.S., Boriev, I.A., pp. 1759-60. Novikova, L.I. and Frankevich, E.L. 503. Yields of free ions in the x-radiolysis of some simple International J. for Radiation saturated and unsaturated Physics and Chemistry, 4(4), hydrocarbon liquids. Effects 1972. of molecular structure and pp. 395-404. temperature.
499. Pulse radlolytic induced Robinson, M.G., Fuochi, P.G. transient electrical con- and Freeman, G.R. ductance in liquid solutions. 4. Radiolysis of methanol, Canadian J. of Chemistry, 49(22), ethanol, 1-propanol, and 2- 1971. propanol. pp. 3657-64.
Fowles, P.
Trans. Faraday Society, 67(2), 1971. pp. 428-39. 59
•504-506
504. Measurement of the yield of charged particles emerging during pulse radiolysis in liquid methyl alkyl ketones.
Vannikov, A.V. and Mal'tsev, E.I.
High Energy Chemistry, 5(2), 1971. pp. 154-5. English translation of Khimiya Vysokikh Energii, 5(2), 1971. pp. 174-5.
505. Study of charged particles by the pulse method during radiolysis of liquid hydrocarbons.
Vannikov, A.V., Kovalev, V.O. and Zolotarevskii, V.I.
High Energy Chemistry, 5(1), 1971. pp. 40-3. English translation of Khimiya Vysokikh Energii, 5(1), 1971. pp. 49-53.
506. Conductimetric dosimetry. A calorimetric method for measuring high-intensity pulsed radiation.
Schmidt, K.H. and Buck, W.L.
Radiation Research, 40(3), 1969. pp. 473-483. 60
VI. EXPERIMENTAL TECHNIQUES
507-515
507. Some solid state 511. Pulse radiolysis and polar- photodetectors used ography, a review. in pulse radiolysis studies, operational Henglein, A. details and performance. HMI-B-148, 1974. Baxendale, J.H., Bell, C. 91p. and Mayer, J. 512. A 400 rad flash x-ray system International J. for for pulse radiolysis. Radiation Physics and Chemistry, 6(2) , 1974. Hinsch, H., Scheel, H.E. and pp. 117-28. Niemann, E.G.
508. Electrochemical observation Rev. of Scientific Instruments, of a second order decay of 45(5), 1974. radicals generated by flash pp. 650-2. photolysis or pulse radiolysis. 513. Variable temperature apparatus Britz, D. and Kastening, B. for pulse radiolysis studies at Whiteshell Nuclear Research J. of Electroanalytical Chemistry Establishment. and Interfacial Electrochemistry, 56(1), 1974. Lopata, V.J., Geoffrey, L.E. pp. 73-90. and Dixon R.S.
509. A TV-scanning method for AECL-4670, 1974. recording time-resolved optical spectra of transients produced by a single pulse of 514. Computer-controlled pulse electrons. radiolysis system.
Gordon, S., Schmidt, K.H. and Patterson, L.K. and Lilie, J. Martin, J.E. International J. for Radiation Rev* of Scientific Instruments, Physics and Chemistry, 6(2), 45(4), 1974. 1974. pp. 552-8. pp. 129-41.
510. Direct computation in kinetic 515. Charge measuring unit of the spectrophotometry. pulsed electron beam in the Van de Graaff accelerator. Hansen, J.W. and Pedersen, P.B. Sawicki, A. and Orzechowski, T. RISO-M-1705, 1974. 31p. Nukleonika, 19(6), 1974. pp. 583-6. 61
Jlb-525 516. Signal-compiling differential 521. Modified cryotip for preamplifier for pulse spectrophotometric studies. radiolysis experiments. Greenstock, C.L. and Dunlop, I. Brown, B.J., Bell, J., Barker, N.T. and Sangster, D.F. Cryogenics, 13(1), 1973. pp. 4-6. J. of Physics E, 6(5), 1973. pp. 428-9. 522. Mathematical analysis of flash photolysis and pulse 517. A gas discharge electron gun radiolysis data. for the generation of sub- microsecond pulses of high Grossweiner, L.I. energy electrons. Advances in Radiation Research, Caraichael, C.H.H., Garnsworthy, Physics and Chemistry, 1, 1973. R.K. and Kathias, L.E.S. pp. 261-9.
Rev. of Scientific Instruments, 523. Interfacing the Biomation 8100 44(6), 1973. transient recorder to a PDP-3 pp. 701-4. minicomputer for kinetic measurements. 518. Proton pulse radiolysis. Hobaugh, C.G., Patterson, L.K. Christensen, H.C., Nilsson, G., and Fessenden, R.W. Thuomas, K.A. and Reitberger, T. TID-26575, 1973. Chemical Physics Letters, 22(3), 20p. 1973. pp. 533-6. 524. Stroboscopic pulse radiolysis system capable of 20 picosecond 519. Radiation-induced transient time resolution. electrical conductance in aqueous solutions. Technique. Hunt, J.W., Bronskill, M.J. Appendix 2. and Wolff, R.K.
Eriksen, T.E. Advances in Radiation Research, Physics and Chemistry, 1, 1973. TRITA-KKE-7301, 1973. pp. 271-8. 12p. 525. Beam characterization and 520. Steady-state and time- monitoring of a high intensity resolved ESR studies of pulsed electron source. radiolytically produced radicals. Ling, C.C., Weiss, H. and Epp, E.R.
Fessenden, R.W. Radiation Research, 56(2), 1973. pp. 307-19. RRL-3238-452, 1973. 35 p. 62
526-53A
526. An automated facility for 530. EPR detection of short-lived microsecond kinetic free radicals produced by spectrophotometry. pulsed radiolysis.
Michaels, H.B., Basser, T.E., Smaller, B., Remko, J.R. and Taylor, W.B. and Hunt, J.W. Avery, E.C.
Rev. of Scientific Instruments, Advances in Radiation Research, 44(9), 1973. Physics and Chemistry, 1, 1973. pp. 1286-9. pp. 279-83.
527. Special uv techniques in 531. On-line pulse radiolysis data pulse radiolysis. Adsorption handling program. spectra of atomic deuterium and hydroxyl-d. Soee Hoejberg, K. , Pagsberg, PH., Hansen, K.B. and Jakobsen, G. Nielsen, 5.0., Pagsberg, P.B., Christensen, H. and Nilsson, G. RISO-M-1643, 1973. 8p. Advances in Radiation Research, Physics and Chemistry, 1, 1973. 532. Generation of picosecond pulse pp. 297-302. electron beams. i 528. Electrical conductivity in the Ura, K. and Morimura, N. pulse radiolysis of aqueous solutions. J. of Vacuum Science and Technology 10(6), 1973. Schmidt, K. pp. 948-950.
Advances in Radiation Research, 533. Detection of electrons in pulse Physics and Chemistry, Vol. 1, irradiated liquid hydrocarbons 1973. by microwave absorption. pp. 285-295. CONF-700610-P1. Warman, J.M., De Haas, M.P. and Hummel, A. 529. Fast infrared detectors for use in pulse radiolysis. Chemical Physics Letters, 22(3), 1973. Seddon, W.A., Selkirk, E.B. pp. 480-3. and Fletcher, J.W. 534. General technique for the International J. for Radiation spectroscopy of transient Physics and Chemistry, 5(3), absorbing species. 1973. pp. 323-8. Aldrich, J.E., Foldvary, P., Hunt, J.W., Taylor, W.3. and Wolff, R.K.
Rev. of Scientific Instruments, 43(7), 1972. pp. 991-5. 63
J35-543
535. Pulse photolysis apparatus 539. Pulse radiolysis and polarography. based on a Z-pinch for II. Use of an on-line computer study of fast processes. in the determination of the half- wave potentials of short-lived Antonov, I.V., Korobov, V.E., inorganic radicals. Prokudln, V.S. and Chibisov, A.K. Lilie, J. J. of Applied Spectroscopy, 17(1), 1973. J. Physical Chemistry, 76(10), pp. 963-965. 1972. English translation of Zhurnal pp. 1487-92. Prikladnoi Spektroskopii, 17(1) , 1972. 540. Chemical dositnetry of pulsed pp. 170-3. electronic radiation.
536. Picosecond observations of some Pikaev, A.K. ionic and excited state processes in liquids. Russian Chemical Reviews, 41(9), 1972. Beck, G. and Thomas, J.K. pp. 786-94. English translation of Uspekhi J. Physical Chemistry, 76(25), Khimii, 41(9), 1972. 1972. pp. 1696-1712. pp. 3856-63. 541. Io Clight intensity^ subtraction 537. Design considerations for unit for use with pulsed or d.c. nanosecond pulse radiolysis light sources in kinetic studies using kinetic spectrophotometry. spectrophotometry. Selkirk, E.B. and Seddon, W.A. Hunt, J.W., Greenstock, C.L. and Bronskill, M.J. AECL-4134, 1972. 8p, International J. for Radiation Physics and Chemistry, 4(1), 542. Variable temperature cell housing 1972. for pulse radiolysis flow systems. pp. 87-106. Wardman, P. 538. Nanosecond pulse radiolysis techniques for the study of J. of Physics E, 5(1), 1972. liquids using a 600 kV pp. 17-18. Febetron. 543. Cerenkov reabsorption spectroscopy Kenney-Wallace, G.A., for subnanosecond pulse radiolysis Shaede, E.A., Walker, D.C. studies. and Wallace, S.C. Wallace, S.C. and Walker, D.C. International J. for Radiation Physics and Chemistry, 4(2), J. Physical Chemistry, 76(25), 1972. 1972. pp. 209-25. pp. 3780-93. 64
544-552
544. Analysis of very fast 548. Experiments concerning transient luminescence electrochemical production behavior. of solvated electrons. (In German)• Helman, W.F. Postl, D. and Schindewolf, U. International J. for Radiation Physics and Berichte der Bunsengesellschaft Chemistry, 3(3), 1971. fUr Physikalische Chemie, 75(7), pp. 283-94. 1971. pp. 662-5. 545. Dose-distribution measurement of high-intensity pulsed 549. Changing liquid samples in pulse radiation by means of radiolysis flow systems. holographic interferometry. Seddon, W.A. and Selkirk, E.B. Hussmarm, E.K. and McLaughlin, W.L. International J. for Radiation Physics and Chemistry, 3(3), Radiation Research, 47(1), 1971. 1971. pp. 447-9. pp. 1-14. 550. Pulse radiolysis facilities at 546. Pulse radiolysis and Chalk River. polarography: half wave potentials for oxidation Seddon, W.A., Willis, C, Young, and reduction of short- M.J. and Selkirk, E.B. lived organic radicals on the Hg electrode. (In AECL-3853, 1971. German). 66p.
Lilie, J., Beck, G. and 551. Application of the self-absorption Henglein, A. of the Cerenkov light to the investigation of kinetics of Berichte der Bunsengesellschaft intermediates in pulse radiolysis. fllr Physikalische Chemie, 75(5), 1971. Zagorski, Z.P. and Zimek, Z. pp. 458-65. Nukleonika, 16(7-8), 1971. 547. Measurement of gas-phase ion- pp. 359-61. molecule reaction (kinetics) using pulse radiolysis, 552. Pulse radiolysis instrumentation example of N2+(2SIGMA+_ (sub-g)). of the LAE 13-9 linear electron (In German). accelerator.
Perner, D. and Dreyer, J.W. Zagorski, Z.P. and Zimek, Z.
Berichte der Bunsengesellschaft INR-P-1287, 1971. fllr Physikalische Chemie, 75(5), 9p. 1971. CONF-710517-5. pp. 420-6. 65
553-556
553. Picosecond pulse radlolysis system. Studies of the solvated electron.
Bronskill. M.J.
Thesis. University of Toronto, Toronto. 1972.
554. ESR investigations during the radiolysis of aqueous solutions.
Eiben, K. and Fessenden, R.W.
RBL-2310-304, 1970. 3 p.
555. Measurement of the absorbed dose rate of accelerator pulsed radiation.
Golovachik, V.T., Dmitrievskii, I.M., Lebedev, V.N., Semenov, Yu.V. and Frolov, V.V.
Voprosy, Dozimetrii Zaschity Otizluchenii, (11), 1970. pp. 49-54.
556. Self-absorption of the Cerenkov light as a quantitative indicator of radiolysis progress.
Zagorski, Z.P. and Zimek, Z.
Nukleonika, 15(4), 1970. pp. 335-42. 66
VII t BADIOBIOLOGY 557-564
557. Selective free-radical reactions 561. Selective free radical reactions with proteins and enzymes. Pulse with proteins and enzymes: the radiolysis and inactivation inactivation of a-chymotrypsin. studies on papain. Baverstock, K.F. , Cundall, R.B., Adams, G.E. and Redpath, J.L. Adams, G.E. and Redpath, J.L.
International J. of Radiation International J. of Radiation Biology and Related Studies in Biology and Related Studies in Physics, Chemistry and Medicine, Physics, Chemistry and Medicine, 25(2), 1974. 26(1), 1974. pp. 129-38. pp. 39-46.
558. The radiolysis of aqueous 562. Study of peroxidase mechanisms solutions of homocysteine- by pulse radiolysis: II. thiolactone hydrochloride. Reaction of horseradish peroxidase compound I with 0~. Anderson, R.F. and Packer, J.E. Bielski, B.H.J., Cornstock, D.A., International J. for Radiation Haber, A. and Chan, P.C. Physics and Chemistry, 6(1), 1974. Biochimica et Biophysica Acta, pp. 33-46. 350(1), 1974. pp. 113-120. 559. Primary and secondary radicals in the radiation-induced inactivation 563. One-electron reactions in some of yeast alcoholdehydrogenase. cobalamins.
Badiello, R., Tamba, M. and Blackburn, R., Erkol, A.Y. and Quintiliani, M. Phillips, G.O.
International J. of Radiation J. Chemical Society, Faraday Biology and Related Studies Trans. I, (9), 1974. in Physics, Chemistry and pp. 1693-1701. Medicine, 26(4), 1974. pp. 311-9. 564. Superoxide dismutase activity of low molecular weight Cu^+-chelates 560. Transient and stable products studied by pulse radiolysis. in the pulse radiolysis of some dihydropyrimidine solutions. Brigelius, R., Spoettl, R., Bors, W. Lengfelder, E., Saran, M. and Barszcz, D. and Fielden, E.M. Weser, U.
International J. of Radiation FEUS Letters, 47(1), 1974. Biology and Related Studies in pp. 72-5. Physics, Chemistry and Medicine, 25(6), 1974. pp. 539-53. 67
565. One-electron redox reaction of On the mechanism of reduction of water-soluble vitamins. I. porphyrins. A pulse radiolytic Nicotinamide (vitamin B5) and study. related compounds. Harel, Y. and MeyersLein, D. Bruehlmann, U. and Hayon, E. J. American Chemical Society, J. American Chemical Society, 96(9), 1974. 96(19)s 1974. pp. 2720-7. pp. 6169-74. 570. Pulse radiolysis of oxytocin and 566. Studies on the lipoic acid free lysine vasopressin. radical. Klassen, N.V., Purdie, J.W., Chan, S.W., Chan, P.C. and Lynn, K.R. and D'lorio, M. Bielski, B.H.J. International J. for Radiation Biochimica et Biophysica Acta, Biology, 26(2), 1974. 338(1), 1974. pp. 127-32. pp. 213-23. 571. Energy transfer between protein and DNA in bacteriophage T7. 567. Absorption changes and decays of transients in irradiated papain. Lillicrap, S.C., Fielden, E.M. and Dewey, D.L. Clement, J.R., Lin, W.S., Armstrong, D.A., Gaucher, G.M., Klassen, N.V. International J. for Radiation and Gilliss H.A. Biology, 26(1), 1974. pp. 65-71. International J. for Radiation Biology, 26(6), 1974. 572. Pulse radiolysis of glvcine and pp. 571-7. alanlne at pH 0-7.
568. The mechanism of action of super- Markovic, V., Nikolic, E. and oxide dismutase from pulse Micic, O.I. radiolysis and electron paramagnetic resonance: evidence that only half International J. for Radiation the active sites function in Physics and Chemistry, 6(4), 1974. catalysis. pp. 227-32.
Fielden, E.M., Roberts, P.B., 573. Interaction of hydrated electrons Bray, R.C., Lowe, D.J., Mautner, with phenylalanine and related G.N., Rotilio, G. and Calabrese, compounds. L. Mittal, J.P. and Hayon, E. Biochemical J., 139(1), 1974. pp. 49-60. J. Physical Chemistry, 78(18), 1974. pp. 1790-4. 68
574-584
574. Intermediates produced from the 58O. Biochemical and biophysical studies one-electron reduction of nitrogen on cytochrome c oxidase: XIV. heterocyclic compounds in solution. The reaction with cytochrome c as studied by pulse radiolysis. Moorthy, P.N. and Hayon, E. Van Buuren, K.J.H., Van Gelder, J. Physical Chemistry, 78(25), 1974. B.F., Wilting, J. and Braams, R. pp. 2615-20. Biochimica et Biophysica Acta, 575. Substituted pyridinyl radicals in 333(3), 1974. aqueous solutions. Formation, pp. 421-29. reactivity, and acid-base equilibria. 581. Electron-transfer reactions studied Neta, P. and Patterson, L.K. by pulse radiolysis.
J. Physical Chemistry, 78(22), 1974. Willson, R.L. pp. 2211-7. Biochemical Society Trans., 2(5), 576. Interaction of hydrated electrons 1974. with the peptide linkage. pp. 1082-4.
Rao, P.S. and Hayon, E. 582. Metronidazole ('Flagyl'): A pulse radiolysis and e.s.r. study. J. Physical Chemistry, 78(12), 1974. pp. 1193-6. Willson, R.L., Gilbert, B.C., Marshall, P.D.R. and Norman, 577. On the role of the triplet state in R.O.C. the photoisomerization of retinal isomers. International J. for Radiation Biology, 26(5), 1974. Rosenfeld, T., Alchalel, A. and pp. 427-34. Ottolenghi, M. 583. Ketyl radicals in aqueous solution. J. Physical Chemistry, 78(4), 1974. Pulse radiolysis study. pp. 336-41. Adams, G.E. and nillson, R.L. 578. Pulse radiolysis study of the free radical intermediates in the J. Chemical Society. Faraday Trans. radiolysis of uracil. I, 69(4), 1973. pp. 719-29. Schragge, P.C. and Hunt, J.W. 584. Radiation effects on ot-chymotrypsin Radiation Research, 60(2), 1974. in aqueous solutions: pulse pp. 233-49, radiolysis and inactivation studies.
579. Reduction of ferricytochrome c by Adams, G.E., Baverstock, K.F., some free radical agents. Cundall, R.B. and Redpath, J.L.
Shafferman, A. and Stein, G. Radiation Research, 54(3), 1973. pp. 375-87. Science, 183, 4123, 1S74. pp. 428-30. 69
585. Selective free radical reactions 590. Pulse-radiolysis study of .•; with proteins and enzymes. biological matrix. Reactions of inorganic radical anions with trypsin. Cercek, B. and Cercek, L.
Adams, G.E. , Redpath, J.L., Bisby, International J. for Radiation R.H. and Cundall, R.B. Biology, 24(2), 1973. pp. 137-42. J. Chemical Society, Faraday Trans. I, 69(9), 1973. 591. Pulse radiolysis study of optical pp. 1608-17. absorption and kinetic properties of dithiothreitol free radical. 586. Radioluminescence of xanthene, thioxanthene, and selenoxanthene Chan, P.C. and Bielski, B.H.J. following pulse irradiation. J. American Chemical Society, Badiello, B., Fielden, E.M. and 95(17), 1^73. Lillicrap, S.C. pp. 5504-8.
International J. for Radiation Physics 592. The reduction of cobalamin. A and Chemistry, 5(2), 1973. pulse radiolysis study. pp. 173-81. Faraggi, M. and Leopold, J.G. 587. Optical and kinetic properties or semireduced plastoquinone and Biochemical and Biophysical ubiquinone: electron acceptors Research Communications, 50(2), in photosynthesis. 1973. pp. 413-20. Bensasson, R.V. and Land, E.J. 593. Bipyridylium quaternary salts and Biochimica et Biophysica Acta, related compounds. V. Pulse 325(1), 1973. radiolysis studies of the reaction pp. 175-181. of paraquat radical with oxygen. Implications for the mode of action 588. Uracilyl radical production in of bipyridyl herbicides. the radiolysis of aqueous solutions of the 5-halouracils. Farrington, J.A., Eber'c, M., Land, E.J. and Fletcher, K. Bhatia, K. and Schuler, R.H. Biochimica et Biophysica Acta, 314, J. Physical Chemistry, 77(15), 1973. 1973. pp. 1888-96. pp. 372-81.
589. Reactions between nitroxyls ani_ radiation-induced long-lived DNA-transients.
Brustad, T., Jones, W.B.G. and Wold, E.
International J. for Radiation Biology, 24(1), 1973. pp. 33-43. 70
594-603
594. Electron-transfer studies of 599. Radiation chemical studies of the nitrofurans using pulse radiolysis. oxidation and reduction of nitro- furans. Oxidative denitration by Greenstock, C.L. and Dunlop, I. hydroxyl radicals.
International J. for Radiation Greenstock, C.L., Dunlop, I. and Biology, 23(2), 1973. Neta, P. pp. 197-9. J. Physical Chemistry, 77(9), 1973. 595. Kinetics of competing free radical pp. 1187-90. reactions with nitroaromatic compounds. 600. Acid-base properties of radical anions of cis- and trans-isomers. Greenstock, C.L. and Dunlop, I. I. Fumarates and maleates.
J. American Chemical Society, 95(21), Hayon, E. and Slmic, M. 1973. pp. 6917-9. J. American Chemical Society, 95(8), 1973. 596. Kinetics of hydroxide and proton pp. 2433-9. reactions of pyrimidines and purines by pulsed radiolysis. 601. Addition of hydroxyl radicals to pyrimidine bases and electron Greenstock, CL., Shragge, F.C. and transfer reactions of intermediates Hunt, J.W. to quinones.
J. Physical Chemistry, 77(13), 1973. Hayon, E. and Simic, M. pp. 1624-8. J. American Chemical Society, 597. Pulse radiolysis studies of nitro- 95(4), 1973. furans. Chemical radiosensitization. pp. 1029-35.
Greenstock, C.L. and Dunlop, I. 602. Pulse radiolysis study of sulfhydryl compounds in aqueous solution. Radiation Research, 56(3), 1973. pp. 428-40. Hoffman. M.Z. and Hayon. E.
598. Pulse radiolysis studies of nitro- J. Physical Chemistry, 77(8), 1973. furans. Radiation chemistry of pp. 990-6. nifuroxime. 603. Pulse radiolytic investigations Greenstock, C.L. and Dunlop, I. of suneroxide catalyzed disproportionation. Mechanism J. Physical Chemistry, 77(15), 1973. for bovine superoxide dismutase. pp. 1834-8. Klug-Roth, D., Fridovich, I. and Rabani, J.
J. American Chemical Society, 95(9), 1973. pp. 2786-90. 71
604. Consecutive radical reactions and 609. Electron spin resonance and . .U';e the role of the protein in the radiolysis studies of irradiated pulse radiolysis of enzymes. aqueous solutions of 5-nitrouracils. Oxidative denitration by hydroxyl Lichtin, N.N. radicals.
Israel J. of Chemistry, 10(6), 1972. '.3ta, V and -L. (Pub. 1973). pp. 1041-58. Radiation Research, 54(1), 1973. pp. 35-48.
' 605. Fast intramolecular radical processes in reactions of aqueous Oxidative denitration of 5- solutions of ribonuclease-S-peptide nitrouracil and 5-nitro-9-furoic ' and ribonuclease-S-protein with B acid by hydroxy radicals. atoms. Neta, P. and Greenstock, C.L. Lichtin, N.N., Ogdan, J. and Stein, G. J. Che'iir-a.1 Societv, Chemical Conunua .nations, 9, \.'j,j. Radiation Research, 55(1), 1973. pp. 309-10. pp. 69-80. 611. Semiquinone free radicals and 606. Reaction of cytochroas c with one- oxygen. Pulse radiolysis study of electron redox reagents. I. one electron transfer equilibriums. Reduction of ferricytochrome c by the hydrated electron produced by Patel, K.B. and Willson, R.L. pulse radiolysis. J. Chemical Society, Faraday Trans. Lichtin, N.N., Shafferman, A. and 1, 69(4), 1973. Stein, G. pp. 814-25.
Biochimica et Biophysica Acta, 612. Pulse radiolysis study of the 314(2), 1973. reuuctijn of spinach ferredoxin. pp. 117-35. Pecht, I. 607. Reaction of hydrated electrons with ferricytochrome c. FEBS Letters, 33(2), 1973. pp. 259-61. Lichtin, N.N., Shafferman, A. and Stein, G. 613. Chemical changes following Y-irradiation of benzylpenicillin Science, 179, 4074, 1973. in aqueous solution. pp. 680-2. Phillips, G.O., Power, D.M. and 608. Reactions of the hydroxyl radical Robinson, C. with polynucleotides. J. Chemical Society, Perkin Trans. Michaels, H.B. and Hunt, J.W. II, 5, 1973. pp. 575-82. Radiation Research, 56(1), 1973. pp. 57-70. 72
614-622
614. Interactions of bovine serum 618. One-electron redox reactions of albumin with penicillins and free radicals in solution. Rate cephalosporius studied by pulse of electron transfer processes to radiolysis. quinones.
Phillips, CO., Power, D.M., Rao, P.S. and Hayon, E. Robinson, C. and Davies, J.V. Biochimica et Biophysica Acta, Biochimica et Biophysica Acta, 292, 1973. 295(1), 1973. pp. 516-33. pp. 8-17. 619. Rate constants of electron transfer 615. A pulse radiolysis study of inter- processes in solution: dependence actions in biological molecules. on the redox potential of the acceptor. Phillips, CO., Power, D.M. and Richards, J.T. Rao, P.S. and Hayon, E.
Israel J. Chemistry, 11(4), 1973. Nature, 243, 1973. pp. 517-27. pp. 344-6.
616. Pulse radiolysis of penicillamine 620. Pulse radiolysis of dithiothreitol. and penicillamine. disulfide in aqueous solution. Redpath, J.L.
Purdie, J.W., Gillis, H.A., and Radiation Research, 54(3), 1973. Klassen, N.V. pp. 364-74.
Canadian J. of Chemistry, 51(18), 621. Studies on the mechanism of chemical 1973. i radioprotection by dimethyl pp. 3132-42. sulphoxide.
617. Reactions of radiation-induced I*, Reuvers, A.P., Greenstock, C.L., 15, and I3 with alcohol dehydro- Borsa, J. and chapman, J.D. genase and aldolase. International J. for Radiation Quintiliani, M., Shejbal, J., Biology and Related Studies in Davies, J.V., Ebert, M. and Gilbert, Physics, Chemistry and Medicine, C.W. 24(5), 1973. pp. 533-6.
International J. of Radiation Biology 622. A radiation chemical study of the and Related Studies in Physics, inactivation and active site Chemistry and Medicine, 24(3), 1973. composition of carboxypeptidase A. pp. 243-55. Roberts, P.B.
International J. for Radiation Biology and Related Studies in Physics, Chemistry and Medicine, 24(2), 1973. pp. 143-52. 73
623-631
623. Comparison between the electron 628. On the mechanism of BUdR sensitizatlon. transfer reactions from free A pulse radiolysis study of one radicals and their corresponding electron transfer in nucleic-acid peroxy radicals to quinones. derivatives.
Simic, M. and Hayon, E. Adams, G.E. and Willson, R.L.
Biochemical and Biophysics Research International J. for Radiation Communications, 50,(2), 1973. Biology and Related Studies in pp. 364-9. Physics, Chemistry and Medicine. 22(6), 1972. 624. Biochemical processes induced by pr>. 589-597. radiation as studied by pulse radiolysis. 629. Radical oxidation mechanisms in cellular radiosensitisation: Swallow, A.J. electron transfer in the pulse radiolysis of aqueous nucleotide Israel J. of Chemistry, 10(6), 1972. solutions. (Pub. 1973). pp. 999-1010. Adams, G.E., Greenstock, C.L., Van Hemmen, J.J. and Willson, R.L. 625. Reactions between nitroxyl free radicals and radiation-induced Radiation Research, 49(1), 1972. transients in nucleosides. pp. 85-95.
Wold, E. and Brustad, T. 630. Selective free radical reactions with proteins and enzymes: the International J. for Radiation inactivation of ribonuclease. Biology and Related Studies in Physics, Chemistry and Medicine, Adams, G.E., Bisby, R.H., Cundall, 24(2), 1973. R.B., Redpath, J.L. and Willson, pp. 153-60. R.L.
626. The mechanism of oxidative Radiation Research, 49(2), 1972. denitration of 5-nitrouracil and pp. 290-9. 5-nitro-2- furoic acid by hydroxyl radicals. 631. Selective free radical reactions with proteins and enzymes: Zemel, H. and Neta, P. reactions of inorganic radical anions with amino acids. Radiation Research, 55(3), 1973. pp. 393-8. Adams, G.E., Aldrich, J.E., Bisby, R.H., Cundall, R.B., Redpath, J.L. 627. Electron transfer effects in the and Willson, R.L. radiolysis of aqueous solutions of enzymes. Radiation Research, 49(2), 1972. pp. 278-89. Adams, G.E., Willson, R.L., Gabor, G., Bisby, R.H. and Cundall, R.B.
Tihany Symposium on Radiation Chemistry, 3rd. Proc. Vol. 2; ed. J. Dobo and P. Hedvig. Akademiai Kiado, Budapest, Hungary. 1972. p. 1423. 74
632-639
632. Nanosecond irradiation studies of 637. Radiolysis of aqueous solutions of ' biological molecules. 1. nucleic acid fragments. Reaction Coenzyme Q 6 (ubiquinone-30). of pyrimidyl radicals with alcohol.'
Bensasson, R. V., Chachaty, C, Land, Fel, N.S., Zaozerskaya, L.A. and E.J. and Salet, C. Dolin, P.I.
Photochemistry and Photobiology, High Energy Chemistry, 6(5), 1972. 16(1), 1972. pp. 418-19. pp. 27-37. English translation of Khimiya Vysokikh Energii, 6(5), 1972. 633. Study of peroxidase mechanisms by pp. 475-6. pulse radiolysis. I. Spectra of horseradish peroxidase transients. 638. Kinetic investigation of the iodine- amylose reaction by pulsed Bielski, B.H.J. radiolysis. (In German).
Biochimica et Biophysica Acta, Graetzel, M., Henglein, A., 289(1), 1972. Scheffler, M., Boessler, H.M. and pp. 57-67. Schulz, R.C.
634. Pulse radiolysis of aqueous papain. Berichte der Bunsengesellschaft fur Physikalische Chemie, 76(1), 1972. Clement, J.R., Armstrong, D.A., pp. 72-81. Klassen, N.V. and Gillis, H.A. 639. One-electron reduction of the Canadian J. of Chemistry, 50(17), disulfide linkage in aqueous solutio 1972. Formation, protonation, and decay pp. 2833-40. kinetics of the RSSR~ radical.
Hoffman, M.Z. and Hayon, E. 635. The radiosensitivity of cultured mammalian cells exposed to single J. American Chemical Society, 94(23). high intensity pulses of electrons 1972. in various concentrations of oxygen. pp. 7950-7.
Epp, E.R., Weiss, H., Djordjevic, B. and Santomasso, A.
Radiation Research, 52(2), 1972. pp. 324-32.
636. Elementary steps in the action of electron transfer proteins.
Faraggi, M. and Pecht, I.
Israel J. of Chemistry, 10(6), 1972. pp. 1021-39. 75
640-649
640. Pulse radiolysis of 9,10- 645. The reduction of ferrocytochrome c anthraquinones. 1. Radicals. to ferrocytrochrome c studied by pulse radiolysis. Hulme, B.E., Land, E.J. and Phillips, G.O. Nilsson, K. and Pagsberg, P.B.
J. Chemical Society, Faraday Trans. Tihany Symposium on Radiation I, 68(10), 1972. Chemistry, 3rd. Proc. Vol. 2; pp. 1992-2002. ed. J. Dobo and P. Hedvig. Akademiai Kiado, Budapest, Hungary, 641. Pulse radiolysis of 9,10-anthra- 1972. quinones. 2. Triplet excited pp. 1311-7. states. 646. Transient radicals of DNA bases by Hulme, B.E., Land, E.J. and pulse radiolysis. Effects of Phillips, G.O. cysteine and cysteamine as radio- protectors . J. Chemical Society. Faraday Traas. I, 68(10), 1972. Nucifora, G., Smaller, B., Remko, J.R. pp. 2003-12. and Avery, E.C.
642. Direct demonstration of the Radiation Research, 49(1), 1972. catalytic action of superoxide pp. 96-111. dismutase through the use of pulse radiolysis. Pulse radiolysis and inactivation of trypsin. Klug-Roth, D., Rabani, J. and Fridovich, I. Ovadio, J.
J. of Biological Chemistry, 247(15). Israel J. of Chemistry, 10(6), 1972. 1972. pp. 1067-77. pp. 4839-42. 648. Micellar effects of Cl2." reactivity: 643. Fast consecutive radical processes reactions with surfactants and within the ribonuclease molecule pyrimidines. in aqueous solutions. II. Reaction with OH radicals and Patterson, L.K., Bansal, K.M., hydrated electrons. Bogan, G., Infante, G.A., Fendler, E.J. and Fendler, J.H. Lichtin, N.N., Ogdan, J. and Stein, G. J. American Chemical Society, 94(26), 1972. Biochimica et Biophysica Acta, pp. 9028-32. 276(1), 1972. pp. 124-42. 649. Pulse radiolysis studies of 5- halouracils in aqueous solutions. 644. The reduction of ferricytochrome c studied by pulse radiolysis. Patterson, L.K. and Bansal, K.M.
Nilsson, K. J. Physical Chemistry, 76(17), 1972. pp. 2392-9. Israel J. of Chemistry, 10(6), 1972. pp. 1011-9. 76
650-659
650. Electron transfer to ferricytochrome 655. Determination of rate constants for c: reaction with hydrated the reactions of H, OH and e~ with electrons and conformational indole-3-acetic acid and other plant transitions involved. hormones.
Pecht, I. and Faraggi, M. Shetiya, R.S., Rao, K.N. and Shankar, J. Froc. National Academy of Sciences, USA, 69(4), 1972. Radiation Effects, 14(3-4), 1972. pp. 902-906. pp. 185-9.
651. Decay of the H02 and O-f radicals 656. Model of radiation sensitization by catalyzed by superoxide dismutase. quinones. A pulse radiolytic investigation. Simic, M. and Hayon, E. Rabani, J., Klug-Roth, D. and Fridovich, I. J. Radiation Bio'ogy, 22(5), 1972. pp. 507-11. Israel J. Chemistry, 10(6), 1972. pp. 1095-1106. 657. Alkyl phosphate cleavage of aliphatic phosphates induced by 652. Pulse radiolysis study of super- hydrated electrons and by OH radicals. oxide dismutase. Sonntag, C.W., Ansorge, G., Rotilio, G. ,Bray, R.C. and Fielden, Sugimori, A., Omori, T., E.M. Koltzenburg, G. and Schulte- Frohlinde, D. Biochimica et Biophysica Acta, 268(2), 1972. Zeitschrift fUr Naturforschung B, pp. 605-9. 27(4), 1972. pp. 471-2. 653. Splitting of thymine dimer by hydrated electrons. 658. Mechanism of the radiation-induced inactivation of ribonuclease in Santus, R., Helene, C., Ovadia, J. dilute aqueous solution. and Grossweiner, L.I. Adams, G.E., Willson, R.L., Bisby, Photochemistry and Photobiology, R.H. and Cundall, R.B. 16(1), 1972. pp. 65-7. International J. Radiation Biology, 20(5), 1971. 654. The free-radical cleavage of the pp. 405-15. disulfide bond (studied by pulse radiolysis). 659. The y- and pulse radiolysis of selenocystine. Shafferman, A. Badiello, R. and Tamba, M. Israel J. of Chemistry, 10(3), 1972. pp. 725-33. Studia Biophysica, 29, 1971. pp. 193-7. CONF-71095. 77
660-668
Ascorbic acid free radicals. I. 664. (cont.) Pulse radiolysis study of optical High Energy Chemistry, 5(2), 1971. absorption and kinetic properties. pp. 164-5. English translation of Khimiya Bielski, B.H.J., Comstock, D.A. Vysokikh Energii, 5(2), 1971. and Bowen, R.A. pp. 182-3.
J. American Chemical Society, 665. Pulse radiolysis studies of some 93(22), 1971. nucleic acid fragments in aqueous pp. 5624-9. solutions.
Pulse-radiolysis study of human Fel, N.S., Zaozerskaya, L.A. and blood plasma. Dolin, P.I.
Cercek, L., Cercek, B. and Keene, Radiation Effects, 9(3-4), 1971. J.P. pp. 145-52.
International J. for Radiation 666. Pulse studies of the radiolysis of Biology, 20(1), 1971. neutral aqueous solutions of pp. 1-6. deoxyribose and pyrimidine nucleosides (thymidine). Reaction Biological interactions studied by with hydroxyl radical. pulse radiolysis techniques. Fel, N.S., Zaozerskaya, L.A. and Bavies, J.V., Power, D.M. and Dolin, P.I. Moore, J.S. High Energy Chemistry, 5(2), 1971. Annali dell' Istituto Superiore pp. 166-7. di Sanitas, 7(4), 1971. English translation of Khimiya pp. 605-12. Vysokikh Energii, 5(?) , 1971. pp. 184-5. Radiation-chemical studies of the oligomers of glutawic acids and 667. Effect of 5-broiaouracil on energy other peptides. transfer in DNA and related model systems: DNA with incorporated Davies, J.V., Jayson, G.G., Law, 5-BUdR. H.D. and Pritchard, D.R. Fielden, E.M., Lillicrap, S.C. and Robins, A.B. European Biophysics Congress, 1st, 1971. Proc. Vol. 2; ed. E. Broda. Verlag Viener Radiation Research, 48(3), 1971. pp. 421-31. Med. pp. 101-3. 668. Pulse radiolysis studies of the radiosensitizer nor-pseudopelletierinc Pulse radiolysis of aqueous fl-oxvl (NPPN). I. Radiation solutions of pyrimidine bases in chemistry. the presence of oxygen. Uracil solutions. Fielden, E.M. and Roberts, P.B.
Fel, N.S., Zaozerskaya, L.A. and International J. for Radiation Dolin, P.I. Biology, 20(4), 1971. pp. 355-62. 78
669-678
669. Free radical intermediates produced 674. Optical absorption spectrum of in the pulse radiolysis of simple half-reduced ubiquinone. peptides in aqueous solution. Land, E.J., Simic, M. and Swallow, Hayon, E. and Simic, M. A.J.
Intra-Science Chemistry Reports, Biochimica et Biophysica Acta, 226, 5(4), 1971. 1971. pp. 357-69. pp. 239-40.
670. Pulse radiolysis study of cyclic 675. Pulse radiolysis and inactivation peptides in aqueous solution. of trypsin. Absorption spectrum of the peptide radical -NH-CHCO-. Masuda, X., Ovadia, J., Grossweiner, L.I. Hayon, E. and Siaic, M. International J. for Radiation J. American Chemical Society, Biologys 20(5), 1971. 93(25), 1971. pp. 447-59. pp. 6781-6. 676. Reduction of copper (II) in fungal 671. Radiation chemistry of aqusous laccase by hydrated electrons. solutions of indole and its derivatives. Pecht, I. and F=.raggi, M.
Iddon, B., Phillips, CO., Robbins, Nature, New Biology, 233(38), K.E. and Davies, J.V. 1971. pp. 116-18. J. Chemical Society, B(10), 1971. pp. 1887-92. 677. Interaction of chondroitin-4- sulphate »^£h cationic dyes. 672. One-electron reactions in bio- chemical systems as studied by Power, D.M., Moore, J.S., Phillips, pulse radiolysis. IV. Oxidation 6.0. and Davies, J.V. of dihydronicotinamide-adenine dinucleotide. International J. for Radiation Biology, 20(2), 1971. Land, E.J. and Swallow, A.J. pp. 111-17.
Biochimica et Biophysica Acta, 678. Radiation studies of aryl glycosides. 234, 1971. Part III. The reactivity of aryl pp. 34-42. glucosides toward hydroxyl radicals and hydrated electrons. 673. One-electron reactions in bio- chemical systems as studied by Phillips, CO., Filby, W.G., pulse radiolysis. V.5. Moore, J.S. and Davies, J.V. cytochrome c. Carbohydrate Research, 16, 1971. Land, E.J. and Swallow, A.J. pp. 105-11.
Archives of Biochemistry and Biophysics, 145, 1971. pp. 365-72. 79
679-689
679. Pulse radiolysis of penicillamine 684. Reductive deamination of oligo- in aqueous solution; the thiyl peptides by solvated electrons in radical and the disulphide radical aqueous solution. anion. Simic, M. and Hayon, E. Purdie, J.W., Gillis, H.A. and Klassen, N.V. Radiation Research, 48(2), 1971. pp. 244-55. J. Chemical Society. Chemical Communications, 19, 1971. 685. Nanosecond pulse radiolysis studies pp. 1163-5. of aqueous thymine solutions.
680. Pulse radiolysis studies of the Theard, L.M., Peterson, F.C. and radiosensitizer Nor-pseudo- Myers, L.S., Jr. pelletierine-N-oxyl (NPPN): II. Reactions involving biological J. Physical Chemistry, 75(25), 1971. radicals, pp. 3815-21.
Roberts, P.B. and Fielden, E.M. 686. Pulse radiolysis studies of electron transfer in aqueous quinone solutions. International J. for Radiation Biology, 20(4), 1971. Willson, R.L. pp. 363-71. Trans. Faraday Society, 67(10), 1971. 681. Investigations of early radiation pp. 3020-9. chemical effects and their significance in biological systems. 687. Pulse radiolysis studies on reaction of triacetoneamine-N-oxyl with Sangster, D.F. radiation-induced free radicals.
Symposium on Biophysical Aspects Willson, R.L. of Radiation Quality, 1971. International Atomic Energy Agency, Trans. Faraday Society, 67(10), 1971. Vienna. STI/PUB-2S6. pp. 3008-19. pp. 481-96. CONF-710314. 688. Primary radiolysis reactions of non- alkaline aqueous solutions of pyrimidine bases. 682. Factors affecting the rate of hydrated electron attack on poly- Fel, N.S. and Dolin, P.I. nucleotides. High Energy Chemistry, 4, 1970. Schragge, P.C., Michaels, H.B. pp. 337-8. and Hunt, J.W. English translation of Khimiya Vysokikh Energii, 4, 1970. Radiation Research, 47(3), 1971. pp. 376-7. pp. 598-611. 689. Radiation chemistry of thymine in 683. Radical reactions of N-ethylmalei- aqueous solution. Some reactions mide in radiation sensitization. of the thymine-electron adduct.
Simic, M. and Hayon, E. Loman, H. and Ebert, M.
International J. for Radiation International J. for Radiation Biology, 20(6), 1971. Biology, 18(4), 1970. pp. 589-92. pp. 369-79. : so i
: 690. Radiation chemistry of systems of biological interest.
i Singh, B.B.
i Symposium on Radiation Chemistry. Proc. Bhabha j Atomic Research Centre, i, Bombay. 1970. ; pp. 100-8. f BARC-489:CONF-700214. p.. i; 81
VIII. REVIEWS 691-700 691. Pulse radiolysis. 696. Contributions of pulse radiolysis to general chemistry. Dorfman, L.M. Baxendale, J.H. Technical Chemistry (New York), 6(2), 1974. Advances in Radiation Research. pp. 463-519. Physics and Chemistry, Vol. 1. Gordon and Breach. 1973. 692. Radiation chemistry of ethanol. pp. 229-45. Review of the data on yields, CONF-700610-P1. reaction rate parameters, and <• spectral properties of transients. 697. Progress and prospects in physics and chemistry: summing up. Freeman, G.R. Boag, J.W. National Standard Reference Data Series, National Bureau of Advances in Radiation Research. Standards, 48, 1974. Physics and Chemistry, Vol. 2. 33 p. Gordon and Breach. 1973. pp. 633-41. 693. Acid-base properties of free CONF-700610-P2. radicals in solution. 698. Recent developments in the radiation Hayon, E. and Simic, M. chemistry of pyrimidine bases in aqueous solutions. Accounts of Chemical Research, 7(4), 1974. Infante, G.A., Fendler, E.J. and pp. 114-21. Fendler, J.H.
694. Application of pulse radiolysis to Radiation Research Reviews, biological macromolecules. 4(4), 1973. pp. 301-39. Masuda, T. 699. Pulse radiolysis. Seibutsu Butsuri. University Tokyo, Japan, 14(2), 1974. Matheson, Max S. pp. 56-65. Advances in Radiation Research. 695. Pulse radiolysis in the USSR. Physics and Chemistry, Vol. 1. Gordon and Breach. 1973. Pikaev, A.K. pp. 247-59. CONF-7OO61O-P1. Radiation Research Reviews, 5(1-2), 1974. 700. Radiation chemistry. (In German). pp. 177-98. Spitsyn, V.I.
Isotopenpraxis, 9(9), 1973. pp. 301-9. 82
701-711
701. Organic free radicals produced by 706. Use of free radical probes in radiation. the study of mechanisms of enzyme inactivation. Swallow, A.J. Adams, G.E., Redpath, J.L., Bisby, R.H. International Review of Science. and Cundall, R.B. Organic Chemistry, Series One, 10, 1973. Butterworths. Israel J. of Chemistry, pp. 263-91. 10(6), 1972. (Pub. 1973), pp. 1079-93. 702. Radiation chemistry. An intro- duction. 707. Pulse radiolysis. (In Japanese).
Swallow, A.J. Arai, S.
John Wiley & Sons. 1973. Kagaku No Ryoiki. Institute of 285 p. Physics and Chemical Research, Yamato, Japan, 26(12), 1972. 703. New insights into primary p. 1052. mechanisms of gas phase radiolysis by yield measurements at high dose 708. Halogen atom charge-transfer rates. complexes.
Willis, C. and Boyd, A.W. Buehler, R.E.
Advances in Radiation Research. Radiation Research Reviews, Physics and Chemistry, Vol. 2. 4(2-3), 1972. Gordon and Breach. 1973. pp. 233-58. pp. 361-8. CONF-700610-P2. 709. Reactions of solvated electrons.
704. Pulse radiolysis. New approaches Dainton, F.S. to the classical technique. Chemical Kinetics. University Zagorski, Z.P. Park Press, Baltimore. 1972. pp. 271-97. Nukleonika, 18(9), 1973. 710. Pulse method in radiation chemistry. pp. 383-401. (In Russian).
705. Radiation chemical mechanisms Dolin, P.I. in radiation biology. Radiatsionnaya i Khimiya, 2, 1972. Adams, G.E. pp. 33-8.
Advances in Radiation Chemistry, 711. Pulse radiolysis: A comprehensive 3, 1972. bibliography (April 1969 - December pp. 125-208. 1970).
Greenshields, H. and Seddon, W.A.
AECL-4066, 1972. 46 p. 83 712-722
712. Absorption spectra of intermediates 717. Triplet state formation in pulse formed during radiolysis and radiolysis. photolysis. Part II. Singh, A. Habersbergerova, A., Janovksy, I. and Kourim, P. Radiation Research Reviews, 4(1), 1972. Radiation Research Reviews, pp. 1-69. 4(2/3), 1972. pp. 123-231. 718. Selected specific rates of reactions of the solvated electron in alcohols. 713. Radiation chemistry of aqueous solutions. Watson, E., Jr. and Roy, S.
Hart, E.J. NSRDS-NBS 42, 1972. 13 p. Radiation Research Reviews, 3(4), 1972. 719. Radiation chemistry of oxygenated pp. 285-3C4. aqueous solutions.
714. Pulse radiolysis. Very fast Czapski, G. reactions and applications to biochemistry* Annual Review of Physical Chemistry, 22, 1971. Land, E.J. pp. 171-208.
Current Topics in Radiation 720. Electrons in condensed media. Research Quarterly, 7(2), 1972. Dainton, F.S. pp. 105-31. Berichte der Bunsengesellschaft 715. Short-lived transients. fur Physlkalische Chemie, 75(7), 1971. Ludwig, P.K. pp. 608-18.
Advances in Radiation Chemistry, 721. Pulse radiolysis of gases. 3, 1972. pp. 1-74. Firestone, R.F. and Dorfman, L.M.
716. The physical chemistry of the Actions Chimiques et Biologiques electron in a condensed medium. des Radiations, 15, 1971. pp. 7-46. Pikaev, A.K. and Brodskii, A.M. 722. Applications of the hydrated electron High Energy Chemistry, 6(3), 1972. for studying reaction mechanisms in pp. 201-13. organic and inorganic chemistry. English translation of Khimiya Vysokikh Energii, 6(3), 1972. Henglein, A. pp. 224-238. Berichte der Bunsengesellschaft fur Physikalische Chemie, 75(7), 19/1. pp. 622-3. 84
723-733
723. Aufklaerung komplexer Reaktions- 729. Influence of track structure in mechanism durch Pulsradiolyse. radiation chemistry.
Henglein, A. Burns, W.G.
Chimia (AARAU), 25(8), 1971. Charged Particle Tracks, Solids, pp. 280-1. Liquids, Conf. 2nd, 1969. Proc; ed. G.E. Adams, Institute Physics 724. Applicability of the Bronsted and Physics Society, 1970. relation to reactions of the pp. 143-59. hydrated electron. 730. Information from induced electrical Stein, G. conductance and from the non- homogeneous kinetics of charge- Israel J. of Chemistry, 9(3), 1971. scavenging reactions. pp. 413-8. Freeman, G.R. 725. Observation of excited states by pulse radiolysis. Charged Particle Tracks, Solids, Liquids, Conf., 2nd, 1969. Proc; Thomas, J.K. ed. G.E. Adams, Institute Physics and Physics Society, 1970. Creation and Detection of the pp. 105-8. Excited State, Vol. 1, Pt. B, 1971. Marcel Dekker. 731. Current status and future of radiation pp. 481-502. chemistry.
726. Production of excited states by Hart, E.J. lasers and ionizing radiation. Symposiirji on Radiation Chemistry, Thomas, J.K. 1970. Bhabha Atomic Research Centre. Bombay, India, Record of Chemical Progress, pp. 1-8. 32(3), 1971. BARC-489. pp. 145-63. CONF-700214.
727. Standardization of hydroxyl radical 732. Some optical properties of the rate data from radiation chemistry. hydrated electron.
Willson, R.L., Greenstock, C.L., Hart, E.J. Adams, G.E., Wageman, R. and Dorfman, L.M. Metal-Ammonia Solutions. Butterworths. 1970. Internationa]. J. for Radiation pp. 413-24. Physics and Chemistry, 3(3), 1971. pp. 211-20. 733. Radiation chemistry of aqueous solutions. 728. Pulse radiolysis studies on reactive intermediates in organic chemical Scholes, G. processes. Annual Reports on the Progress of Adams, G.E. and Willson, R.L. Chemistry, Sect. A, 67, 1970. pp. 169-90. Annual Reports on the Progress of Chemistry, Sect. B., 67, 1970. pp. 207-18. 85
734
734. The solvated electron in radiation chemistry. (In Russian).
Pikaev, A.K.
Izdatel'stvo Nauka. Moscow, 1969. pp. 458. TT-70-50157, 1971. N.T.I.S. 395 p. 86 IX AUTHOR INDEX Abr-Bal
Abrahamson, E.W. Arai, 9. electronically excited iodine atoms 438 low-temperature p.r. I. Negative 220 pulse radiolysis 707 Adams, G.E. p.r. studies of acetone solutions 335 electron transfer effects..radiolys 627 see Hoshino, M. 239 keytl radicals in aqueous solution 583 Kira, A. 282,323,350 mechanism..radiation-induced inac 658 Tagawa, S. 257,333 p.r. studies..reactive intermedia 728 radiation chemical mechanisms..rad 705 Arrjstiong, D.A. radiation ef fects. .ct-chymotxypsin 584 see Clement, J.R. 567,634 selective free radical..amino acids 631 McCracken, D.R. 430 selective free radical..papain 557 selective free radical..ribonuclea 630 Asmus, K.-D. selective free radical..tiypsin 585 conductivity experiments in p.r. 483 see Baverstock, K.F. 561 p.r. study..site..OH'radical attack 42 Willson, R.L. 727 p.r. studies..solutions. .tetranitr 336 see Chaudri, S.A. 120,305,306 Adamson, A.H. Koester, R. 79,142,190,191,192 see Martin, J.E. 146 Moechel, H. 467 Nazhat, N.B. 84,336 Akhtar, S.S. see Waltz, W.L. 107 Ausloos, A. see Lias, S.G. 446 Alchalel, A. Rebbert, R.E. 432,433,447 see Rosenfeld T. 577 Avery, E.C. Aldrich, J.E. see Nucifora, G. 646 general technique..spectroscopy 534 Smaller, B. 210,530 picosecond p.r. III. Reaction rates 161 see Aldrich, J.E. 631 Bach, N. Gillies, L. 278 pulse optical..electrical methods 262 Wolff, R.K. 108 Badiello, R. Alfimov, M.V. y-and p.r. selenocystine 659 see Shekk, Yu.B. 408 primary and secondary radicals 559 radioluminescence of xanthene thio 586 Allen, A.O. see Tambo, M. 38,104 chemical reaction rates..quasi free 462 optical absorption solvated electr 217 Bagdasar'yan> Kh.S. see Borovkova, V.A. 400 Ametov, K.K. see Novikova, L.I. 248 Bakale, G. decay of quasifree electrons..pul 484 Arnozig, A. excess electrons..positive charge 475 see Faraggi, M. 126 see Schmidt, W.F. 494
Anderson, R. Bakh, N.A. radiolysis..aqueous solutions..horn 558 early stages..radiolysis . .alky 1 295 p.r. of alkylketones 296 Andrews, L.J. see Borisenko, G.L. 344 see Abrahamson, E.W. 438 Marevtsev, V.S. 247 Rudnev, A.V. 330 Ansorge, G. Vannikov, A.V. 371 see Sor.ntag, C.W. 657 Zimina, G.M. 261,293 ,294,369
Antonov, I.V. Balakln, A.A. pulse photolysis apparatus based 535 see Yakovlev, B.S. 474
Appleman, E.H. see Olsen, K.J. 86 87
Bal-Bis
Balkas, T.I. Beck, G. radiation chemistry..aqueous solut 162 picosecond observations..some ionic 536 radiolysis..aqueous solutions..meth 109 picosecond..p.r..cyclohexane solut 301 see Gruenbein, W. 178 Bansal, K.M. Henglein, A. 500 electron disappearance..pulse irra 297,422 Lilie, J. 546 p.r. and polarography. Influence 45 Rabani, J. 502 p.r. and polarography. Polarogra 1 p.r. polarography. Competitive 2 Bednar, J. polarographic..optical absorption 43 see Schwelner, Z. 364 polarograpliic studies, .p.r. oxidati 44 production..halide ion..radiolysis 485 Behard, D. Snr reactions..e~aq hydrogens atoms 163 intermediates..oxidation..thiocyan 166 see Graetzel, M. 66,67 p.r..aqueous thiocyanate solution 113 Patterson, L.K. 200 p.r. studies. .Br"". .aqueous solutions 114 Sellers, R.M. 255 p.r. study..aqueous hydrogen cyan 3 photolysis..hydroxylamine..aqueo 112 Baptista, J.L. see Lilie, J. 492 solute ion and radical formation 221 Behzadi, A. Barat, F. p.r..investigations..dependence 115 effect..dielectric constant..react 46 p.r.flash photolysis..iodates 110 Bell, C. transient species in..p.r..perioda 164 see Baxendale, J.H. 264,339,507
Barkatt, A. Bell, J. p.r..sodium metaphosphate glasses 386 see Brown, B.J. 516 pulse irradiation..diamonds 385 spur recombination..diffusion proc 377 Belloni, J. see Kobayaski. Y. 17 see Clerc, M. 451
Barker, N.T. Bensasson, R.V. see Brown, B.J. 229,230,269,345,516 nanosecond irradiation studies 632 optical..kinetic properties..semir 587 Barszcz, D. spectra..transitory species..p.r. 302 transient and stable products..p.r. 560 Bevan, P.L.T. Basser, T.E. kinetics..ozone formation..p.r..eth 423 see Michaels, H.B. 526 kinetics..ozone formation..p.r..oxy 424 see Behar, D. 113,166 Baverstock, K.F. selective free radical reactions 561 Bhatia, K. see Adams, G.E. 584 uracilyl radical production..radio 588 see Schuler, M.A. 34 Baxendale, J.H. conductimetric study..kinetics 463 Bibler, N.E. contributions..p.r..general chemis 696 dose rate effects..steady..p.r. 342 direct observation..electron..liqu 337 free radical scavenging..high dose 266 electrons in liquid alcohols..low 263 nanosecond p.r..solutions..bipheny 338 Bielski, B.H.J. observations on solvated electrons 264 ascorbic acid free radicals. I. Pu 660 p.r. observations..solvated electr 339 study..perioxidase mechanisms..I 633 p.r. study..chemiluminescence..lumin 47 study..perioxidase mechanisms..II 562 p.r. study..kinetics..electron 222 see Chan, P.C. 591 rate of reaction..solvated electron 298 Chan, S.W. 566 some solid state photodetectors 507 study..oxidation..reduction..Ru(NH 165 Bindner, P.E. transient species..reactions..pyri 111 see Willis, C. 449,460 yield..excited singlet..triple' 265 . yield..solvent excited states 299 Bisby, R.H. yield..triplet state benzene 300 see Adams, G.E. 585,627,630,631,658,706 yields..decay processes..solvat 340 yields..excited singlet..triplet 341 88
Bje-Buc Bjellqvist, B. Bowen, R.A. studies..sulfoxidation..alkanes. II 343 see Bielski, B.H.J. 660
Blackburn, R. Boyd, A.W. one-electron reactions..some cobal 563 radiolysis..water vapour..very 425 see Willis, C. 449,458,459,703 Boag, J.W. progress..prospects..physics..chem 697 Braams, R. see Van Buuren, K.J.H. 580 Bockrath, B. kintetics..electron transfer..arom 268 Brandon, J.C. p.r. studies. XXII. Spectrum..kin 267 solvated electrons..alcohol-alkald 225 submicrosecond formation..observât 223 Bray, R.C. Boessler, H.M. see Fielden, E.M. 568 see Graetzel, M. 638 Rotilio, G. 652
Bogan, G. Brede, 0. see Fendler, J.H. 128 fast formation..aromatic cations 226 Patterson, L.K. 648 nanosecond p.r..s tyrene..aqueous 227
Bolton. G.L. Brigelius, R. see Jha, K.N. 136,321 Superoxide dismutase activity 564
Bonifacic, M. Britz, D. see Moeckel, H. 467 electrochemical observation,.seco 508
Bonora, S. Brocklehurst, B. see Tamba, M. 38 effect..maenetic field..single 228
Boriev, I.A. Brodskii, A.M. electron-positive ion recombinatio 464 see Pikaev, A.K. 716 see Yakovlev, B.S. 498 Bronskill, M.J. Borisenko, G.L. picosecond p.r. system. Studies 553 primary products..radiolysis..meth 344 see Aldrich, J.E. 161 see Batch, N.À. 295 Hunt, J.W. 74,524,537 see also Ermakova-Borisenko, G.L. 296 Wolff, R.K. 108
Borovkova, V.A. Broszkiewicz, R.K. p.r..polyraethylmethacrylate contain 400 p.r. studies..chloro complexes 4 p.r. studies..complexes..iridium 48 Bors, W. see Brigelius, R. 564 Brown, B.J. behavior..solvated electron..ethan 345 Borsa, J. electron solvation processes..alco 269 see Reuvers, A. P. 621 p.r.. binary liquid alcohol system 229 signal-compiling differential prea 516 Bosnali, M.W. significance..hydrogen bonding 230 kinetic investigation..CH, CH,, C, 439 reactions..p.r. generated metfiylia 450 Bruehlmann, U. see Ferner, D. 431 one-electron redox reactions..wate 565 transient ion pairs..OH-radical 49 Bossy, J.M. bromine dioxide-spectroscopic 303 Brustad, T. p.r..organic halogen compounds. Ill 224 reactions between nitroxyls..radia 589 see Buehler, R.E. 231 see Rabani, J. 203 Wold, E. 39,625 Bourene, M. see Clerc, M. 461 Buck, W.L. Le Calve, J. 429 see Schmidt, K.H. 506 89
ßue-Chr Buechler, H. Carr, T. transiente ionenpaare, gebildet 5 see Dondes, S. 444 see Bruehlmann, U. 49 Cattell, F.C.R. Buehler. R.E. see Buxton, G.V. 167,168,169 halogen atom charge-transfer compl 708 p.r. .organic halogen compounds. IV 231 Cercek, B. see Bossy, J.M. 224,303 dry electrons studied..p.r. 118 Buechler, H. 5 effect..structure..water..activ..1 170 Bruehlmann, U. 49 formation of H-atoms from e~aq 171 novel radiolytic species..aqueous 119 Bugge, H, p.r. study..biological matrix 590 see Rabani, J. 203 see Cercek. L. 661 Micic, O.I. 25 Bullock, G.E. reaction..cyanogen radicals with 440 Cercek, L. p.r. study..human blood plasma 661 Burggraf, L.W. see Cercek, B. 590 p.r. liquid n-pentane..n—pentane 232 Chachaty, C. Burns, W.G. see Bensasson, R.V. 632 influence..track structure..radiât 729 Chan, P.C. Burrows, H.D. p.r. study..optical absorption 591 intermediates in..p.r..solutions 270 see Bielski, B.H.J. 562 optical spectra..reactivities..rad 233 Chan, S.W. 566 solute radical cation yields..p.r. 304 see Baptista, J.L. 221 Chan, S.W. studies..lipoi acid free radical 566 Busl, F. on..molar extinction coefficient 271 Chapman, J.D. see Reuvers, A.P. 621 Butler, J. oxidation..ferrous ions..aliphatic Chaudhri, S.A. dissociation equilibrium..mixtures 120 Buurren, K.J.H. Van dissociation equilibrium..polar sol 305 see Van Buuren, K.J.H. ion yields..ion neutralization proc 306 p.r. dioxane..dioxane. .water mixt 121 Buxton, G.V. see Asmus, K.-D. 336 acid dissociation constant..carboxyl 50 Henglein, A. 500 effect..temperature..early stages 167 Lilie, J. 48u electron yields..early stages..rad 168 Rabani, J 501,502 nanosecond p.r..aqueous solutions 116 radiation chemistry..photochemistry 117 Chen, H.-L. recent experiments..steady state 169 see Wilson, J. 437 see Ellis J.D. 55 Chepel , D.V. Cahill, R.W. see Borovkova, V.A 400 BrO disappearance..p.r..O2 + Br_ 412 Chibisov, A.K. Calabrese, L. see Antonov, I.V. 535 see Fielden, E.M. 568 Christensen, H. Campion, A. formation..benzyl radicals..p.r. 51 kinetics..ionic processes..VI 387 p.r..aqueous solutions..aniline 122 proton p.r. 518 Capellos, C. see Nielsen, S.O. 527 aspects..p.r..y radiolysis..alkyl 372 Nilsson, G. 395 see Holroyd, R.A. 318 Christensen, H.C. Carmichael, C.H.H. see Christensen, H. gas discharge electron gun..genera 517 90
Chu-Dor
Chubakova, I.A. radiation-induced formation..II 310 see Zimini, G.M. 294 radiation-induced formation..Ill 311 radiation-induced formation..IV 312 Clarke, R.M. reactions..solvated eleccrons 709 see Stevens, G.C. 157 stability..N20"..cyclohexane 313 yields..excited states..p.r..cyclo 273 Clements, J.R. see Buxton, G.V. 167,168,169 absorption changes..decays..transi 567 p.r..aqueous papain 634 Davies, J.V. biological interactions studied..p.r. 662 •Clerc, M. radiation-chemical studies..oligom 663 kinetic behaviour..neutral..ionic 441 see Iddon, B. 671 kinetic study..species formed duri 451 Phillips, G.O. 614,678 nanosecond kinetic study..rotation 442 Power, D.M. 677 radiative..non-radiative quenching 461 Powers, E.L. 90 separations..absorption..emission 452 Quintiliani, M. 617 stimulated emissions..first..secon 453 see Salvetat, G. 419 De Haas. M.P. Schmidt, M. 434 see Warman, J.M. 533
Cohen, H. DeBacker, M.G. formation..chromium-carbon bonds 123 see Dye, J.L. 314 u.v.-visible spectrum..kinetics 7 Delouis, J.-F. Comstock, D.A. see Cordier, P. 234 see Bielski, B.H.J. 562,660 Schwarz, H.A. 35 Dewey, D.L. see Lillicrap, S.C. 571 Contineanu, M. p.r. applied to gases. Absorption 443 Dietrich, H.B. kinetics..self-trapped holes..alka 378 Cooper, R. see Bullock, G.E. 440 Dixon, R.S. see Brocklehurst, B. 228 Cooper, T.K. Lopata, V.J. 513 p.r..dimethyl sulfoxide..binary 52 Djordijevic, B. Cordier, P. see Epp, E.R. 635 etude cinetique..luminescence diff 234
Cundall, R.B. Dmitrievskii, I.M. energy transfer effects..aromatic 272 see Golovachik, V.T. 555 see Adams, G.E. 584,585,627 ,630 631,658 ,706 Dodelet, J.-P. Baverstock, K.F. 561,584 effect..electric field strength 486 electron mobilities..liquid olefi 476 Czapski, G. electron ranges..liquid alkenes 477 radiation chemistry..oxygenated 719 mobilities..ranges..electrons..liq 487 see Gaathon, A. 427 Han, Y.A. 12 Dodson, R.W. Meisel, D. 24 p.r. studies..chloride complexes 8 Peled, E. 152,201 see Schwarz, H.A. 35 Dolin, P.I. D'lorio, M.D. pulse method..radiation chemistry 710 see Klassen, N.V. 570 see Fel, N.S. 637,664,665,666,688 Khaikin, G.I. 140,187,491 Dainton, F.S. Sharanin, Y.I. 403,407,495 electrons..condensed media 720 Shubin, V.N. 398 kinetics..selective solvation 235 p.r. solutions..stilbene. I Evide 307 Dondes, S. radiation chemistry..liquid..I 308 p.r. of gases 444 radiation chemistry..liquid..II 309 Dorfman, L.M. optical absorption spectrum..solvat 274 pulse radiolysis 691 solvent dependence..optical absorpt 346 see Bockrath, B. 223,267,268 91
Dor-Fen Dorfman, L.M. (cont.) see Dye, J.L. 314 Epp, E.R. Firestone, R.F. 721 radiosensitivity..cultured mammalli 635 Gavlas, J.F. 236 see Ling, C.C. 525 Hikida, T. 455 Jones, R.L. 241 Eriksen, T.E. Jou, F.Y. 281 pH effects..p.r..deoxygenated aqueou 9 Shaede, E.A. 256 p.r. oxidation..chloral hydrate 56 Wang, H.Y. 436 radiation-induced transient electron 519 Willson, R.L. 727 Erkol, A.Y. Dovbysh, L.E. see Blackburn, R. 563 radiation-chemical laser using SF, 413 Ermakova-Borisenko, G.L. Dow, J. see Bakh, N.A. 296 see Gross, B. 379 see also Borisenko, G.L.
Draganic, I.G. Evans, G.B. p.r..aqueous cyanogen solution 172 see Cundall, R.B. 272