International Atomic Energy Agency
INTERNATIONAL BULLETIN ON ATOMIC AND MOLECULAR DATA FOR FUSION
Editors : K. Katsonis, J. Rumble Jr. and F.J. Smith Atomic and Molecular Data Unit Nuclear Data Section International Atomic Energy Agency
Nuraber 9
July 1979
IAEA NUCLEAR DATA SECTION, KÄRNTNER RING 11. A-1010 VIENNA Reproduced by the IAEA in Austria July 1979 79-6321 - 1 -
INTERNATIONAL BULLETIN ON ATOMIC AND MOLECULAR DATA FOR FUSION
Editors : K. Katsonis, J. Rumble Jr. and F.J. Smith Atomic and Molecular Data Unit Nuclear Data Section International Atomic Energy Agency
Number 9
July 1979
- 3 -
TABLE OF CONTENTS
I Introduction
II Index to Recently Available Data .... 5 A. Structure, Spectra 5 (1) Energy Levels, Wavelengths .... 5 (2) Transition Probabilities, Oscillator Strengths 6 (3) Line Shapes and Shifts 7 (4) Polarizabilities, Electric Moments . 7 (5) Interatomic Potentials 7 B. Atomic and Molecular Collisions ... 8 C. Surface Effects 19 Bibliography 20 Author Index 56
III. Other literature 63 Structure, Spectra 63 Photon Collisions 65 Electron Collisions 66 Heavy Particle Collisions .... 68 Surface Interactions 71 Plasma Diagnostics 73 Plasma Composition, Impurities 74 Plasma Heating, Cooling and Fueling 75 Plasma Theory, Models ...... 75 Data, Bibliographies, Progress Reports 76
IV. Work in Progress 78 - 4 -
I. INTRODUCTION
T?iis Bulletin is issued quarterly by the International Atomic Energy Agency to assist the development of fusion research and technology. The material in the Bulletin has been selected by the editors as being possibly relevant to fusion research. Excluded for the present are special data needed for the design of high power lasers.
Contributions are solicited on work in progress, import- ant new data in course of publication, and requests for data. Contributions should include an explanation of their applica- bility to fusion research and should be sent to:
Dr. K. Katsonis IAEA, P.O. Box 590 A-1011 Vienna Austria
The editors reserve the right to send any contributions to a referee. Material from the Bulletin should not be quoted in formal publications except by consent of the original author.
Thanks are due to Dr. V.A. Abramov and Dr. V.M. Chicherov of the I.V. Kurchatov Institute of Atomic Energy, in Moscow, USSR, for a collection of indexed references to recent papers in Russian which are relevant to fusion. These are included in the Bulletin and marked with '*'.
In the following index all energies are computed in centre-of-mass coordinates. IIo INDEX TO RECENTLY AVAILABLE DATA
Ao Structure and Spectra
(1) Energy Levels, Wavelengths
H Theo 59 Si XII-XIV Exp 267 H2 Theo 26 Si XIII Exp 183 H2 Exp 259 p IX Exp £3 H2 + Theo 130 S Theo 176 H2 + Theo 131 Cl XIV Theo 265 H3 Exp 214 Ar Exp 298 H20 Exp 107 AT IV-XII Exp 153 H20+ Exp 140 K Exp 347 D2 Exp 259 Ca Exp 171 He Theo 233 Ca II Exp 247 He II Exp 137 Ca VI Theo 285 He- Theo 152 Ti Exp 111 Li Exp 138 Ti I-XXII Theo 278 Li Theo 241 V Exp 222 Li I-III Exp 139 Cr Exp 111 Li II Theo 209 Mn V Exp 295 Be Theo 216 Mn XII Exp £3 B Theo 279 Fe Exp 111 C IV Theo 215 Fe Exp 191 CH+ Exp 140 Fe Theo 243 CH» Exp 189 Fe X-XI Exp £3 CO Exp 189 Fe XVII Theo 285 C0+ Exp 140 Fe XXIV Theo 242 CO2 Theo 119 Co Exp 191 CO2 Exp 189 Ni Exp 1S1 : N V Theo 215 Ni XI-XII Exp £3 '< 0 II Exp 96 Cu Exp 191 0 II-VII Exp 334 Cu II Exp 104 0 V Theo 234 Zn Theo 252 0 VI-VII Theo 318 Ga Theo 220 02+ Theo 118 Ga Theo 226 02 + Exp 140 Ge Theo 230 02+ Exp 149 Kr Theo 20 Ne Exp 137 Kr Exp 170 Ne Theo 294 Kr XXXIII-XXXIVExp 145 Ne III-VII Thee 287 Rb Theo 226 Ne V Exp 93 Sr Exp 171 Ne VII Theo 263 Sr Theo 226 Ne VIII Exp 136 Sr I-II Exp 1S7 Ne IX Exp 93 Y Exp 113 Na II Theo 236 Zr Exp 113 Mg Exp 69 Zr Exp 223 Mg Exp 1?5 Zr V Exp 173 Mg Exp 217 Nb Exp 313 Mg Theo 216 Nb Exp 223 Al Exp 111 Mo Exp 113 Al II Exp 172 Mo Exp 223 Al IV Theo 285 Mo IX Exp 200 Al VII Exp 93 Mo XIV Exp 168 Si Theo 24 Mo XXXII Theo 215 Si Theo 25 Mo XXXII Theo 285 Si Exp 111 Te Exp 323 - 6 -
Ru Exp 113 Au II Exp 104 Ru Exp 223 Au XXVI-XXXIX Exp 307 Rh Exp 113 Tl Theo 230 Rh Exp 223 Tl Theo 250 Pd Exp 113 Pb Theo 230 Pd Exp 323 Pb II-IV Exp 292 Ag Exp 204 Ag Exp 323 Isoelectron ie Series Ag Exp 346 He Z=2,7 Theo 122 Ag II Exp 104 He Z=2,10 Theo 200 Cd Exp 323 He Z=2,90 Theo 290 ïn Theo 230 He Z=13,15 Exp 192 Sn Theo 230 Li Z=3,6 Theo 54 Sb VII Exp 166 Li Z=3,9 Theo 129 Te VIII Exp 166 Li Z=3,10 Theo 152 I VI-VII Exp 153 Li Z=3,10 Theo 157 Cs Theo 265 Li Z=3,10 Theo S 24 Cs Theo 250 Li Z=3,28 Theo 202 Ba Exp 44 Li Z=ll,15 Theo 129 Ba Exp 171 Be Z-6,8 Theo 263 Ba Theo 204 C Z=6,10 Theo 240 Ba I-II Theo 185 C Z=20,34 9 Hf Exp 113 Ne Z=10,13 Theo 122 Ta Exp 113 Ne Z=36,42 Exp 216 W Exp 113 Na Z=36,42 Exp 216 W XXI-XXXIV Exp 307 Mg Z=12,74 Theo 164 Re Exp 113 Ar Z=18,21 Theo 122 Os Exp 113 Rb Z=39,42 Exp 178 Ir Exp 1?3 Ag Z=47,90 Theo 165 Ir II Exp 23 Ba Z=72,76 Exp 167 Pt Exp 113
(2) Transition Probabili ties, OsCo Strengths
H2 Theo 133 Al IV Exp 141 J He2 r + Theo 64 Al IV Exp 309 Li Theo 241 Al IX-XI Exp 143 Li Theo 339 Si XI Exp 154 Li Theo 360 Si XI Theo 207 N V Exp 144 Si XI Theo 208 0 Theo 97 Si XIII Exp 134 0 Exp 155 Si XIII Exp 267 0 II Theo 96 P XII Exp 154 Oz* Exp 115 S Theo 176 Ne Exp 16 S XIII Exp 154 Ne Exp 155 Cl IX-XV Exp 147 Ne Exp 297 Cl XIV Exp 354 Ne VII Theo 263 Cl XIV Theo 565 Na Theo 160 Ar IV-XII Exp 151 Na V-VII Exp 22 Ar XV Theo 207 Mg IX Theo 207 Ar XV Theo £ C 8 Mg IX Theo 208 Ar XVI-XVII Exp 146 Al Theo 284 Ar XVI-XVII Theo 361 Al Exp 338 Ca XVII Theo 207 Al II-VI Exp 135 Ca XVII Theo 208 Al II-VII Exp 150 Ca XVII Theo 264 Al II-VII Exp 303 Mn v Exp 11 Al IV Theo 17 Fe II Theo 103 - 7 - Fe II-III Exp 190 Cs Exp 259 Fe XXIII Theo 207 5a Exp 42 Fe XXIII Theo 208 Tl Theo 284 Fe XXIII Theo 264 Tl Theo 350 Fe XXIV Theo 242 Co I-II Exp 156 Isoelectronic Series Zn I-II Exp 299 H Z=l,100 Theo 106 Ga Theo 284 He Z=2,56 Theo 12 Kr Theo 50 He Z=2,100 Theo 296 Kr VIII Theo 158 Be Z=6,8 Theo 2€3 Kr XXXIII Theo 264 C Z=6,10 Theo 240 Kr XXXIII-XXXIVExp 145 0 Z=12,14 Theo 266 Rb Theo 160 Ne Z=10,92 Theo 241 Rb Exp 184 Na Z=ll,16 Theo 13 Sr Exp 110 Mg Z=12,18 Theo 567 Mo XXXIX Theo 264 Mg Z=12,?4 Theo 164 In Theo 284 Si Z=14,16 Theo 148 Sb II Exp 289 Cu Z=29f74 Theo 242 I I-II Exp 174 Cu Z=29,82 Theo 45 I VI-VII Exp 153 Zn Z=30,92 Theo 45 Cs Theo 350 Ag Z=47,90 Theo 165 (3) Line Shapes and Shifts H Exp 43 He Exp 247 H Theo 199 He II Theo 142 H Exp 238 He II Theo 244 H Theo 245 C VI Exp 255 H Theo 246 Ne Exp 226 H Exp 305 Ne Exp 257 H Theo 311 Ne X Theo 244 H Theo 313 Mg XI Exp 369 H Exp 356 Al XII Exp 369 H Exp 358 Si VIII Exp 94 H2 Exp 356 Si XIII Theo 246 Theo 177 Si XIV Theo 244 D Exp 358 S Theo 176 He Theo 52 Ar Exp 2S8 He Exp 60 Fe XI-XII Exp S4 He Theo 246 Tl Theo ZS3 (4) Polarizabili tie3, Electric Moments H II Theo 132 Hg Exp 262 H- Theo 19 Tl Theo 18 H2 Theo 125 Cl XIV Theo 365 Isoelectronic Ser i es Zn Exp 362 He Z=2,10 Theo 114 Cd Exp 362 (5) Interatomic Potentials
He - He+ Theo 261 H - CO Exp S8 He+ - Ca Theo 275 He - CH4 Exp 116 He+ - Ba Theo 275 He - H20 Exp 116 He - HD Theo 126 D - H2 Exp 317 He - Ha+ Theo 127 0 - 0+ Theo 118 C - H+ Theo 262 H - He Theo 179 H - 0++ Theo 101 He - Rb Theo 351 H - Ne++ Theo 101 He - Cs Theo 351 - fl -
Eo Atomic Molecular Collisions hv + H- Photoionization E= 80 - 1000 keV Theoo 65 hv •+• He Photodissoco Theo. 56 hv + H2 Photodissoco E= 19.8 - 40o8 eV Exp. 273 hv Photodissoco E= 25 - 2*" eV Theoo 366 hv + He Photoicnization Theo. 67 hv + He Photoicnizetion Theoo 68 hv + He Photoionization Es 0 - 30 eV Theoo 201 hv + He Photo i on izet ion E= 1 - 1.4 eV Exp. 355 hv + o- Photodetachment E = 1.4 - 1.9 eV Exp. 120 hv + o2- Photodetachment E= 1.4 - 2.5 eV Exp. 120 hv + Me Phctoionization E= 0 — 100 eV Theoo 240 hv + Ar Photoionization E= 0 - 100 eV Theo. 340 hv + Mn Photo i on ization Theo. 55 hv + Mn Photo i or. ization Theo. 66 hv + Fe2*+ Photoicnizstion Es 0 - 2o5 keV Thee 40 hv + Fe2 3+ Phctoicnïzetion Es 0 - 2.5 keV Theo. 40 hv + Fe 2 2+ Photoionizstion Es 0 - 2o5 keV Theoo 40 hv .f Fe^ i + Phctoionization Es 0 - 2.5 keV Theoo 40 hv + Fei0+ Phctoionization E= 0 - 2.5 keV Theoo 40 hv + Fei9+ Phctoionization Es 0 - 2.5 keV Theoo 40 hv + Fe»8+ Photo ion i zet ion Es 0 - 2.5 keV Theoo 40 hv + Fe»7+ Photoicnizstion r_ 0 - 2.5 keV Theoo 40 hv + F e » *.+ Phctoicnizstion Es 0 - 2.5 keV Theoo 40 hv + Fe» s* Photoionizetion Es 0 - 2.5 keV Theoo 40 hv + F e » *+ Phctoionization E= 0 - 2.5 keV Theoo 40 hv + Fe»3+ Phctoionization Es 0 - 2.5 keV Theoo 40 hv + Fe» 2+ Photoicnizstien Es 0 - 2.5 keV Theo. 40 hv + Fe»»+ Phctoicnizstion E= 0 - 2.5 keV Thee 40 hv + Fe»o+ Photoionization Es 0 - 2.5 keV Theoo 40 hv + Fe9 + Photoionization Es 0 - 2.5 keV Theoo 40 hv + Fe»* Phctoionizetion E= 0 - 2.5 keV Theoo 40 hv + Fe™ Photo i on i nation E= 0 - 2.5 keV Theo. 40 6 + hv + Fe P het o i en i zet i on F = 0 - 2.5 keV Theoo 40 hv + Fes+ Photoionization E= 0 - 2.5 keV Theo. 40 hv + Fe* + Photoionization E= 0 - 2.5 keV Theoo 40 hv + Fe3 + Photoionization E= 0 - 2.5 keV Theoo 40 hv + Fe+ + P hot o i on i z at i on E= 0 - 2.5 keV Theo. 40 hv + Fe+ Phctoicnization Es 0 - 2.5 keV Theoo 40 hv + Fe Phctoionization E= 0 - 2.5 keV Theoo 40 hv + Fe Photoionization E= 8 eV Exp. 41 hv + Fe Photodetachment E= 2.54 eV Exp. £20 hv + Zn Photoionization Theo. 252 hv + Kr Photoionization E= 0 - 100 eV Theo. 240 hv + Xe Phctoionizetion E-= 0.01 - 145 keV Theo. 2 hv + Xe Photoionization E= 132 - 192 eV Exp. 225 hv + Xe Photoionization E= 0 - 100 eV Theoo 340 e + H+ Excitation Es 30 - 1000 eV Theoo 269 e + H Excitation E= 1 - 80 eV Theo. 28 e + H Icnization E= 1 - 80 eV Theoo 28 e + H Total Scattering E= 0.5 - 1 keV Theo. 35 e + H Excitation r= 0.5 - 1 keV Theo. 35 e + H Excitation E= 54 - 100 eV Theoo 49 e + H Ionisation E= 100 - 413 eV Exp. 1S6 e + H Excitation E= 136 - 300 eV Expo 211 e + H Ionîzation E- 250 eV Thee 2?0 e + H Elastic Scatto E= 50 - 200 eV Theo. 228 e + H Icnization E= 100 - 250 eV Theo. 270 - 9 -
e + H- Detachment E= 10 - 1000 eV Exp. 214 e + H2* Dissociation E= 0^02 - 0.1 eV Theo. 262 e + H2 Elastic Scetto r- 20 - 200 eV Theo. 27 e + H2 Excitation E= 20 - 200 eV Theo. 27 e + H2 Elastic Scatto E = 30 - 200 eV Theo. 47 e + H2 Dissociât ion E= 0 - 5 eV Theoo "58 e + H2 Total Scattering E = 0.2 - 20 eV Exp. 78 e + H2 lonization E= 15 - 19 eV Exp. 123 e + H2 Excitation E = 0.6 - 10 eV Theoo 198 e Icniaation E= 0.02 - 20 keV Theo. 206 e + H2 Attachment E= 13.5 - 16 eV Exp. 235 e + H2 Dissociation E = 13.5 - 16 eV Exp. 235 e + H2 Excitation E= 0 - 300 eV Exp. 239 e + H2 Dissociât ion Ess 4 - 5.5 eV Theoo 349 e + H2 Excitation Theo. 353 e + HD+ Dissociât ion 2= 0.02 - 0.1 eV Theo. 282 e + HD Dissoci&t ion E= 0 - 5 eV Theo. 58 e + HD Dissociât ion E= 4 - 5. b eV Theo» 249 + e + D2 Dissociât ion E = 0o02 - 0.1 eV Theo. 282 e + D2 Dissociât ion E= 0 - 5 eV Theoo 56 e + D2 lonization E= 15 - 19 eV Exp. 123 e + D2 Dissociation E= 4 - 5.5 eV Theoo 249 e + D2 Excitation Theo. 353 e + He Deexcitat ion T= 2.8 - 4.7 eV Exp. 39 e + He Excitation E= 0 - 15 eV Theo. 73 e + He Excitation E= 0 - 60 eV Exp. 77 e + He Excitation Thermal Theoo S9 e + He Deexcitation T= 400 - 2200 K Exp. 159 e + He Excitation T — 400 - 2200 K Exp. 159 e + He Elastic Scatto E= 0 - 10 eV Theoo 187 e + He Excitation E= 0.02 - 2 keV Exp. 188 e + He Elastic Seatto E= 0.5 - 20 eV Exp. 1S4 e + He Excitation E= 29 - 500 eV Theo. 202 e + He Excitation E = 81.2 eV Exp. 212 e + He Excitation E= 30 - 200 eV Theo. 213 e + He Elastic Scatt. E= 0 - 16.5 eV Theo» 221 e + He Icnization E= 35 eV Exp. 222 e + He Excitation E= 81.6 eV Theoo 229 e + He Elastic Scatt. E= 0 - 19 eV Theo. 231 e + He lonization E= 100 - 400 eV Theo. 251 e + He Elastic Scatto E= 2 - 19 eV Theoo 258 e + He Excitation E= 200 - 300 eV Theo. 271 e + He Excitation E- 20 - 200 eV Theoo 276 e + He Icnization E= 50 - 300 eV Exp. 233 e + He* Total Scattering Exp. 70 e + He2 + Recombination Ta 0.5 - 1.2 eV Expo 79 e + Li Elastic Scatt. E= 0 - 13 eV Theo. 32 e + Li Elastic Scatt. E= 0 - 60 eV Theo. 210 e . + Li Excitation Ea 0 - 600 eV Theoe 286 e + C3<" lonization Ta 0 -- 10 keV Exp. 29 e + C3+ lonization Ea 64 - 1500 eV Exp. 232 e + C3+ Excitation Ea 0.34 - 1.2 keV Theo. 237 e + CH+ Excitation T= 10 - 3000 K Theo. 53 e + CH« Excitation E= 1.5 keV Exp. 189 e + CO Excitation Ea 1.5 • • keV Exp. 189 e + C02 Total Scattering Es 0.2 - 20 eV Exp. 78 e + C02 Dissociation E= 19 - 56 eV Exp. 124 Excitation Ea Exp. e + cc2 1,5 keV 189 r
- 10 -
e + CG2 Elastic Scatto E= 20 eV Theo. 1S5 e + C02 Excitation E= 20 eV Theoo 1S5 e + N* + Icnization T= 0 - 10 keV Exp. 29 e + N*+ Icnization E= 95 - 1500 eV Expo 222 e + N*+ Excitation E= 0o45 - 1.4 keV Theoo 237 e + N*+ Ionization T= 80 eV Exp. 219 e + O6* Excitation E= 575 - 645 eV Theoo 218 e + os+ Ienization E= 138 - 1500 eV Expo 222 e + 05 + Excitation E= 0.61 - 1.7 keV Theo. 237 e + 05 + Icnization T= 80 eV Exp. 21S e + o*+ Excitation E= 9.5 - 77.5 eV Thee. Ü34 e + o- Detachment E= 10 - 1000 *V Exp. 214 + e + 02 Recombination E= 0 - 1 eV Exp. 260
e •*• 02 Total Scattering E = 0.2 - 20 eV Exp. 78 e + F- Detachment E= 13 - 990 eV Exp. 224 e + Ne7 + Recombination T= 10 - 9000 kK Theoo 102 e + Ne6 + Recombination T= 10 - 9000 kK Theoe 102 e + Ne«* Recombination T= 10 - 9000 kK Theo. 102 e + Ne* + Recombinat ion T= 10 - 9000 kK Theo. 102 e + Ne*+ Recombination T= 10 - 9000 kK Theo. 102 e + Ne*** Recombination T= 10 - 9000 kK Theoo 102 e + Ne* Recombination i — 10 - 9000 kK Theo. 102 e + Ne Ionizetion E= 0 - 300 eV Exp. 74 e + Ne Ionization E= 250 eV Exp. 3S2 e + Ne Elastic Scatto E= 0.5 - 20 eV Exp. 1S4 e + Ne Elastic Scatto Es 20 - 3000 eV Theo. 223 e + Ne Total Scattering E= 20 - 3000 eV Theo. 223 e + Ne Icnization F;= 20 - 3000 eV Theo. 223 e + Ne Excitation E= 20 - 3000 eV Theoo 223 e + Na Excitation E= 54 - 218 eV Exp. 272 e + Na Excitation E= 0 - 600 eV Theo. 286 e ^ Mo Recombination T= 10 - 9000 kK Theo. 102 e •$• Mo Recombinat ion T= 10 - 9000 kK Theo. 102 e "^* Mo Recombination T= 10 - 9000 kK Theo. 102 e ^* Mo Recombinat ion T= 10 - 9000 kK Theo. 102 e + Mg5 + Recombination T= 10 - 9000 kK Theo. 102 e + Mg* + Recombination T= 10 - 9000 kK Theoo 102 e + Mg3 + Recombinat ion T= 10 - 9000 kK Theo. 102 e + Mg++ Recombination 10 - 9000 kK Theoo 102 e + Mg* Recombination T= 10 - 9000 kK Theoo 102 e + Mg Excitation E= 0 - 11 eV Exp. 254 e + Al Excitation E= 0 - 600 eV Theo. 10 e + Al Ionization E= 0 - 100 eV Exp. 71 e + Al Excitation E= 0 - 600 eV Theo. 291 e + s*+ Recombination T= 10 - 9000 kK Theo. 102 e + S5+ Recombination fs 10 - 9000 kK Theo. 302 e + s*+ Recombination Tsr 10 - 9000 kK Theo. 102 e + S3+ Recombination T= 10 - 9000 kK Theo. 102 e + S++ Recombination T= 10 - 9000 kK Theo. 102 e + s+ Recombination T= 10 - 9000 kK Theo. 102 e + Ar Excitation E= 0 - 60 eV Exp. 77 e + AT Elastic Scatto E= 0.5 - 20 eV Exp. 194 e + Ar Excitation E= 50 eV Exp* 203 e + AT Icnization E= 0 - 100 eV Theo. 205 e + Ar Elastic Scatto E= 20 - 3000 eV Theo. 223 e + AT Total Scattering E= 20 - 3000 eV Theo. 223 e + AT Ionization 5= 20 - 3000 eV Theo. 223 e + Ar Excitation E= 20 - 3000 eV Theo» 223 - 11 -
e + Ar Excitation E= 300 - 3000 eV Exp. 206 e + K+ Recombination Exp. 57 e + K+ Excitation E= 20 - 300 eV Exp. 75 e + K Excitation E= 0 - 600 eV Theoo 286 e + Co Ionization E= 0 - 100 eV Exp. 71 e + Ni Ionization E= 0 - 100 eV Exp. 71 e + Cu Excitation E= 0 - 30 eV Exp. 76 e + Ga Excitation V- 0 - 600 eV Theo* 2S1 e + Kr Elastic Scatto E= 20 - 3000 eV Theoo 223 e + Kr Total Scattering E= 20 - 3000 eV Theo. 223 e + Kr Icnization E= 20 - 3000 eV Theoo 223 e + Kr Excitation E= 20 - 3000 eV Theo. 223 e + Rb Excitation E= 0 - 600 eV Theo. 286 e + Mo Icnization E= 0 - 150 eV Expo 72 e • Cd Excitation E= 0 - 150 eV Exp. 15 e • In Excitation E= 0 - 600 eV Th3O« 10 e + In Excitetion E= 0 - 600 eV Thee 2S1 e + Xe Elastic Scatto E= 20 - 3000 eV Theo. 223 e + Xe Total Scattering E= 20 - 3000 eV Theoo 223 e + Xe Ionization E= 20 - 3000 eV Theoo 223 e •*• Xe Excitation p= 20 - 3000 eV Theo. 223 e + Cs Total Scattering E= 0.2 - 20 eV Exp. 78 e + Cs Excitation E= 0 - 600 eV Theoo 2S6 e • Hg Excitation E= 50 eV Exp. 169 e + Hg Total Scattering E= 0.1 - 500 eV Exp. 336 e + TI Excitation E= 0 - 600 eV Theo. 10 e + TI Excitation E= 0 - 600 eV Theoo 2S1 e + Pb3 + Excitation E= 10 - 300 eV Exp. 292 e + Pb** Excitation E= 10 - 300 eV Exp. 2S2 e + Pb+ Excitation E= 10 - 300 eV Exp. 2S2 e + Pb Excitation E= 0 - 30 eV Exp. 76 H+ + H Excitation E= 7.5 - 100 eV Exp. 31 H+ + H lonization E= 7.5 - 100 eV Exp. 31 H+ + H Charge Transfer Es 7.5 - 100 eV Exp. 51 H+ + H Charge Transfer E= 0 - 100 keV Theo. 34 H+ + H Charge Transfer E= 5 - 100 keV Theo. 36 H+ + H Charge Transfer E= 50 keV Theo. 46 H+ + H Ionization E= 0 - 9 MeV 61 H+ + H Charge Transfer E= 10 - 1000 keV Theo. 180 H+ + H Excitation E= 25 - 100 keV Theo. 253 H+ + H Excitation Es 50 - 200 keV Theo. 308 H+ + H Charge Transfer Es 25 - 2500 keV Theo. 337 H+ + H- Charge Transfer Es 44 - 570 eV Exp. 181 H+ + H- Charge Transfer E= 30 - 200 eV Exp. 249 H+ -t- H2 Icnization Es 0 - 12 MeV 61 H+ + Ha Excitation E= 15 - 120 eV Exp. 166 H+ + H2 Excitation Es 4 - 20 keV Exp. 256 H+ + He+ Charge Transfer E= 4 - 800 keV Theo. 250 H+ + He* Charge Transfer Es 40 - 320 eV Theo. 254 H+ + He+ Charge Transfer Es 39.9 - 159.7eV Theo. £12 H+ + He Ionization E= 300 keV Theo. 48 H* + He Ionization Es 0.1 - 0.5 MeV Theo. 51 H* •«• He Ionization Es 0 - 16 MeV 61 H+ + He Excitation Es 4 - 20 keV Exp. 256 H+ + He Excitation Es 20 - 800 keV Theo. 344 H+ + L1++ Charge Transfer Es 5 - 1000 keV Theo. 250 H* «• Li+* Charge Transfer Es 50 - 400 eV Theo. 254 H* • Cs* Charge Transfer Es 50 - 400 eV Theo. 254 - 12 -
H+ + C++ Excitation T= 10 €20 kK Theo. 100 H+ 4 C Excitation 20 100 keV Exp. 83 H+ + CH4 Charge Transfer 1 20 keV Exp. see H+ + CO Charge Transfer 2.2 8.2 keV Exp. S43 H + + CC Charge Transfer E= i 20 keV Exp. C-68 H+ + cc2 Charge Transfer E= 2,2 8.2 keV Exp. 543 H+ + COs» Charge Transfer P= 1 20 keV Exp. 368 H + + Na Excitation E= 4 20 keV Exp. 256 H+ + Mg Excitation E= 20 100 keV Exp. 63 H+ 4 Si Excitation E= 20 100 keV Exp. 83 H + + Ar Excitation - E= 4 20 keV Exp. 256 H+ + Kr Excitation E= 4 20 keV Exp. 256 H+ + Xe Excitation E= £ 20 keV Exp. 256 H+ + Cs Charge Transfer E= 20.3 - 100 eV Exp. 257 H* + Cs Charge Transfer E= 3 keV Exp. 280 H + H+ Excitation E= 7.5 100 eV Exp. 21 H + H+ Ionization 7.5 100 eV Exp. 31 H + H+ Charge Transfer E= 7.5 100 eV Exp. 31 H + H+ Charge Transfer E= 0 1G0 keV Theo» 34 H + H+ Charge Transfer E= 5 100 keV Theo. 36 H + H+ Charge Transfer E= 50 keV Theoe 46 H + H* Ionization E= 0 9 MeV 61 H + H+ Charge Transfer E= 10 1000 keV Theoo 180 H + H* Excitation E= 25 100 keV Theos 253 H + H+ Excitation E-* 50 200 keV Theo. 308 H + H+ Charge Transfer E= 25 2500 keV Theoe 337 H + H Ionization E= 0.01 100 keV Theo. 332 H + H- Detachment E= 0.013 0.13 eV Theoo S5 + H- Detachment E= 0.05 5 MeV Theo. 330 H Detachment H + H- E= 180 800 keV Theo. 231 Charge Transfer Thermal H 4 H2+ Exp. 128 Deexcitat ion E= 3.3 H + H2 Charge Transfer 17.2 keV Exp. 268 H + He++ F,= 0.3 161 keV Theo. 34 Charge Transfer E= 80.4 H + He+ + Ionization keV Theoo 46 H + He+ + E= 120 804 keV Theo. 1S3 Ionization E= 0 • H + He+ Excitation 16 MeV 61 H + He+ E= 6 400 keV Theoo 245 Deexcitat ion E= 3.9 H + He Ionization 20.7 keV Exp. 268 H 4 He* E= 0.01 0.1 eV Exp. 37 Association E= 0.01 H + He* lonization 0.1 eV Exp. 37 + He* Thermal Exp. 274 H Interchange Reac. Thermal + HeH+ Exp. 128 H lonization E= 0 H + Li + Ionization - 18 MeV ( 61 E= 0 • MeV 81 H + Li Charge Transfer E= 90.5 - 600 Theo. H + Be** Ionization E= 0 • keV Theoo 46 H + Be++ Ionization - 18 MeV 61 E= 0 •- 600 H + Be Charge Transfer E= 2.3 • MeV Theoo 81 H 4 BS+ Charge Transfer 5.3 - 3.9 eV Thee 218 keV H + B«+ Charge Transfer E= 1.6 • Exp. 228 H + B*+ Charge Transfer E= 1.2 •- 5.5 keV Exp. 528 H + B3+ Charge Transfer E= 0.8 •- 4 keV Exp. 528 H • B++ Ionization E= - 2.7 keV Exp. 528 6 232 • H 4 C + Charge Transfer E= 2.1 -- 1550 keV Theo. 193 H 4 C*+ Charge Transfer E= 3.2 - 3.5 eV Theo. 218 H 4 C5+ Charge Transfer E= 1 keV Exp. 328 H 4 C*+ Charge Transfer E= - 5.4 keV Lxp. 528 H + C3+ Charge Transfer 2.5 keV Exp. 528 H + C+ 0 :- 1 keV Exp. 227 - 13 -
H + C+ Charge Transfer T= 10000 K Theo. 363 H + C Ienizatîon E= 0 - 600 MeV Theo. 81 H + CO Total Scattering T= 870 K Exp. S8 H + COa + Interchange Reac. Thermal Exp. 128 H + NS+ Charge Transfer E= 1.2 - 8.1 keV Exp» 528 H + N*+ Charge Transfer E= 0.9 - 6.3 keV Exp* 328 H + N3+ Charge Transfer E= 1.2 - 4.7 keV Exp* 523 H + N+ Charge Transfer E= 0 - 0.8 keV Exp. 227 H + N+ Charge Transfer T= 10000 K Theo. 264 H •c N ïonization E= 0 - 600 MeV Theo. 81 H + Q«+ Charge Transfer E- 0 - 190 keV Theo. 34 H + o«+ Charge Transfer E= 94.8 keV Theo. 46 H + Q«+ Charge Transfer E= 1.6 - 2.7 eV Theo. 218 H + Q6* Charge Transfer E= 1.8 - 5.7 keV Exp. 528 H + QS+ Charge Transfer E= 1.5 - 4.7 keV Exp. 228 H + 0++ Charge Transfer Thermal Theo. 101 H + 0 + Charge Transfer E= 0 - 0.7 keV Exp. 227 H * un+ Charge Transfer E= 0.1 MeV Exp. 22S H + F*+ Charge Transfer E= 2.6 keV Exp* 528 H + Ne++ Charge Transfer Thermal Theo. 101 H + Ne Deexcitat ion E= 5 - 26 keV Exp. 266 H + Na Charge Transfer E= 0.1 - 5 keV Exp. 89 H + S+ Charge Transfer T= 10000 K Theo. £63 H + ArB + Charge Transfer E= 2.5 keV Exp. 22e H + Ar Deexcitation E= 5 - 26 keV Exp* 268 H + Ar ïonization E= 0.5 MeV Exp. 217 H + Fen+ Charge Transfer E= 0.05 - 0.1 MeV Exp« 229 H + Kr Deexcitation E=- 5 - 26 keV Exp. 268 Charge Transfer H + Mon+ 0.05 - 0.1 Exp. Charge Transfer E= KeV 229 H + Cs E= 0.1 - 5 keV Exp. 89 n+ Charge Transfer H + Ta Charge Transfer E= 0.02 - 0.1 MeV Exp. 229 n+ 0.06 H + W Charge Transfer E= 0.04 - MeV Exp. 229 H + Au Charge Transfer E= 0.Q6 MeV Exp. 229 H- + H+ Charge Transfer E= 44 - 570 eV Exp. iei H- + H+ Detachment E= 30 - 200 eV Exp. 249 H- + H Detachment E= 0.013- 0.13 eV Theo. 95 H- + H Detachment E= 0.05 - 5 MeV Theo. 230 H- + H Association E= 180 - 800 keV Theoe 331 H- + H2+ Detachment E= 0 - 0.1 eV Theo. 88 H- + Ha Detachment E= 0.06 - 6 MeV Theo. 230 H- + He Detachment E= 80 - 1200 keV Theo. 80 H~ + He Detachment E= 0.08 - 8 MeV Theo. 230 H- + He Icnization E= 280 - 1300 keV Theo. 231 H- + Li Icnization E= 0 - 600 MeV Theo. 81 H- + Be ïonization E= 0 - 600 MeV Theo. 81 H- + C ïonization E= 0 - 600 MeV Theo. 81 H- + N Charge Transfer E= 0 - 600 MeV Theo. 81 Ha+ + H Association Thermal Exp. 128 Ha* + H- ïonization E= 0 - 0.1 eV Theo. 88 Ha + H* Excitation E= 0 - 12 MeV 61 Ha + H + Excitation E= 15 - 120 eV Exp. 186 Ha + H+ Deexcitation E= 4 - 20 keV Exp. 256 Ha + H Detachment E= 3. 3 - 17.2 keV Exp. 268 H2 + H- ïonization E= 0.06 - 6 MeV Theo. 230 Ha + He+ ïonization E= 0 - 20 MeV 61 Ha + He ïonization E= 0.04 - 0.2 eV Exp. 38 Ha + He Excitation Exp. 87 Ha + He E= 0.8 - 1 eV Theo. 121 - 14 -
H* •*• Li* Icnization E= 0 - 27 MeV 61 H2 + Li* Excitation E= 30 - 170 eV Exp. 281 H2 + Li Ionization E= 0.4 - 1000 keV Theo. 82 Ha + Be*+ Icnization E= 0 - 30 MsV €1 5 H2 + B + Charge Transfer 9. B keV Exp. 228 Charge Transfer Ei= 2.9 - 10.1 keV Exp. £28 + B3* Charge Transfer Es 2.3 - 7.4 keV Exp. 228 + B++ Charge Transfer E= 1.5 - 4.9 keV Exp. 228 Charge Transfer E= 5.9 keV Exp. 228 H2 Charge Transfer E= 1.8 - 9.9 keV Exp. 228 C 3+ Charge Transfer E= 4.7 keV Exp. 228 K2 C+ Charge Transfer E= 0.01 - 1.8 keV Exp. 227 H2 + N5+ Charge Transfer E= 2. 3 ~ 15.1 keV Exp. 228 Charge Transfer 1.7 - 11.7 keV Exp. 228 + 3 E= H2 + N * Charge Transfer Es 2.3 - 8.9 keV Exp. £28 H2 + N* Charge Transfer E= 0.01 - 1.6 keV Exp. 227 O6* Charge Transfer 5 E= 3.4 - 10.7 keV Exp. 228 H2 O * Charge Transfer £ 2.8 - 8.8 keV Exp. 228 0* Charge Transfer = n+ Es 0.01 - 1.4 keV Exp. 227 H2 0 Charge Transfer E= 0.2 MeV Exp. 229 Charge Transfer H2 E= 5 keV Exp. 228 Na Ionisation Es 0.4 - 1000 keV Theo. 82 8 + Charge Transfer H2 Ar E= 4.8 keV Exp. 228 Excitation H2 + Ar* E= 0.02 - 2.2 eV Exp. 225 H + Fen+ Charge Transfer E= 0.1 - 0.3 MeV Exp. 229 2 n+ Charge Transfer H2 + Mo Es 0.1 - 0.3 MeV Exp. 229 + Cs+ Interchange Reac. E= 3 - 10 keV SO H2 Charge Transfer H n+ E= 0.05 - 0.2 MeV Exp. 229 2 + W Charge Transfer E= 0.09 - 0.1 MeV Exp. 229 H2 + D2+ Charge Transfer D Thermal Exp. 128 He* Association E= 0.01 - 0.1 eV Exp. 37 D + He* Association D CO* Interchange Reac. E= 0.01 - 0.1 eV Exp. 37 + Thermal Exp. 128 D C02* Interchange Reac. D + Thermal Exp. 128 + D Charge Transfer D2* He Ionization Thermal Exp. 128 + Es 0.04 - 0.2 eV Exp. 38 D% Cs Charge Transfer + H Charge Transfer E= 1.5 - 7.5 keV Exp. 235 He++ H Charge Transfer Es 0.3 - 161 keV Theo. 34 He++ H Ionization E= 80.4 keV Theo. 46 He++ He Ionization Es 120 - 804 keV Theo. 1S3 He*+ He Charge Transfer E= 0.4 - 2 MeV Theoe 51 He++ + He Charge Transfer T= 100 - 3000 K Theo. 64 He++ + Li Icnization E= 1 - 30 eV Exp. 248 He+* * Li Charge Transfer E= 0.1 - 1300 keV Theo. 33 He+* + Ne Excitation E= 0.1 - 1300 keV Theo» 33 He++ + Ne Ionization E= 2 - 100 keV Exp. 85 He+* + Ar Excitation Es 10 - 15 keV Exp» 86 He++ + Ar Ionization Es 2 - 100 keV Exp» 85 He+* + Kr Excitation Es 10 - 15 keV Exp» 86 He*+ + Kr Ionization Es 2 - 100 keV Exp» 85 He+* + Xe Excitation Es 10 - 15 keV Exp» 86 He** * Xe Ionization Es 2 - 100 keV Exp» 85 He* + H+ Charge Transfer Es 10 - 15 keV Exp» 86 He* + H+ Charge Transfer E* 4 - 800 keV Theo» 250 He* + H+ Charge Transfer Es 40 - 320 eV Theo» 254 He* * H Ionization Es 39.9 - 159.7eV Theo» 312 He* + H Excitation Es 0 - 16 MeV 61 Es 6 - 400 keV Theo» 245 - 15 -
He+ + Hg Ionization E= 0 - 20 MeV 61 He+ + He Icnization E= 0 - 36 MeV 61 He+ + He Elastic Scatto E= 2.5 - 20 keV Exp. 248 He+ + He Excitation E= 2.5 - 20 keV Exp. 248 He+ + He Elastic Scatto E= 0.02 - 0.11 eV Theo. 261 He+ + He Charge Transfer E = 0.1 - 187 eV Exp. £15 He* + C Excitation E= 20 - 100 keV Exp. €3 He+ + Ne Charge Transfer E= 0.2 - 4 keV Exp. 63 He+ + Ne* Charge Transfer E= 0.1 - 500 eV Exp. 30 He+ + Mg Excitation E= 20 - 100 keV Exp. 63 He+ + Si Excitation E= 20 - 100 keV Exp. 83 He+ + Ar Charge Transfer E= 0.2 - 4 keV Exp. €3 He+ + Ca Ionization E= 2 - 100C eV Exp. 275 He+ + Xe Charge Transfer E= 0.2 - 4 keV Exp. c 3 He+ + Ba Ionization E= 2 - 1000 eV Exp. 275 He + H+ Ionization E= 300 keV Theo. 48 He + H+ Ionization E= 0.1 - 0,5 MeV Theoe 51 He + H + Ionization E= 0 - 16 MeV 61 He + H+ Excitation E= 4 - 20 keV Exp. 256 He + H+ Excitation E= 20 - 800 keV Theoo 344 He + H Deexcîtat ion E= 3.9 - 20.7 keV Exp. 268 He + H- Detachment E= 80 - 1200 keV Theoo 80 He + H- Detachment E= 0.08 - 8 MeV Theo. 230 He + H- Detachment E= 280 - 1300 keV Theo. 331 He + H2 Ionization E= 0o04 - 0.2 eV Exp. 38 He + H2 Ionization Exp. 87 He + H2 Excitation E= 0.8 - 1 eV Theo. 121 He + Icnization E= 0.04 - 0.2 eV Exp. 38 1 He -f He+ + Ionization E= 0.4 - 2 MeV Theo. 51 ! He + He++ Charge Transfer T= 100 - 3000 K Theoo 64 He + He+ + Charge Transfer E= 1 - 30 eV Exp. 248 He + He+ Ionization E= 0 - 36 MeV 61 He + He* Elastic Scatto E= 2. 5 - 20 keV Exp. 248 He + He+ Excitation E= 2. 5 - 20 keV Exp. 248 He + He+ Elastic Scatt. E= 0.02 - 0.11 eV Theo. 261 He + He+ Charge Transfer E= 0.1 - 187 eV Exp. S15 He + He Deexcitat ion Thermal Exp. 159 He + He Excitation Thermal Exp. 159 He + He Deexcitation Exp. 288 He + Li3 + Ionization E= 0.7 - 3.5 MeV Theo. 51 He + Li + Ionization E= 0 - 50 MeV 61 He + Li Ionization E= 0.4 - 1000 keV Theo. £2 He + Be* + Ionization E= 0.9 - 4.5 MeV Theo. 51 He + Be++ Icnization E= 0 - 60 MeV 61 He + Be+ Excitation E= 0.6 - 1.5 keV Exp. 219 He + Be+ Charge Transfer E= 0.6 - 1.5 keV Exp. 219 He + B5+ Icnization E= 1.1 - 5.5 MeV Theo. 51 He + c*+ Ionization •:E= 1.2 - 6 MeV Theo. 51 He + C*+ Excitation E= 12 - 180 keV Exp. 64 He + N7+ Icnization E= 1.4 - 7 MeV Theo. 51 He + N5+ Excitation ' E= 14 - 210 keV Exp. 84 He + N++ Charge Transfer E= 0.04 - 0.53 keV Exp. 227 He + o«+ Ionization E= 1.6 - 8 MeV Theo. 51 He + 06+ Excitation E= 16 - 240 keV Exp. 64 He + Na Ionization E= 0.4 - 1000 keV Theo. 82 He + Ar8 + Excitation Es 36 - 540 keV Exp. 84 He + Cd Icnization Ts 500 K Exp. 14 He + Xe* °+ Charge Transfer Es 2.9 keV Exp. 210 - 16 -
He* + H Ionization E= 0.01 - 0.1 eV Exp. 37 He* + H Association E= 0.01 - 0.1 eV Exp. 37 He* + H Icniza tien Thermal Exp. 274 He* + D Association E= 0,01 - 0.1 eV Exp. 37 He* + D Association E= 0.01 - 0.1 eV Exp. 37 He* + He Deexcitaticn Thermal Exp. 221 HeH+ + H Interchange Reac. Thermal Exp. 128 Li3+ + He Ionization E= 0.7 - 3.5 MeV Theoo 51 Li++ + H+ Charge Transfer E= 5 - 1000 keV Theoo 250 Li++ + H* Charge Transfer E= 50 - 400 eV Theo. 254 Li+ + H Ionization E= 0 - 18 MeV 61 Li+ + Ha Ionization E= 0 - 27 MeV 61 Li+ + Ha Excitation E= 30 - 170 eV Exp« 281 Li+ + He Ionization E= 0 - 50 MeV 61 Li • H Ionization E= 0 - 600 MeV Theo. 81 Li + H- Icnization E= 0 - 600 MeV Theoo 81 Icnizatîon Li + Ha E= 0.4 - 1000 keV Theo. 82 Li + He+ + Ionization E= 0.1 - 1300 keV Theo« 33 Li + He++ Charge Transfer E= 0.1 - 1300 keV Theo. 33 Li + He Ionization E= 0.4 - 1000 keV Theo. 82 Be*+ + H Charge Transfer E= 90.5 keV Theo. 46 Be*+ + He Ionization E= 0.9 - 4.5 MeV Theo. 51 Be++ + H Ionization 0 - 18 61 Ionization E= MeV Be++ + Ha E= 0 - 30 MeV 61 Be++ + He Ionization E= 0 - 60 MeV 61 Be+ + He Excitation E= 0.6 - 1.5 keV Exp. 219 Be+ + He Charge Transfer E= 0.6 - 1.5 keV Exp. 219 Be + H Ionization E= 0 - 600 MeV Theo. 81 Be + Icnization 0 - 600 H- Charge Transfer E= MeV Theo. 81 B5+ + H E= 2.3 - 3.9 eV Theo* 218 s+ Charge Transfer B + H Charge Transfer E= 5.3 keV Exp. £28 B*+ + Ha Ionization E= 9.8 keV Exp. £28 B«+ + He Charge Transfer E= 1.1 - 5.5 MeV Theoo 51 B*+ + H Charge Transfer E= 1.6 - 5.5 keV Exp. £28 B*+ + Ha Charge Transfer E= 2.9 - 10.1 keV Exp. 228 B3+ + H Charge Transfer E= 1.2 - 4 keV Exp. £28 B3+ + Ha Charge Transfer E= 2.3 - 7.4 keV Exp. 228 B++ + E= 0.8 - 2.7 keV Exp. 228 H Charge Transfer B++ + z Ionization E= 1.5 - 4C9 keV Exp. 228 C*+ + H Charge Transfer E= 232 - 1550 keV Theo. 1S3 C*+ + H Ionization E= 2.1 - 3.5 eV Theoo 218 c*+ + He Charge Transfer E= 1.2 - 6 MeV Theo. 51 C5+ + H* Charge Transfer E= 50 - 400 eV Theo. 254 C5+ + H Charge Transfer E= 3.2 keV Exp. 228 c«+ •«• Ha Charge Transfer E= 5.9 keV Exp. £28 c*+ + H Charge Transfer E= 1 - 5.4 keV Exp. £28 c*+ + Hz Excitation E= 1.8 - 9.9 keV Exp. 228 c*+ + He Charge Transfer E= 12 - 180 keV Exp. 84 C3+ + H Charge Transfer E= 2.5 keV Exp. £28 C3+ + Hz Excitation E= 4.7 keV Exp. £28 c++ + H+ Charge Transfer T= 10 - 620 kK Theo. 100 c+ + H Charge Transfer E= 0 - 1 keV Exp. 227 c* + H Charge Transfer T= 10000 K Theo. 263 c+ + H2 Charge Transfer E= 0.01 - 1.8 keV Exp. 227 c+ + Na Charge Transfer E= 1 - 5 keV Exp. 283 c+ + K Charge Transfer E= 1 - 5 keV Exp. 283 c+ + Cs Excitation E= 1 - 5 keV Exp. 283 c + H+ E= 20 - 100 keV Exp. 63 - 17 -
C HK H Ionisation E= 0 - 600 MeV Theoe 81 C ii- H- Ionization E= 0 - 600 NeV Theoo 81 C ti- He+ Excitation E= 20 - 100 keV Exp. 83 C -ii- Na Charge Transfer E= 1 - 5 keV Exp. 283 C wh K Charge Transfer E= 1 - 5 keV Exp. 263 C -th Cs Charge Transfer E= 1 - 5 keJ Exp. 283 CH» ^• H + Charge Transfer E= 1 - 20 keV Exp* 26ö C0+ t• D Interchange Reac* Thermal Exp* 128 CO ^• H + Charge Transfer E= 2*2 - 8o2 keV Exp* ' S43 CO ^• H+ Charge Transfer E= 1 - 20 keV Exp* 368 CO •*• H . Total Scattering T= 870 K Exp* 98 CO2+ -»• H Interchange Reac* Thermal Exp* 128 CO2+ •*• D Interchange Reac* Thermal Exp* 128 COa ••• H+ Charge Transfer E= 2. 2 - 8.2 keV Exp* 243 CO2 *• H* Charge Transfer E= 1 - 20 keV Exp* £68 N7+ ••- He Ionization E= 1.4 - 7 MeV Theo* 51 N5+ ••• H Charge Transfer E= 1.2 - 8.1 keV Exp* 528 N5+ i H2 Charge Transfer E= 2*3 - 15ol keV Exp* £28 NS+ +• He Excitation E= 14 - 210 keV Exp* 84 N*+ •» H Charge Transfer E= 0.9 - 6*3 keV Exp* 228 Charge Transfer E= 1.7 - 11.7 keV Exp* £28 N3+ + H Charge Transfer E= 1.2 - 4.7 keV Exp* 528 »J3+ + Charge Transfer H2 E= 2.3 - 8*9 keV Exp* £28 N++ + He Charge Transfer E= 0.04 - 0*53 keV Exp* £27 N+ + H Charge Transfer E= 0 - 0.8 keV Exp* 227 N+ + H Charge Transfer T= 10000 K Theoo £64 Charge Transfer N+ + Hz E= 0.01 - 1.6 keV Exp* 227 N + Icnizetion 0 - 600 MeV Theo* 81 H Ionization E= N + 0 - 600 MeV Theoo 61 H- Charge Transfer E= 08+ + 0 - 190 keV Theo. 24 H Charge Transfer E= 08+ + 94.8 Theo. 46 H Charge Transfer E= keV 08+ + 1.6 - 2.7 Theo. H Ion i zat ion E= eV cia 08+ + He E= 1.6 - 8 MeV Theo. 51 6+ Charge Transfer 0 + H Charge Transfer 1.8 - 5.7 keV Exp. £28 06+ + H2 Excitation E= 3.4 - 10.7 keV Exp. £28 06+ + He E= 16 - 240 keV Exp. 64 s+ Charge Transfer O + H Charge Transfer E= 1.5 - 4.7 keV Exp* £28 0S+ + Hz Charge Transfer E= 2.8 - 8.8 keV Exp. 328 0++ + H Charge Trensfer Thermal Theo* 101 0+ + H Charge Transfer E= 0 - 0.7 keV Exp* 227 0"+ + H Charge Transfer E= 0.1 MeV Exp* £29 0+ + H2 E= OoOl - 1.4 keV Exp* 227 n+ Charge Transfer O + Hz Charge Transfer E= 0.2 MeV Exp* £29 0+ + Na Charge Transfer E= 1 - 5 keV Exp* 283 0+ + K Charge Trensfer E= 1 - 5 keV Exp* 283 0+ + Cs Charge Transfer E= 1 - 5 keV Exp* 283 0 + Na Charge Transfer E= 1 - 5 keV Exp* 283 0 + K Charge Transfer E= 1 - 5 keV Exp* 283 0 + Cs Charge Transfer E= 1 - 5 keV Exp* 2E3 F6+ + H Charge Transfer E= 2.6 keV Exp* 328 F*+ + Hz Charge Transfer E= 5 keV Exp* 228 Ne++ + H Excitation Thermal Theo* 101 Ne + H+ Deexcitation E= 4 - 20 keV Exp* 256 Ne + H Excitation E= 5 - 26 keV Exp* 268 Ne + He*+ Ionization E= 2 - 100 keV Exp* 85 Ne + He+ + Charge Transfer E= 10 - 15 keV Exp* 86 Ne + He+ Charge Transfer E= 0.2 - 4 keV Exp* 63 Ne* + He+ E= 0*1 - 500 eV Exp* 30 - 18 -
Na + H Charge Transfer E= Ool - 5 keV Exp. 89 Na + H2 Ionization E= 0.4 - 1000 keV Theo. 82 Na + He Ionization E= 0*4 - 1000 keV Theo. 82 Na + c+ Charge Transfer Es 1 - 5 keV Exp* 263 Na + C Charge Transfer E= 1 - 5 keV Exp* 2S3 Na + 0+ Charge Transfer E= 1 - 5 keV Exp* 283 Na + 0 Charge Transfer E= 1 - 5 keV Exp* 283 Mg + H+ Excitation E= 20 - 100 keV Exp* 83 Mg + He+ Excitation E= 20 - 100 keV Exp* 83 Si + H+ Excitation E= 20 - 100 keV Exp* £3 Si + He* Excitation E= 20 - 100 keV Exp* £3 S+ + H Charge Transfer T= 10000 K Theo. 263 Ar»+ + H Charge Transfer E= 2.5 keV Exp. 328 Ar8* + Ha Charge Transfer E= 4*8 keV Exp. 528 Ar«+ + He Excitation E= 36 - 540 keV Exp. 84 Ar* + Ha Excitation E= 0.02 - 2.2 eV Exp. 225 Ar + H* Excitation E= 4 - 20 keV Exp. 256 Ar + H Deexcitation Es 5 - 26 keV Exp. 268 Ar + H Ionization E= 0.5 MeV Exp. 217 Ar + He++ Excitation E= 2 - 100 keV Exp. es Ar + He+* Ionization Es 10 - 15 keV Exp. 86 Ar + He+ Charge Transfer E= 0.2 - 4 keV Exp. 63 K + C+ Charge Transfer E= 1 - 5 keV Exp. 283 K + C Charge Transfer E= 1 - 5 keV Exp. 2£3 K + 0+ Charge Transfer E= 1 - 5 keV Exp. 283 K + 0 Charge Transfer E= 1 - 5 keV Exp. 283 Ca + He+ Ionization E= 2 - 1000 eV Exp* 275 Fea+ + H Charge Transfer E= 0o05 - 0.1 MeV Exp* 229 Charge Transfer E= 0.1 - 0.3 MeV Exp* 229 Kr + H* Excitation 4 - 20 keV Exp. 256 Deexcitation E= Kr + H Es 26 Exp. Excitation 5 - keV 268 Kr + He+ + 100 Exp. Ionization E= 2 - keV 85 He++ 10 - Kr + Charge Transfer E= 15 keV Exp. 86 Mon+ + H E= 0.05 - 0.1 MeV Exp. 229 n+ Charge Transfer Mo + H2 Ionization E= 0.1 - 0.3 MeV Exp. 229 Cd + He Charge Transfer T= 500 K Exp. 14 Xe*°*+ He Excitation Es 2.9 keV Exp. 210 Xe + H* Excitation E= 4 - 20 keV Exp. 256 Xe + He+ + E= 2 - 100 keV Exp. 85 + Ionization Xe • He* Charge Transfer E= 10 - 15 keV Exp. 86 Xe + He+ Interchange Reac. E= 0.2 - 4 keV Exp. €3 Cs+ + H2 Charge Transfer E= 3 - 10 keV SO Cs * H+ Charge Transfer Es 20.3 - 100 eV Exp. 257 Cs + H* Charge Transfer E= 3 keV Exp. 280 Cs + H Charge Transfer E= 0.1 - 5 keV Exp. 89 Cs + D3* Charge Transfer E= 1.5 - 7.5 keV Exp. 235 Cs + C* Charge Trensfer E= 1 - 5 keV Exp. 283 Cs + C Charge Transfer E= 1 - 5 keV Exp. 283 Cs + 0 + Charge Transfer E= 1 - 5 keV Exp. 283 Cs + 0 Ionizetion E= 1 - 5 keV Exp. 283 Ba + He* Charge Transfer E= 2 - 1000 eV Exp. 275 Tan+ + H Charge Transfer Es 0.02 - 0.1 MeV Exp. 229 n+ Ta + H2 Charge Transfer Es 0.05 - 0.2 MeV Exp. 229 Wn+ + H Charge Transfer Es 0.04 - 0.06 MeV Exp. 229 yn+ + H2 Charge Transfer Es 0.09 - 0.1 MeV Exp. 229 Aun+ + H Es 0.06 MeV Exp. 229 - 19 -
C. Surface Effects
Surface Incident Process or Constituents Particles Quantity Measured Energy Ref
Be H\ H2* Erosion 0.25-1 keV 161 C lons: 7=6,20 Stopping power 6-20 keV 109 Al He* Trapping 0.60 MeV 111 Al Ar* Sputtering 40 keV 301 Al lons: Z=6,20 Stopping power 6-15 keV 109
A12O3 Ar* Sputtering 40 keV 301 Si e" e" emiss./reflect. 2-35 eV 5 Si B+ Trapping 100 keV 4 Si 0 Trapping Thermal 105 Si Ar* Sputtering 50-500 keV 277 SiC Ar* Damage 5-100 eV 3 Ti (PT-7M) °3+ Sputtering *00 eV 352 Ni He* Blistering 20-500 keV 91 Ni He* B listerinj* 20-500 keV 163 Ni Xe* Pore structure 2 MeV 1 Ni lons: Z=6,20 Stopping power 5-12 keV 109
Cu (Membrane) H2 Trapping 7 Cr Sputtering Fe (304 SS) »3* in keV 162 Fe(12Khl8N10T) Sputtering 300 eV 352 Fe(NimonicPE16)He+, A* Sputtering 8 keV 92 ZrC 0 Trapping 1300-1550°C 62 Mo(100) e~ e emission 0.5-1.5 keV 8 Ag He*, Li*, C* Stopping power 30-300 keV 112 Ag lons: Z=6,20 Stopping power 4-8 keV 109 Ta Cs* Sputtering 3.5 keV 6 Au Ar* Sputtering 20 keV 21 Au lons: Z=6,20 Stopping power 3-5 keV 109 - 20 -
SJBLIÇGRAPHY
V* F* Zelenskij, V* Ne Voevodin, B. V* Matviyenko, I» M, Neklyudov, T. Po Chernyayeva Existence of Two Systems of Pores in Nickel Irradiated by Xenon Ions , in Russian At. Ehnergo 45, 61 (1978)
Je Eo West, J, Morton Absolute Photoioni2«tion Cross-Section Tables for Xenon in the VUV and the Soft x-ray Regions Atomic Data and Nuclear Data Tables 22, 103 (1S78)
A* Titov, 6. Ko Zyryanov, Ao Go Burkhanov Formation of Defects on the Surface of Silicon Carbide During Bombardment by Argon Ions of Enargy from 5 to 100 eV , in Russian Fiz. Tekh. Poluprov. 12, 2067 (1978)
V* F. Stel'makh, V» D. Tkachev, A* P. Hhelyadinskij Accumulation of Radiation Defects and Amorphization of Silicon During Boron Ion Implantation , in Russian Fiz. Tverd. Tela 12, 2074 (1978)
I. M. Bronstein, M. Go Novitskij Secondary Electron Emission of Silicon at Low Primary-Electron Energies , in Russian Fiz, Tverd, Tela 20, 2534 (1978)
S, Fo Belykh, V, Io Veksler, R, N, Evtukhov, Lo B. Kudryashcva, B, A, Tsipinyuk Non-Steady-State Processes of Continuous Photon Spectrum Emission by the Products of Tantalum Cathode Sputtering During Caesium Ion Bombardment , in Russian Fiz. Tverd. Tela 20, 3488 (1978)
Té N. Kompanietz, V, Ao Kurakin, A, A, Kurdyuroov, V, N. Lyesnikov Study of the Kinetics of Hydrogen Penetration Through Copper Membranes, in Russian Fiz. Tverd. Tela 20, 3533 (1978)
M. V. Gonoyunova, S. L, Zaslavskij, I, I. Pronin Anisotropy of Secondary Electron Emission During Inclined Incidence of Electrons on Mo (100) , in Russian Fiz. Tverd. Tela 20, 3645 (1978)
9 H. I, Bogdanovicene, Po Q, Bogdanovic Superposition of Quasi-Degenerated Configurations in Highly- Charged Ions , in Russian Litovskij Fiz, Sbornik 18, 439 (1978)
10 R. K. Peterkop, Y. I, Ryabykh Excitation of Al, Gd, In and Tl Atoms by Electron Impact , in Russian Opt. Spektrosk. 45, 201 (1978) - 21 -
11 L. I. Podobedova, A. A* Ramonas» A. N. Ryabtsev * The 3d24s - 3d24p Transition in Mn V Spectra , in Russian Opt. Spektrosko 45, 417 (1S78)
12 S. A* Zapryagttev, V» G. Pal'chikova, U. I* Safronovs 2 1 3 2 3 * Probabilities of Is S0 - Is2p P2 and Is *S0 - Is2s S Radiative Transitions for Ions with Z = 2-137 , in Russian Opt, Spektrosk. 45, 422 (1978)
13 P. Fe Gruzdev, I. V, Afanas'eva * The Isoelectronic Sequence of Sodium , in Russian Opt. Spektrosk. *5, 631 (1978) TRANSLATED IN 0PTTCS AND SPECTROSCOPY V. 45, P. 611 (1S7S)
14 Vo A. Kartazaev, Y. A. Tolmachev * Penning Ionization and Non-Resonance Charge Exchange in the Afterglow of Discharge in a He-Cd Mixture , in Russian Opt. Spektrosk. 45, 648 (1978)
15 I. P. Bogdanova, S. V. Ryazantseva, V. E. Yakhont'eva * Study of the Characteristics of Excitation of Levels in Cadrium by Slow Electrons , in Russian Opt. Spektrosk. 45, 651 (1978) TRANSLATED IN~OPTICS AND SPECTROSCOPY V» 45, P. 622 (197S)
16 S. A. Kazantsev, E. D. Manjhchenko, P. K. Telbizov, M. P. Ctejka * The Decay Constant of the S>pt-State of Neon , in Russian Opt. Spektrosk. 45, 816 (1^78)
17 A. V. Loginov, P. F. Gruzdev * The Probability of 2p6, 2p5np - 2psms Transitions (n = 3, 4, m = 3 , 4, 5) and Radiative Lifetimes of the Spectrum Levels of the Al IV Ion , in Russian Opt. Spektrosk. 45, 839 (1978)
18 Y. I. Skoven', V. V. Flambaum * Tensor Polarizability of Thallium , in Russian Opt. Spektrosk. 45, 851 (1978)
19 P. A. Golovinskij, Eo A* Zon * Dynamic Polarizabi1ity of the Negative Hydrogen Ion , in Russian Opt. Spektrosk. 45, 854 (1978)
20 E. T. Verkhovtseva, P. S. Pogrebnyak * The Ultra-Soft x-ray Spectrum of Krypton in the Region of the M+,5 - N2,3 Transition , in Russian Opt. Spektrosk. 45, 866 (1978)
21 M. VI. Thompson, I. Reid, B. W. Farmery The Possibility of Sputtering by Point Defects Philos. Mag. A 38, 727 (1978) 22 J. -P. Buchet, M. -C. Buchet-Poulizac, M. Druetta Mean-Life Measurements of Na V, Na VI and Na VII Levels in the Extreme Ultraviolet Region Physica Scripta 18, 496 (1978) 23 T. Ac M. van Kleef, B. Co Met sch Term Analysis of Singly Ionized Iridium (Ir II) Physica (Utr.) 95Ç, 251 (1978)
24 H. Tatewaki Electronic Structure of Silicon Rydberg Series. I. The (3pnd) »Do, 3D°, iF°, and 3F° Series Phys. Rev. A 18, 1826 (1978)
25 H. Tatewaki, F. Sasaki Electronic Structure of Siliccn Rydberg Series. IL The (3pns) »P°, 3P° and (3pnd) »P°, apo Scries Phys. Rev. A 18, 1837 (1978)
26 D. M. Bishop, L. M. Cheung Rigorous Theoretical Investigation of the Ground State of Hs Phys. Rev. A 18, 1846 (1978)
27 P. K. Bhattacharyya, Ko K. Goswami, A. S. Ghosh Elastic and Pure Rotational Excitation of the Hydrogen Kclecule by Intermediate-Energy Electrons Phys. Rev. A 18, 1865 (1978)
28 P. W. Coulter, W. R. Garrett Electron-Hydrogen Scattering by Complex-Optical-potential Methods Phys. Rev. A 18, 1S02 (1978)
29 D. H. Crandall, R. A. Phaneuf, P. 0. Taylor Electron-Impact Ionization of C3+ and N*+ Phys. Rev. A 18, 1S11 (1978)
30 S. Y. Tang, R« H. Neynaber Charge Transfer Between Helium Ions and Metastable Neon Phys. Rev. A 18, 1925 (1978)
31 R. Shakeshaft Coupled-State Calculations of PTOton-Hydrogen-atom Scattering Using a Scaled Hydrogenic Basis Set Phys. Rev. A 18, 1930 (1978)
32 A. K. Bhatia, A. Tentkin, A. Silver, E. C. Sullivan Modificaticn of the Method of Polarized Orbitals for Electron- Alkali-Metal Scattering: Application to e-Li Phys. Rev. A 18, 1925 (1973)
33 E. J. Shipsey, L. T. Redmon, J« C. Browne, R. E. Olson Electron-Capture and Ionization Cross Sections for Collisions of He2+ with Li: Production of He3(31) at Low Velocities Phys. Rev, A 18, 1961 (1978)
34 H. Ryufuku, T. Watanabe Charge Transfer in Collisions of Atomic Hydrogen with 08+, He2+, and H+ Phys. Rev. A 18, 2005 (1978) 35 Ro Shakeshaft Electron Exchange Scattering from a Hydrogenlike Atom at High Impact Velocities Phys, Rev, A 18, 2047 (1978)
36 A* Mo Halpern Variationally Consistent Approximation Scheme for Charge Transfer Physo Rev, A 18, 2058 (1978)
37 J, Fort, J. J, Laucagne, Ao Pesnelle, G, Watel Velocity Dependence of the Cross Sections for Penning and Associative Ionizaticn of H and D Atoms by He(23S) Metastable Atoms Phys, Rev. A 18, 2063 (1978)
38 J, Fort, To Bolzinger, D, Corno, T, Ebding, A, Pesnelle Velocity Dependence of the Cross Sections for Penning, Rearrangement, 3 and Total Ionization of H2 and D2 Molecules by He (2 S) and He (2»S) Metastoble Atoms Physo Rev, A 18, 2075 (1978)
39 C. Fo Burrell, Ho -Jo Kunze Collisional Transfer Rates Between Excited Levels in Helium Phys, Fev. A 18, 2081 (1978)
40 R. F« Reilraan, S. T, Manson Photoionization of Positive Ions, II, Iron Phys. Rev, A 18, 2124 (1978)
41 G, G. Lombardi, P. Lo Smith, W, Ho Parkinson Measurement of the Photoionization Cross Section of Neutral Iron Phys, Rev. A .18, 2131 (1978)
42 F. M. Kelly, M. S» Mathur 6p 2P Levels of Ionized Barium: Lifetimes and Depolarization Cross Sections Phys. Rev. A 18, 2135 (1978)
43 K. Gruetzmacher, B, Wende Stark Broadening of the Hydrogen Resonance Line L6 in a Dense Equilibrium Plasma Phys. Rev. A 18, 2140 (1978)
44 M. Aymar, P, Camus, Mo Dieulîn, C, Morillon Two-Photon Spectroscepy of Neutral Barium: Observations of the Highly Excited Even Levels and Theoretical Analysis of the J = 0 Spectrum Physo Rev. A 18, 2173 (1978)
45 S, M, Younger, Vlo Lo Vliese Systematic Trends for the Oscillator Strengths of Resonance Transitions in the Cu and Zn Isoelectronic Sequences Phys. Rev. A 18, 2366 (1978) - 24 -
46 J. E. Golden» J. H. McGuire, K. Omidvar Electron Capture from Atomic Hydrogen into Excited n, R Levels of Projectiles with 2X ± 1 Physo Rev, A 18, 2373 (1978)
47 M. Ko Srivestava, A. No Tripathi, M. Lai Exchange Effects in the Independent-Atom Model of Electron-Molecule Scattering Phys. Rev, A 18, 2277 (1978)
48 R. Shakeshaft Comment on the First-Order Faddeev Approximation for Ionization of Atoms by Ion Impact Physo Rev. A 18, 2381 (1978) 49 S, No Singh, S, Kumar, M, Ko Srivastava Electron-Impact Excitation of Hydrogen Atom in the Two-Fotential Eikonal Approximation Physo Rev. A 18, 2391 (1978)
50 M, V, Fonseca, J, Campos Erratum: Lifetimes of Some Levels Belonging to the 4ps5p end 4p56p Configurations of Kr I Physo Rev, A 18, 2394 (1978)
51 R. E. Olson Electron-Capture and Impact-Ionization Cross Sections for Multiply Charged Ions Colliding with Helium Physo Rev. A 18, 2464 (1978)
52 J, M, Bassalo, M. Cattani Electron-impact Widths and Shifts of Neutral Helium Lines in a Plasma Phys» Rev. A 18, 2488 (1978)
53 K, C. Mathur Rotational Excitation of CH+ by Electron Impact Phys. Rev. A 18, 2493 (1978)
54 A. K. Bhatia Autoionization States of Li, Ee+, B2+ , and C" Phys. Rev. A 18, 2523 (1978)
55 M. Ye Amus'ya, V. K. Dolmatov, V. K. Ivanov * Giant Autoionization in the Mn Atom , in Russian Pis«ma Zh. Ehksp. Teor. Fiz. 4, 1305 (1978)
56 I. V, KomaTOv, V, N. Ostrovskij * Formation of Excited Hydrogen Atoms During Photo-Dissociation of the H2 Molecule , in Russian Pi s»ma Zh. Ehksp. Teor. Fiz. 28, 446 (1978) 57 I. So Aleksakhin, A. I. Zapesochnyi, A. I. Imre * Discovery of the Dielectronic Recombination of the Potassium Ion , in Russian Pis'ma Zh. Ehksp. Teoro Fiz. 28, 576 (1978)
58 G. F. Drukarev, S. Ao Pozdneev * Use of the Fadeev Equations to Calculate Dissociative Attachment Cross Sections , in Russian Zh. Ehksp. Teor. Fizo 74, 200S (1978)
59 G. F. Drukarev * Highly-Excited States of the Hydrogen Atom in an Electric Field , in Russian Zh. Ehksp. Teor. Fiz. 75, 473 (1978)
60 H. Soltwisch, H. J. Kusch Experimental Stark Profile Determination of Some Plasma Broadened He I- and He II-Lines Z. Natur forsen. 34A, 300 (1978)
61 V. So Nikolaev, V. So Senashenko, V. A. Sidorovich, V. Y. Sbafer * Ionization of Hydrogen and Helium by Fast Atomic Particles Containing Not More Than Two Electrons , in Russian Zh. Tekho Fiz. 48, 1399 (1978)
62 T. L. Matskevich * Work Function of the Zirconium Carbide - Oxygen System , in Russian Zh. Tekh. Fiz. 48, 1714 (1978)
63 B. I. Kikiani, Z. E. Saliya, M. R. Gochitashvilli, T. M. Kereselidze, I. G. Bagdasarova * Electron Capture During Collisions of Inert Gas Ions and Atcros in the 200-4000 eV Energy Region , in Russian Zh. Tekho Fiz. 48, 2326 (1978)
64 J. N. Bardsley, J. So Cohen, J. M. Wadehra Resonant Contributions to Single Charge Transfer Between He2+ and He Report LA-UR-78-3134, Los Alamos Scientific Laboratory, Les Alamos, New Mexico 87544, 1S78
65 G. F. Drukarev, V. Me Borodin, I. Y. Yurova * Photoionization of the Negative H~ Ion , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol. 1, p. 20, 1978
66 M. Y. Amus'ya, V. K. Dolmatov, V. K. Ivanov * Giant Autoionization Resonance in the Photoabsorption Spectrum of Mn , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol. 1, p. 22, 1978 - 26 -
67 A* Vage, V. S« Senashenko * Resonance Photoionization of the Hel iurn Atom in the Resonance Neighbourhood , in Russian Abstracts of PapeTS Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions» Vol* 1, p* 31, 1978
68 A* V* Avdeev, P* B. Ivanov, V» So Senashenko * Photo ionization of He Atoms with Excitation of a Field to the n = 2 State , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 1, p. 32, 1978
69 E* E. Kontrosh, 0* Bo Shpenik, No I* Romanyuk * Classification of Resonances in the Magnesium Atom , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 1, p* 42, 1978
70 V. A* Gostev, Y* V* Zajtsev, A* D* Khakhaev * Study of the Processes of Interaction of Metastable Helium Atoms with Electrons , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 1, p* 55, 1978
71 L* I* Gorokhov, A* M. Emel'yanov, Y* S. Khodeev * Determination of the Relative Cross-Sections cf Electron Impact Ionization of Aluminium, Nickel and Cobalt , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 1, p* 63, 1978
72 V* G* Nekrashevich, V* I* Rakhovskij, V* M. Shustryakov * Measurement of the Effective Cross-Section of Electron Impact Ionization of Molybdenum , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 1, p* 64, 1978
73 L* A« Burkova, Vo I* Ochkur * Excitation of Helium by Electron Impact from the 23S State in the Second Born Approximation , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 1, p* 71, 1978
74 A* Ao Mityureva, M. Po Penkin * Ionization Cross-Section with Excitation of a Neon Atom During Electron Impact , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 1, p* 71, 1978 - 27 -
75 A* I. Zapesochnyit A* I* Imre, I* S* Aleksakhin * Ion Excitation by K-Electron Impact , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol» 1, p* 79, 1978
76 I» 2o Shafran'osh, Vo Pu Starodub, I» S* Aleksakhin * Study of the Effective Excitation Cross-Sections for Laser Transitions of Copper, Lead and Bismuth Atoms by Low-Energy Electrons , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 1* po 80, 1978
77 A* I» Korotkov, N. I» Petrov * Measurement of the Total Excitation Functions of the Metastable Levels of He I and Ar I , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 1, p* 85, 1978
78 Y* Ka Gus'kov, R* V* Savvov, V* A* Slabodenyuk * Total Scattering Cross-Section of Slow Electrons on H2, CC2» 02 and Cs , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 1, p* 91, 1978
79 V* A* Ivanov, Y, E* Skoblo * Recombination of Molecular Helium Ions at High Electron Temperatures , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 1, p* 99, 1978
80 V* M. Borodin, G* F* Drukarev, I* Y* Yurova * Ionizaticn of the Negative Hydrogen Ion During Collision with Helium Atoms , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions; Vol* 2, p* 44, 1978
81 A* K* Kaminskij, M* I* Popova * Calculations of Differential Ionization Cross-Sections of Fest H- Ions and Hydrogen Atoms in Collisions with Light Atoms , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 2, p. 46, 1978
82 V* A* Sergeev * Reductions of Cross Sections for Electron Loss SOi by Li and Na Atoms in Collisions with He and H2 , in Russian Abstracts cf Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 2, p* 47, 1978 - 28 -
83 D. P. Ivanov, S* Po Kuptsov, Y. I. Usakov * Study of the Inner Shell Excitation Cross-Sections for C, Mg, Al and Si During Bombardment ty H+, He* Ions with Energies cf 20 - 900 keV, in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions» Vul* 2, p. 56, 1978
84 V* Ve Afrosimov, Ao A* Basalaev, Me N* Panov * Cross Sections for Interaction of Multicharge C, N, 0 and Ar Ions with Helium Atoms , in Russian Abstracts cf Papers Presented at the Seventh Ail-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 2, p* 67, 1S78
85 V» V* Afrosimov, G* A« Lejko, M* No Panov * Formation of Excited States During Single-Electron Capture by He+2 Ions in Ne, Ar, Kr and Xe Atoms , in Russian Abstracts of Papers Presented at the Seventh Ail-Union Conference on the Physics of Electron and Atomic Collisions; Vol* 2, p. 68, 1978
86 A* Ao Sasalaev, G* Ao Lejko, M* N* Panov * Exo- and Endothermic Channels of the Process of Capture with Ionization During the He+2 + Ne, Ar, Kr, Xe Interaction , in Russian Abstracts of Papers Presented at the Seventh All-union Conference on the Physics of Electron and Atomic Collisions, Vol* 2, p* 69, 1S78 87 R. A* Zhitnikov, V* A* Kartoshkin, G. V. Klement'ev * Study of Ionization Collisions of Molecular Hydrogen with Helium 3 Atoms in the 2 St State by the Method of Optical Orientatior of Atoms , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 2, p* 110, 1978 88 R. F. Bojkova * Ion-Ion Recombination of the Molecular Hydrogen Ion H2+ and Hydrogen Ion H- , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 2, p* 117, 1S78 89 Y. A* Agafonov, B* A* D'yachkov, Mo A* Povlij * Charge-Exchange of Protons in Thick Caesium and Sodium Vapour Jets , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 2, p* 144, 1978 - 29 -
90 Pc A. Demchenko» La I» Krupnik * Energy Losses by Cs* Ions in Molecular Hydrogen » in Russian Abstracts of Pepers Presented at the Seventh Ail-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 2, p. 155, 1978
91 M. Kaminsky, So K. Das* G. Fenske Gas Bubble and Damage Microstructure in Helium Implanted Nickel Invited Progress Paper Presented at the IX Summer School and Symposium on the Physics of Ionized Gases» Dubrovnik, Yugoslavia» August 28 - September 2, 1978
92 B. Navinsek, M. Peternel, A* Zabkar Comparison of Surface Effects Induced on Nimonic Alloy PE 16 by Low Energy He+ end A+ Ion Eombardment In 'IX Summer School and Symposium on the Physics of Ionized Cases1» p. 179, R. Ko Janev Editor, Dubrovnik, Yugoslavia, August- September 1978
93 G. D. Sandlin, R. Tousey On the Solar Coronal Lines 1175-1965 A Astrophys. J. 227, L107 (1979)
94 C. -C. Cheng, G« A. Doschek, I). Peldman The Dynamical Properties of the Solar Corona from Intensities and Line Widths of EUV Forbidden Lines of Si VII» Fe XI, and Fe XII Astrophys. J. 227, 1037 (1979)
95 R. J. Bieniek» A* Dalgarno Associative Detachment in Collisions of H and H~ Astrophys. J. 228, 635 (1979)
96 G. G. Sivjee, G. J» Romick, M. H. Rees Intensity Ratio and Center Wavelengths of (Ü II) (7320-7330 A) Line Emissions Astrophys. J. 229, 432 (1979)
97 A. B. Christensen Some Implications of Revised G I (7990 A) and 0 I (11287 A) Branching Ratios Astrophys. J. 229, 448 (1979)
98 G. Caracciolo, T. H. Ellis, G. 0. Este, A. Ruffolo, G. Secies, U. Valbusa Scattering Experiments with Hydrogen Atoms. II. A System of Astrophysical Interest: H+CO Astrophys. J. 229, 451 (1979)
99 J. A. Tully, H. P. Summers On the Rate Coefficient for Electron Impact Excitation of the 2 3S •» 2 3? Transition in Helium Astrophys. J. 229, L113 (1979) - 30 -
100 J. W. Cock, K. R. Nicolas Solar C III Line Intensity Ratios Observed from Skylab Astrophys. J. 229, 1163 (1979)
101 Ss Ee Butler, C. Fo Bender, A* Dalgarno Charge Transfer of C++ and Ne++ with H Astrophys. J. 230, L59 f 1979)
102 V» L. Jacobs, J» Davis, J. E. Rogerson, M. Blaha Dielectronic Recombination Rates, Ionization Equilibrium, and Radiative Energy-Loss Rates for Neon, Magnesium, and Sulfur Ions in Low-Density Plasmas Astrophys. J. 230, €27 (1979)
103 M. Mo Phillips A Compilation of Oscillator Strengths for Selected Fe II Transitions Astrophys* J. Supple Ser. 39, (1979)
104 K. Jain New Ion Laser Transitions in Copper, Silver, and Gold Appl. Phys. Lett. 34, 398 (1979)
105 P. Morgen, J. H. Onsgaard, S. Tougaard Observation of Changes in the Electronic Density of States et a Si (111) Surface Curing Adsorption of Oxygen by Auger Electron Spectroscopy Appl. Phys. Lett. 34, 488 (1979)
106 P. A. Millette, Y. P. Varshni New Asymptotic Expression for the Average Lifetime of Hydrogenic Level s Can. J. Phys. 57, 324 (1979)
107 M. Herman, J. U. C. Johns, A. R. W. McKellar High Resolution Laser Stark and Infrared-Radiofrequency Double Resonance Spectroscopy of H20 at 6 inn Can. J. Phys. 57, 397 (1979)
108 M. L. Swanson, P. Offermann, Ko H. Ecker A Comparison of Radiation Damage in Al by Channeled and Random Beams of 0.6 MeV He+ Ions Can. J. Phys. 57, 457 (1979) 109 D. Ward, H. R. Andrews, I. V. Mitchell, U. N. Lennard, fi. S. Walker, N. Rud Systematic" for the Zl-0scillat ion in Stopping Powers of Various Solid Materials Can. J. Phys. 57, 645 (1979)
110 F. Mo Kelly, M. S. Mathur 2 Lifetime of the 5 *D8 Level of Neutral Strontium Can. J. Phys. 57, 657 (1979) - 31 -
111 P. Burkheltey, J. Davis, J. Rauch, W. Clark, Go Dahlbacka, Fo Schneider X-ray Line Spectra from Exploded-Wire Arrays J. Appl. Phys. 50, 705 (1979)
112 R. S. Averback, R. Benedek, Ko L. Merkle, Le Ro Singer The Determination of Electronic Stopping Powers of Light Ions in Metals from Damage-Rate Measurements J. Appl. Phj/s, 50, 1273 (1S79)
113 E. G» Rauh, R» J* Ackermann The First Ionization Potentials of the Transition Metals J. Chenu Phys, 70, 1004 (1979)
114 T. Voegel, J. Hinze, F. Tobin Numerical SCF Method for the Calculation of Static Polarizabilities for Atoms, He Through Ne J. Chenu Phys, 70, 1107 (1979)
115 J« To Moseley, Po Co Cosby, Jo -Bo Ozenne, Jo Durup Predissociation Lifetimes of the Rotational and Fine Structure + Levels of C2 (b*£7, v = 3,4,5) J. Chenu Phys. 70, 1474 (1S79)
116 Jo To Slankas, Mo Keil, A. Kuppermann Scattering of Thermal He Beams by Crossed Atomic and Molecular Beams. IV. Spherically Symmetric Intermolecular Potentials for He + CH4, NH3, H20, SF6 J, Chenu Phys. 70, 1482 (1979)
117 F. Torello, Mo Go Dondi Experimental Determination of the Isotropic Part of the D-H2 Potential Surface Jo Chenu Physo 70, 1564 (1S79)
118 Ko Tanaka, Mo Yoshimine A Theoretical Study of the Predissociation of the c*£- State of 02 + Jo Chem. Physo 70, 1626 (1979) 119 Wo Bo England, Wo Co Ermler Theoretical Studies of Atmospheric Triatomic Moleculeso New Ab l Initio Results for the *flg - Au Vertical State Ordering in C02 Jo Chenu Phys, 70, 1711 (1979)
120 L. C. Lee, G. P. Smith Photodissociation and Photodetachment of Molecular Negative Ionso VI. Ions in O2/CH»/H2O Mixtures from 3500 to 8600 A Jo Chem. Phys. 70, 1727 (1S79)
121 C. So Lin Threshold Behavior of Vibrationally Inelastic Cross Sections Jo Chem. Phys. 70, 1791 (1979) - 32 -
122 K. D. Sen Virial Scaling Corrections to Koopmans' Ionization Potential in Positive Ions of He, Ne, and Ar Series J. Chenu Phys. 70, 2025 (1979)
123 R. Stockbauer Threshold Fhotoelectron Spectra of Atmospheric Molecules» I. Description of Method and Application to H2, D2, and N2 Jo Chenu Phys. 70, 2108 (1979)
124 J, A» Schiavone Dissociative Excitation of C0a by Electron Impact: Translational Spectroscopy of 0** Fragments J. Chem. Phys, 70, 2236 (1S79)
125 T. Itagaki, A. Saika Electron Correlation in Molecular Many-Electron Systems by Diagrammatic Many-Eody Perturbation Theory: Correlation Energies and Dipcle Polarizabilities of the Hydrogen Molecule J, Chem. Phys, 70, 2378 (1979)
126 S. M, Tarr, H, Rabitz Vibrational-Rotational Relaxation from High Vibrational States in He-Hd J. Chem, Phys. 70, 2569 (1979) 127 D, R. McLaughlin, D. L. Thompson Ground- And Lower Excited-State Discrete Ab Initio Electronic + Potential-Energy Surfaces for Doublet HeH2 J. Chem. Phys. 70, 2748 (1979) 128 Z. Karpas, V. Anicich, W. T. Huntress Jr. An Ion Cyclotron Resonance Study of Reactions of Ions with Hydrogen Atoms J. Chem. Phys. 70, 2877 (1979)
129 R. Daniele Wave Functions and Effective Potentials of Alkalilike Ions. I. Lithiumlike Ions J. Chem. Phys. 70, 3462 (1979)
130 M. P. Strand, W. P. Reinhardt Semiclassical Quantization of the Low Lying Electronic States of H2 + J. Chenu Phys, 70, 3812 (1979)
131 A. -R» Hashemi-Attar, C. L. Beckel, W. N. Keepin, S. A. Scnnleitner A New Functional Form for Representing Vibrational Eigenenergies of Diatomic Molecules. Application to H2+ Ground State J. Chenu Phys. 70, 3881 (1979) - 33 -
132 R. Luyckx, P. Coulon, H. N. W, Lekkerkerker Bounds on Dynamic Polarizabilities and Dispersion Force Coefficients J. Chem. Physe 70, 4212 (1979)
133 L. Y. C. Chiu, Da Ke Bhattacharyya 3 Lifetimes of Fine Structure Levels of Metastable H2 in the c nu State J. Chenu Phys. 70, 4376 (1979)
134 I* Pi o Armour, S. Bashkin, Ne Ae Jelley, R. O'Brien, Je D. Silver, E. Trabert 3 A Measurement of the ls2p Pt Lifetime in Helium Like Silicon J. Physique 40, Cl-211 (1979)
135 Ye Baudinet-Robinet, P. D. Dumont, He Pe Garnir, E» Biemont, Ne Grevesse Beam-Foil Study of Al II-VI Between 1100 and 1900 A Je Physique 40, Cl-175 (1979)
136 He Fo Beyer, Fo Folkmann, Ke -He Schartner Few-Electron States of Ne Produced by le4 MeV/amu Heavy Ion Impact J. Physique 40, Cl-17 (1979)
137 N. Billy, C. Lhuillier, Je P. Faroux Study of Fine Structures of He+ and Ne by Beam-Gas Spectrcscopy J. Physique 40, Cl-20 (1979)
138 Pe Bisgaard, Re Bruch, Me Rodbro High-Resolution Auger Spectra of Li, Be, B and C Excited in Single Gas Collisions J. Physique 40, Cl-14 (1979)
139 Je Bromander, Se Hultberg, Be Jelenkovic, Le Liljeby, Se Mannervik A Beam-Foil Study of Lithium J, Physique 40, Cl-10 (1979)
140 Ae Carrington, Pe Je Sarre Sub-Doppler Laser Spectroscopy of Molecular lens in Ion Beans J. Physique 40, Cl-54 (1979)
141 Pe Ceyzeriat, Je -Pe Buchet, Me -Ce Buchet-Poulizac, Jo Desesquelles, Me Druetta Measurement and Calculation of the Lifetimes of the n = 3 and 4 Levels of Al IV $ in French J. Physique 40, Cl-171 (1979)
142 Ae Denis, Je Desesquelles Widths of Stark Components of *He TI (n = 4) , in French J, Physique 40, Cl-24 (1979)
143 Be Denne, De Je Pegg, Ke Ishii, Ee Alvarez, Re Hallin, Jo Pihl, Re Sjoedin Radiative Lifetimes of Highly Ionized and Foil-Excited Al J. Physique 40, Cl-183 (1979) - 34 -
144 D, D. Dietrich, J. P. Leavitt Mean Lives in N V J. Physique 40, Cl-169 (1979)
145 D. D. Dietrich, J. A. Leavitt Wavelengths and Oscillator Strengths of Transitions in Kr XXXIII and Kr XXXIV Jo Physique 40, Cl-215 (1979)
146 H. Do Dohmann, Re Mann 3 High Precision Measurement of the Lifetime of the P2 and *P5/2 States in Ar»*+ and Ar*=+ J. Physique 40, Cl-218 (1979)
147 J. P. Forester, D. Jo Pegg, P. Mo Griffin, Go Do Alton, So Eo Elston, H* Co Hayden, R. So Thoe, Co R. Vane, Jo Jo Wright A Systematic Study cf 2s2 2p* - 2s2p*+i - 2p*+2 Transitions in Multiply-Charged Cl Ions J. Physique 40, Cl-208 (1979)
148 A. Hibbert Co Io Calculations in the Silicon Sequence Jo Physique 40, Cl-122 (1979)
149 Mo Horani, Ho Ho Bukow, Mo Carre, Mo Druetta, Mo L. Gaillard High Resolution Laser Spectroscopy of the Predissociated b*l~g + State of G2 in a Fast Ion Beam Jo Physique 40, Cl-57 (1979)
150 Jo Ao Kernahan, E. Ho Pinnington, Ko E. Donnelly, Jo A. O'Neill, Ro Lo Brooks Beam-Foil Spectroscopy of Aluminium Below 2000 A Jo Physique 40, Cl-180 (1979)
151 Eo Jo Knystautas, R. Drouin, M. Druetta New Identifications and Measurements of Lifetimes in Highly Ionized Argon , in French J. Physique 40, Cl-186 (1979)
152 So Larsson, Ro Crossley, To AM en i us On the Quartet Spectra of Lithium-like Ions Jo Physique 40, Cl-6 (1979)
153 J» Ao O'Neill, Eo Ho Pinnington, Ko Eo Donnelly, Ro Lo Brooks Beam-Foil Spectrosccpy of Iodine J. Physique 40, Cl-194 (1979)
154 Do Jo Pegg, Jo P. Forester, Po Mo Griffin, Go Do Alton, So Eo Elston, Bo Mo Johnson, Mo Suter, Ro So Thoe, Co Ro Vane Oscillator Strength Determinations for An=0 Transitions in Ee- like Ions of the Third Period Elements J. Physique 40, Cl-205 (1979) - 35 -
155 S. Schumann, I* A* Sellin, R. Mann, H. J. Frischkom, D. Rosich, G. Szabo, K. 0. Groeneveld Delayed Coincidence Auger Electron Lifetime Measurements J. Physique 40, Cl-221 (1979)
156 Go Sorensen Beam-Foil Measurements of Atomic Lifetimes in Co I and Co II J, Physique 40, Cl-190 (1979)
157 Ko Xe To, E. Jo Knystautas, R. Drouin, H. 6* Berry Doubly Excited States of the Li I Isoelectronic Sequence Jo Physique 40, Cl-3 (1979)
158 W. Lo Wiese, S. M. Younger Theoretical Simulation of Beam Foil Decay Curves for Resonance Transitions of Heavy Ions J. Physique 40, Cl-146 (1979)
159 F. Devos, J. Eoulmer, J. -Fo Delpech Transitions Between Rydberg Levels of Helium Induced by Electron and Neutral Collisions J. Physique 40, 215 (1979)
160 F. Gounand Calculation of Radial Matrix Elements and Radiative Lifetimes for Highly Excited States of Alkali Atoms Using the Coulomb Approximation J. Physique 40, 457 (1979)
161 Do M. Mattox, Do Jo Sharp Influence of Surface Morphology on the Low Energy Hydrogen Ion Erosion Yields of Eeryllium J. Nucl. Mater, 80» US (1979)
162 Jo No Smith Jr. Angular Effects in the Sputtering of Cr+ from Stainless Steel by 10 keV H3+ Jo Nucl, Mater. 80, 356 (1979)
163 Go Fenske, So Ko Das, Mo Keminsky A Technique for Determining the Depth Distribution of Cavities in He+-Irradiated Nickal Jo Nucl. Matero 80, 373 (1S79)
164 C. Froese Fischer Oscillator Strengths for Some D-F Transitions in the Mg Sequence J. Opt. Soc. Am. 69, 118 (1979)
165 K. Cheng, Y. K. Kim Excitation Energies and Oscillator Strengths in the Silver Isoelectronic Sequence Jo Opt, Soc. Am. 6S, 125 (1979) - 36 -
166 T. A. M. van Kleef, Y. N. Joshi Analysis of 4d«-4de 5p Transitions in Sb VIï and Te VIII and the Ionization Limits of Sb VI and Te VII J. Opt. Soc, Am. 6S, 132 (197Ç )
167 J. Sugar, V» Kaufman Identification of 5g and 6g Terms and Revised lonization Energies in the Yb II 4fl*nl Isoelectronic Sequence J. Opt. Soc. Am. 6S, 141 (197S)
168 J. Reader, G. Luther, N. Acquista Spectrum and Energy Levels of Thirteen-Times Ionized Molybdenum (Mo XIV) J. Opt. Soc. Am. 69, 144 (197S)
169 R. D. Kaul 3 Measurement of Excitation Cross Section of the 6 Pt State of Hg Using Self-Calibrating Apparatus J. Opt. Soc. «m. 69, 150 (1979)
170 K. Yoshino, Y. Tanaka Absorption Spectrum of Krypton in the Vacuum UV Region J. Opt. Soc. Am. 69, 159 (1979)
171 J. A. Armstrong, J. J. Wynne, P. Esherick Bound, Odd-Parity J = 1 Spectra of the Alkaline Earths: Ca, Sr, and Ba J. Opt. Soc. Am. 69, 211 (1979)
172 V. Kaufman, L. Hagan Spectrum and Energy Levels of Singly Ionized Aluminum (Al II) J. Opt. Soc. Am. 6S, 232 (1979)
173 J. Reader, No Acquista Spectrum and Energy Levels of Four-Times Ionized Zirconium (Zr V) J. Opt. Soc. Am. 69, 239 (197S) 174 Ac Kono, S. Hattori Radiative-Lifetime Measurements for I I and I II J. Opt. Soc. Am. 69, 253 (197S) 175 D. L» Ederer, T. B. Lucatorto, G. Mehlman Photoabsorption Spectrum of Mg I in the Range 226-170 A (54- 70 eV) J. Opt. Soc. Am. 69, 520 (1979) 176 E. J. McGulre Configuration Interaction Effects on the Odd Parity Levels cf S I J. Opt. Soc. Am. 69, 525 (1979) - 37 -
177 0, Vallée, No Trän Minn, J. Chappelle The Shape of Satellite Lines in Classical Broadening Theory Including Doppler Effect Jo Physo B 12, L9 (1979) 178 A. Mushtaq, M. So Z. Chaghtai, K. Rahimullah 4p*4d-4pS4d5s Transitions in Y III, Zr IV, Nb V and Mo VI J. Phys. B 12, 19 (1S79) 179 Po Valiron, Ro Gayet, Ro McCarroll, Fo Masnou-Seeuws, Mo Philippe Model-Potential Methods for the Calculation of Atom-Rare-gas Interactions: Application to the H-He System Jo Phys. B 12, 53 (1979) 180 Ao Roy, Ao So Ghosh The Capture of Electrons by Fast Protons from Hydrogen Atcms J. Physo B 12, 99 (1S79)
181 Bo Peart, P. Ao Forrest Measurements of Cross Sections for Double Charge Transfer in Collisions Between H+ and H~ Ions J. Phys. B 12, L23 (1979)
182 Vo Vo Balashov, Ao No Grum-Grzhimailo, No Mo Kabachnik, Ao Io Magimov, S. Io Strakhova On the Theory of Electron Angular Correlations in Electron Impact Ionisaticn of Neon J. Phys. B 12, L27 (1979)
183 R. O'Brien, J. D. Silver, No A. Jelley, S. Bashkin, E. Treebert, Po Ho Heckmann Observations of Is2s 3S - Is2p 3P Transitions in Heliuir-like Si 12+ J. Phys. B 12, L41 (1979) 184 E. Caliebe, K. Niemex Oscillator Strengths of the Principal Series Lines of Pb Jo Phys. B 12, L45 (1979)
185 J. P. Connerade, So Jo Rose, Io P. Grant Two-Step Autoionisation and the Double Ionisation Anomaly in Ba I Jo Phys. B 12, L53 (1979) 166 Jo Krutein, Go Bischof, Fo Linder, Ro Schinke Glory Oscillations in Inelastic Forward Scattering for H+-H2 Jo Physo B 12, L57 (1979) 187 Ro F. Barrett, Bo Ao Robson Natural Boundary Condition Methods for Low Energy Electron-Helium Scattering J. Phya. B 12, 105 (1979) - 38 -
188 W. 6. Westervel^, H. Go M. Heideman, J. van Eek Electron Impact Excitation or 1*S+2»P and 1*S-»3»P of Helium: Excitation Cross Sections and Polarisation Fractions Obtained from XUV Radiation J. Phys. B 12, 115 (1979)
189 M. Tronc, G. C. King, F* H. Read Carbon K-Shell Excitation in Small Molecules by High-Resolution Electron Impact J» Phys. B 12, 137 (1979)
190 J. S. Dolby, R. U. F. McWhirter, C. J. Sofield The Measurement of Fe II and Fe III Lifetimes by Beam-Fcil Spectroscopy in the Vacuum Ultraviolet J. Phys. B 12, 187 (1979)
191 R. Bruhn, £• Sonntag, H. W. Wolff 3p Excitations of Atomic and Metallic Fe, Co, Ni and Cu J. Phys. B ig, 203 (1979)
192 V. A. Boikc, A. Y. Chugunov, A. Y. Faenov, So A. Pikuz, Io Yo Skobelev, A. V. Vinogradov, E. A. Yukov Anomalous Intensity Ratios of the Resonance to Intercombination Lines of He-like Ions in V4d- and CQ.>-Laser-Produced Plasmas J. Phys. B 12, 213 (1979)
193 A. Salop, J. Eichlei- Sudden Approximation Cross Sections for Ionisation of H Atcms by Energetic C®+ and Hea+ Impact J. Phys. B 12» 257 (1979)
194 J. F. Williams A Phaseshift Analysis of Experimental Angular Distributions of Electrons Elastically Scattered from He, Ne and Ar Over the Range 0.5 to 20 eV J9 Phys. B i2, 265 (1979)
195 K. Onda, D. G. Truhlar Close-Coupling Calculations with an INDOX/ls Static Potential, Semiclassical Exchange, and a Semi-Empirical Polarisation Pctential for Electron-C02 Elastic Scattering and Rotational Excitaticn J. Fhys. B 12, 283 (1979)
196 E. Ueigold, C. J. Ncble, S. T. Hood, I. Fuss Electron Impact Ionisation of Atomic Hydrogen: Experimental end Theoretical (e, 2e) Differential Cross Sections J. Phys. B 12, 291 (1979)
197 M. C. White, D. Rassi, K. J. Ross The Ejected-Electron Spectrum of Strontium Vapour Autoionising and Auger Levels Excited by 23.5 to 500 eV Electrons J. Phys. B Ii, 315 (1979) ~ 39 -
198 A. Klonover, U. Kal dor uîî I&11Î2 Electron-Molecule Scattering Theory Including Polarisation: Vibrational and Vibrational-Rotational Excitation of H2 J. Phys, B 12, 323 (1979)
199 Ae de Kertanguy, N. Tran Minh, N. Feautrier Stark Broadening of H0: Wings Calculation J. Phys. B 12, 365 (1979)
200 Y. K. Ho Autoionisation States of Helium Tsoelectronic Sequence Belou the n=3 Hydrogenic Thresholds J. Phys. B 12, 387 (1979)
201 A. L. Stewart The Isep 3P Triplet Continuum and the Photoionisation of the Is2s 3S State of Helium J. Phys. B 12, 401 (1979)
202 A. C. Roy, N. C. Sil Excitation of *S(ls, 3s) State of Helium by Electron Impact in the Glauber Approximation J. Phys. B 12, 497 (1979)
203 I. C. Malcclm, J. U. McConkey Electron-Photon Coincidence Studies of the Resolved Argon Resonance Lines J. Phys. B 12, 511 (1979)
204 M. Aymar, C. Robaux Multichannel Quantum-Defect Analysis of the Bound Even-Parity J = 2 Spectrum of Neutral Barium J. Phys. B 12, 531 (1979)
205 M. Y. Amus'ya, S. A. Sheinerman Single-Electron Ionisation of Ar 3s2 Subshell by Slow Electrons J. Phys. B 12, 64S (1979)
206 D. A. Douthat Energy Deposition and Electron Energy Degradation in Molecular Hydrogen J. Phys. B 12, C63 (1979)
207 R. Glass Breit-Pauli Approximation for Highly Ionised Beryllium-Like Ions up to Fe XXIII J. Phys. B 12, 689 (1979)
208 R. Glass 3 The 2s2p( POå) •» 2s2(»sS) Intercombinat ion in Beryllium-Like Mg IX, Si XI, AT XV, Ca XVII and Fe XXIII J. Phys. B 12, 697 (1979) - 40 -
209 S. Er koc S Autoionising States of Li+ J. Phys. B 12, 705 (1979)
210 S» Guha, A» S. Ghosh Elastic c--Li Scattering Using Integral Approach J. Phys. B 12, 801 (1979)
211 M, Do White, Ko J. Ross, H. Bclouri Differential Cross Section and Generalised Oscillator Strength for the ls->(2s+2p) Transition in Atomic Hydrogen for Incident Electron Kinetic Energies 136, 200 and 300 eV and Scattering up to 20° J. Phys, B 12, 811 (1979)
212 M. T. Hollywood, Ae Crowe, J. F. Williams Coherent Excitation of the 2»P State of He for Large Momentum Transfer Electron Scattering J. Phys. B 12, 819 (1979)
213 K. L. Baluja, M. Ro C McDowell Electron Impact Excitation of the 2*P and 23S Levels of Helium J. Phys. B 12, 835 (1979)
214 B. Peart, R. Forrest, K. T. Dol der Measurements of Cross Sections for Detachment of Electrons from C- and 0- Ions by Electron Impact J. Phys. B 12, 847 (1979)
215 W. R. Johnson, K. T. Cheng Quantum Defects for Highly Stripped Ions J. Phys. B 12, 863 (1979) 216 H. Gordon, M. G. Hobby, N. J. Peacock, R. D. Cowan Classification of x-ray Spectra of 2-3 Transitions in the Ne- Like and Na-Like Isoelectronic Sequences of the Elements frcm Krypton to Molybdenum J. Phys. B 12, 881 (1979)
217 S. Isaksen, A. Andersen, T. Andersen, P. S. Ramanujam Fine-Structure Measurement of the 3s3d 3D and 3s4d 3D States in Mg I J. Phys. B 12, 893 (1979)
218 A. Salop The Distribution of Excitation Resulting from Electron Capture in Stripped-ion-Hydrogen-atom Collisions J. Phys. B 12, 919 (1979)
219 J. C. Olsen, K. Vedel, P. Dahl Differential Cross Sections for Charge Transfer and Excitation in Low-Energy Be* - He, Ne Collisions J. Phys. B 12, 929 (1979) - 41 -
220 M. Lal, A. N. Tripathi, M. K. Srivastava Triple Differential Cross Section for Electron Impact Ionisetion of the Hydrogen Atom J. Phys. B 12, 945 (1979)
221 T. F* O'Malley, P. Go Burke, K. A. Berrington R-Matrix Calculation of Low-Energy e-He Scattering J. Phys. B 12, S53 (1979)
222 E* Schubert, A» Schuck, K. Jung, S. Geltman Triple Differential Cross Sections for the Electron Impact Ionisation of Helium at 35 eV Collision Energy J. Phys, B 12, 967 (1979)
223 P. J« de Heer t R» H« J* Jansen, W. van der Kaay Total Cross Sections for Electron Scattering by Ne, Ar, Kr end Xe J. Phys. B 12, 979 (1979) 224 B. Peart, R. Forrest, K. To Dolder Measurements of Detachment from F~ by Electron Impact and Tests of Classical Scaling for Electron Impact Detachment Cross Sections J. Phys. B 12, LI15 (1979)
225 M. S. Banna, N« 0. Krause, F. Wuilleumier The Xenon 4d5/2/4d3/2 Photoeîectron Intensity Ratio in the Eegion of the Cooper Minimum J. Phys. B 12, L125 (1979)
226 P. E. G. Baird, K. Burnett, R. Damaschini, Do N. Stacey, Ro C. Thompson Resonance Eroadening in Neon at Lou Densities J. Phys. B 12, L143 (1979)
227 W. L. Nutt, R. W. McCullough, H. Be Gilbody Electron Capture by 0.1-13 keV C+, N+ and 0+ Ions in H and H2 J. Phys. B 12, L157 (1979)
228 S. S. Tayal, A. N. Tripathi, M. K. Srivastava Comments on the Eikonal-Born Series Approach to Electron-Atcm Scattering J. Phys. B 12, L167 (1979) 229 W. C. Fon, K. A. Berrington, A. E. Kingston Alignment and Orientation Parameters for Excitation of the Ground State of Helium to the 2*P State by 81 eV Electrons J. Phys. B 12, L171 (1979)
230 J. P. Connerade Revised Assignments for d*s2p2 and d9s2p3 in Ga, In, Tl, Ge, Sn and Pb J. Phys. B 12, L223 (1979) - 42 -
231 R. K. Nesbet Accurate e~-He Cross Sections Below 19 eV J. Phys. B 12, L243 (1979) 232 D. H. Crandall, R. />• Phaneuf, B. E. Hasselquist, D. C. Gregory Measured Cross Sections for Ionisation of C3+, N*+ and Cs+ Ions with Contribution Eue to Excîtation-Autoionisation J. Phys. B 12, L24S (1979) 233 V. S. Senashenko, A* Wagué Resonance Photoabscrption of the Helium Atom in the Vicinity of the (3s3p) »P Resonance J. Phys. B 12, L26S (1979)
234 K. A. Berrington, P. Go Burke, P. L. Dufton, A. E. Kingston, Ao L. Sinfailam Electron Collisional Excitation of 0 V: Effect of Resonances Converging to the n = 3 Thresholds J. Phys. B 12, L275 (1979)
235 M. Tronc, R. Io Hall, C. Schermann, H. S. Taylor Interference in Dissociative Attachment Cross Sections of H2 Around 14 eV J. Phys. B 12, L27S (1979)
236 D. Petrini Position and Width of the Na «2s2p63s2t Term J. Phys. B 12, L297 (1979)
237 R. Jo W. Henry Cross Sections for Inner-Shell Excitation of C3+, N*+ and 05+ Ions J. Phys. B 12, L30S (1979) 238 M. J. Eckart, K. G. H. Baldwin The Width of Ha in an Atomic Hydrogen Atmosphere J. Phys. B 12, L31S (1979) 239 I. C. Malcclm, H. U. Dassen, J. W. McConkey Polarisation of Radiation from H2 Excited by Electron Inrpact: Lyman and Werner Emissions and Lyman-a J. Phys. B 12, 1003 (1979) 240 Jo Mitroy, Ko Amos, Io Morrison An ir-Representetion Approach to Atomic Structure: Application to C I, N II, 0 III, F IV and Ne V J. Phys. B 12, 1081 (1979) 241 Ro A. Moore, Jo D. Reid, Wo To Hyde, Co F. Liu Core Charge Polarisation Effects in Atomic Lithium J. Phys. B 12, 1103 (1979) - 43 -
242 J. Migdalek, Wo E. Eaylis Influence cf Core Polarisation on Oscillator Strengths Along the Copper Isoelectronic Sequence J. Phys. B 12, 1113 (1979)
243 K. Nuroh On Line Strengths end Energy-Level Structure for the 3p-Edçe Absorption Spectrum of Fe Vapour Jo Phys. B 12, 1125 (1979)
244 R. U. Lee Study of the Plasma Broadening of Spectral Lines of Hydrogen i c Ions Jo Fhys. B J2, 112S (1979)
245 R. Wo Lee Study of Icn Dynamic Effects on Lyman and Balnter Hydrogen Lines J. Physo B 12, 1145 (1979)
246 R. W. Lee A Model Study of Non-Thermal Effects in the Plasma Broadening of Spectral Lines J. Phys. B 12, 1165 (1979)
247 H. Ehrïch, V. Helbig Observation of lon Dynamics in the He I 4026 A Stark Profile J. Phys. B 12, 1183 (1979)
248 D. E. Montesquieu, Po Dagnac Elastic and Inelastic Scattering of He+ by He in the Energetic and Angular Ranges 5 to 40 keV and 0.5 to 3 Degrees J. Phys. B 12, 1233 (1S79 )
249 F. Brouillard, W. Claeys, Go Poulaert, 6e Rahtrat, G. Van Wessenhove Double Charge Transfer in H+-H- Collisions J. Phys. B 12, 1253 (1S79)
250 S. Mukherjee, N. C. Sil, D. Basu Electron Cepture by Protons from Some Hydrogen-Like Ions J. Phys. B 12, 125S (1979)
251 B. H. Bransden, J. Jo Smith, Ko H. Winters Cross Sections for the Ionisation of Helium by Electron Inspect in a Distorted-Wave Model J. Phys. B 12, 1267 (1979)
252 M* Dhno, G. Wendin A Many-Body Calculation of 3p XPS and Auger Spectra for Zn J. Phys. B 12, 1305 (1979)
253 B. H. Bransdenf D. Po Dewangan Pseudo-State Expansions and the Second Born Approximation fcr Excitation of Atomic Hydrogen by Proton Impact J. Phys. B 12, 1377 (1979) - 44 -
254 C* Sinha, S. Mukherjee, N. C. Sil Electron Capture in an Arbitrary Excited s State by Protons Passing Through Hydrogenic Ions J. Phys. B 12, 1391 (1979)
255 A* M* Malvezzi, L. Garifo, E. Jannitti, P. Nicolosi, G. Tondello XUV Spectroscopie Studies of a Carbon Laser Produced Plasma J. Phys. B 12, 1437 (1979)
256 FI. F* King, C. J. Latimer Formation of Highly Excited Hydrogen Atoms by Electron Capture in Proton Collisions J. Phys. B 12, 1477 (1979)
257 P. Pradel, G. Spiess, V. Sidis, C. Kubach Differential Cross Sections for the Near-Resonant Charge-Transfer Process H+ + Cs •» H(2s)+ Cs+ at Low Energy J. Phys. B 12, 1485 (1979)
258 N. C. Steph, L. McEonald, D. E. Golden Analysis of Low-Energy Scattering Cross Sections I. Electror- Helium Elastic Scattering J. Phys. B 12, 1507 (1979)
259 B. van Wingerden, Ph. E. van Leeuw, F. J. de Heer, N. J. van Wiel Partial Oscillator Strengths (25-40 eV) for Repulsive States of D2(Ha) J. Phys. B 12, 155S (1979) 260 P. MO Mul, J. U. McGowan Merged Electron-Ion Beam Experiments III. Temperature Dependence of Dissociative Recombination for Atmospheric Ions N0+, 02+ and
2 J. Phys. B 12, 1591 (1979) 261 S. Sinha, S. L. Lin, J. N. Bardsley The Mobility of He* Ions in He J. Fhys. B 12, 1613 (1979)
262 S. Wilson Padé Approximants and Many-Body Perturbation Theory: An Application to the CH+ Ion J. Phys. B 12, 1623 (1979)
263 R. Glass Excited States of Be-Like Ions: Wavefunctions and Oscillator Strengths of Transitions for C III, N IV, 0 V and Ne VII J. Phys. B 12, 1633 (1979)
264 H. Nussbaumer, P. J. Storey Transition Probabilities for Ca XVIII, Fe XXIII, Kr XXXIII and Mo XXXIX J. Phys. B 12, 1647 (1979) - 45 -
265 P. Mitchell The 5ps6s2 Levels in Caesium J. Phys. B ü, 1653 (1979)
266 H* Guennou, A* Sureau* A* Carillon» G. Jamelot New Spectroscopie Results in the 2s2p5-2s2p*3s Transition Array of Mg»+, A15+ and Si6+ Ions J, Phys. B 12, 1657 (1979) 267 E. Traebert, I« A* Armour, S« Bashkin, N. A* Jelley, Ro O'Brien, J. D. Silver The x-ray Spectra of H-like, He-like and Li-like Silicon Ions After Foil Excitation J, Phys. B 12, 1665 (1979) 268 J. D. A. McKee, J. Geddes, H. B. Gil body Collisional De-excitation of 5-26 keV Netastable Hydrogen Atoms J. Phys. B J2, 1701 (1979)
269 C. Sinha, N. C. Sil First-Order Coulomb Exchange Approximation and Electron Impact Excitation of Ground-State Hydrogenic Ions to an Arbitrary s State J. Phys. B 12, 1711 (1979)
270 J. J. Smith, K. H. Winters, B. H. Bransden Triple Differential Cross Sections for the Ionisation of Atomic Hydrogen by Electron Impact from 100 to 250 eV J. Phys. B 12, 1723 (1979)
271 G. P. Gupta, K. C. Mathur Electron Impact Excitation of the 21S State of Helium at Intermediate Energies J. Phys. B 12, 1733 (1979)
272 S. J. Buckman, P. J. 0. Teubner Differential Cross Sections for the Electron Impact Excitation of the 32Pt/2»3/2 Resonance Levels of Sodium J. Phys. B 12, 1741 (1979)
273 S. Strathdee, R. Browning Dissociative Photoionisation of H2: Proton Kinetic Energy Spectra J. Phys. B 12, 178S (1979)
274 H. Morgner, A. Niehaus Experimental and Theoretical Study of the Penning Ionisation of H Atoms by He Metastables J. Phys. B 12, 1805 (1979)
275 W. Hultzsch, Wo Kronast, A. Niehaus, M. U. Ruf Investigation of the Spontaneous Ionisation Mechanisms in Slow Collisions of He* with Ca and Ba, and of Ne1*- with Ba J. Phys. B j2, 1821 (1979) - 46 -
276 W. C. Fon, K. A* Berrington, P. G. Burke, A. Eo Kingston The 1*S-»23S and l»S-»23p Excitation of Helium by Electron Impact J. Phys. B 12, 1861 (1979)
277 R. S. Bhattacharya, D. Hasselkarcp, K. H. Schartner Energy Dependence of Excitation in Sputtering J. Phys, D 12, L55 (1979)
278 C* Corliss, J. Sugar Energy Levels of Titanium, Ti I Through Ti XXÏI J* of Phys* and Cheat» Refer* Data 8, 1 (1979)
279 6* A* Odintzova, A* Ro Striganov The Spectrum and Energy Levels of the Neutral Atom of Boron (B I) J. of Phys* and Chemo Refer. Tata 8, 63 (1979)
280 T. Nagata Charge Changing Collisions of Atomic Beams in Alkali-Metal Vapors* I* Formation of H~, C~, 0~ and S~ Ions J* Phys* Soc* Japan 46, 919 (1979)
281 Y. Itoh, N* Kobayashi, Y. Kaneko + Rotational Excitation of n-H2 by Li Impact in the Energy Range from 150 eV to 750 eV Jo Phys. Soc. Japan 46, 1041 (1979)
282 K» R. Dastidar, T. K. R. Dastidar + Dissociative Recombination of H 2, HD+ and D+2 Molecular Ions J. Phys. Soc. Japan 46, 1288 (1979) 283 T. Nagata Charge Changing Collisions of Atomic Beams in Alkali-Metal Vapors* II* Total Cross Sections for One-Electron Capture by C+, 0+, S+ Ions and C, 0, S Atoms J. Phys. Soc. Japan 46, 1302 (1S79)
284 P. F. Gruzdev, N. V. Afanaseva Oscillator Strengths of the Lines and Lifetimes of the Levels of Aluminium, Gallium, Indium, and Thallium Optics and Spectroscopy 44, 614 (1979) TRANSLATED FROM CPT» SPEKTRDSK. V. 44, P» 1047 (1978)
285 P* 0* Bogdanovîch, Z* B. Rudzikas, U* I* Safronova, S. D* Shadzhyuvene The Spectra of 2s22p53£, 2s22p*3g Configurations with Al end Fe Ions as Examples Optics and Spectroscopy 44, 618 (1979) TRANSLATED FROM OPT. SPEKTROSK* V. 44, P. 1054 (1S78)
286 A. K. Liepinsh, R. Ko Peterkop Electron Impact Excitation of Autoionizing States in Alkali Atoms Optics and Spectroscopy 44, 621 (1979) TRANSLATED FROM OPT. SPEKTROSK. V. 44, P. 1060 (1978)
287 Z* I* Kuplyauskis Energies of K-LL Auger Transitions in Neon Optics and Spectroscopy 44, 701 (1979) TRANSLATED FROM OPT* SPEKTROSK. V. 44, P. 1200 (1978) - 47 -
288 S* A. Bagaev, 0. V* Oginets, V* B. Smirnov, Y. Ao Tolmachev Long-Lived States in Helium Opties and Spectroscope 44, 706 (1979) TRANSLATED FROM CPTo SPEKTROSK. V. 44, P. 1206 (1S78)
289 A* L. Osherovich, V* Vo Tezikov 3 Lifetime of 5p »P°t, 6p »Plt np »D2 (n=7,8), 6p 3st, 7p *Ptt 3 3 3 6p D2, 5d P°i,2, 6d D°2 Levels of the Antimony Ion Optics and Spectroscopy 44, 711 (1979) TRANSLATED FROM OPT» SPEKTROSK. V. 44, P. 1212 (1S78)
290 U. Io Safrcnova, Vo So Senashenko Resonance Fhotoionization of Multiply Charged Heliumlike Ions Optics and Spectroscopy 45, 4 (1979) TRANSLATED FROM OPT» SPEKTROSK. V. 45, P. S (1978)
291 R. K. Peterkop, Y, Io Ryabykh Excitation of Al, Ga, In, end Tl Atoms by Electron Impact Optics and Spectroscopy 45, 111 (1979) TRANSLATED FROM CPTo SPEKTROSK. V. 45, P. 201 (1978)
292 Io So Aleksakhin, 6. Go Bogachev, So Y. Ugrin, T. A. Shishova Spectra of Radiation in the 54-126-nm Range Excited by the Collision of Electrons Kith Lead Atoms Optics and Spectroscopy 45, 119 (1979) TRANSLATED FROM CPTo SPEKTRCSK. V. 45, Po 213 (1978)
293 E. 6. Aleksandrov, N. N. Bezuglov Anomaly in the Intensity Ratios of Resonance Line Components in a Gas Discharge Optics and Spectroscopy 45, 121 (1979) TRANSLATED FROM GPT. SPEKTRCSK. V. 45, P. 218 (1978)
294 K. Mo Eriksonas, Go Po Anisi mova, R. I. Semenov, Io I. Eoruta, V. I. Tutlis Calculation of Energy Levels of the 2p 56d Ne I Configuration in a Magnetic Field Optics and Spectroscopy 45, 220 (1979) TRANSLATED FROM OPTo SPEKTROSK. V. 45, P. 394 (1978)
295 L. I. Podcbedova, A. A. Ramonas, Ao N« Ryabtsev Transition 3d24s-3d24p in the Spectrum of Mn V Optics and Spectroscopy 45, 237 (1979) TRANSLATED FROM CPT. SPEKTROSK. V. 45, P. 417 (197S)
296 So A. Zepryagaev, V. Go Palchikov, U. I. Safronova 3 2 3 Probability of Is* *S0-ls2p P2 and Is »S0-ls2s S1 Radiative Transitions for Ions with Z=2 to 137 Optics and Spectroscopy 45, 239 (1979) TRANSLATED FROM OPTo SPEKTROSK. Vo 45, P. 422 (1978)
297 S. A. Kazantsev, E. D. Mishchenko, P. K. Telbizov, M. P. Cheika 3 Decay Constant of the Pt State of Neon Optics and Spectroscopy 45, 711 (1979)
298 J. Nordgren, H» Agren, Co Nordling, K* Siegbahn An x-ray Emission Study of Inner Levels in Multiply Excited Argon Physica Scripta 19, 5 (1979) 299 I. Martinson, L. J. Curtis, S. Huldt, U. Litzen, L. Liljeby, S. Mannervik, £• Jelenkovic Lifetimes for Low-lying Levels in Zn I and Zn II Physica Scripta 19, 17 (19?9) - 48 -
300 S» Khatoon, M* S. Z. Chaghtai, K. Rahimullah The 4p-5d, 6d and 4p-6s, 7s Transitions of Mo IX Physica Scripta 19, 22 (1979)
301 M» Braun Spectral Investigation of Excited Sputtered Aluminium Particles and the Influence of Oxygen During Ion Irradiation Physica Scripta 19, 33 (1979)
302 B. Edlen Accurate Seiri-Empirical Formulae for the Energy Structure of Li I-like Spectra Physica Scripta 19, 255 (1979)
303 J. A* Kernahan, E. H. Pinnington, J. A. O'Neill, R. L. Ercoks, K. E. Dornelly Radiative Lifetime Measurements in Al II-VI Physica Scripta 19, 267 (1979)
304 A. M. Cantu, E. Jannitti, M. Mazzoni, M. Pettini, G. Tondellc Absorption Spectruir of Ag I in the Vacuum Ultraviolet Physica Scripta .19, 283 (1S79)
305 E« VI. Weber, J. E. Mo Goldsmith Anomalous Shifts of Hydrogen Ealmer-o Fine Structure Lines in Helium Phys. Lett. 70A, 95 (1979)
306 J. -J. Bonnet, D» Hubert, F. Bonnet, M. Bonnefoy, A. Fleury, L. Avan Relative Line Intensities in the Argon L x-ray Emission Spectra Produced by 0.3 to 3 keV Electron Impact Phys. Lett. 70A, 99 (1979)
307 B. M. Johnson, K. U. Jones, J. L. Cecchi, E. Hinnov, T. H. Kruse Comparison of Tungsten and Gold Radiation from Beam-Foil Excitation and Tokamak-Produced Plasmas Phys. Lett. 70A, 320 (1979) 308 B. H. Bransden, C. J. Noble Differential Cross Sections for Excitation of Atomic Hydrogen by Protons Phys. Lett. 70A, 404 (1979) 309 P. Ceyzeriat, A. Denis, J. Desesquelles, M. Druetta Second-Order Calculation and Beam-Foil Measurement of Atomic Lifetimes in Ne-like Al IV Phys. Lett. 7QA, 407 (1979)
310 A. Mueller, C. Achenbach, E. Salzborn Dependence of the Charge Transfer Between Atoms and Highly Charged Ions on the Ionization Potential of the Atoms Phys. Lett. 70A, 410 (1979) - 49 -
311 S. C. Kanavi, C. Ho Mehta, So Ho Patil Dispersion Relations for the Stark Effect in the Hydrogen Atom Phys. Lett. 71A, (1S7879)
312 C. Sinha, N. C. Sil Charge Transfer in Proton-Positive-Ion Collisions Producing Hydrogen Atoms in Any Arbitrery p State Physo Lett. 71A, 201 (1979)
313 R. VI. Lee Effect of Fine-Structure Splitting on the Shape of the Lyman a Line Profile of High-Z Emitters in Ultra Dense Plasmas Phys. Lett. 71A, 224 (1979)
314 M. Vogler Observation of an Electronically Excited State of H3 and Determination of Its Vibrâtional Level Structure Phys. Rev. A 19, 1 (1979)
315 R. D. Rundel, D. E. Nitz, K. A. Smith, M. U. Geis, R. F. Stebbings Resonant Charge Transfer in He+-He Collisions Studied with the Merging-Beams Technique Phys. Rev. A 19, 33 (1979)
316 H. A. Kurtz, Y. Qehrn Calculation of 2P Shape Resonances in Be and Mg Phys. Rev. A 19, 42 (1979)
317 M. Mo Duncan, M. Go Menendez Ionization of 0.5-MeV H by Ar and a Comparison with the Wr/Pr System Physo Rev. A 19, 4S (1979)
318 M. So Pindzola, A. Temkin, A. K. Bhatia Calculation of Resonant Effects in Electron-Impact Excitation of Positive Ions: Application to Oxygen VII Phys. Rev. A 19, 72 (1979)
319 W. L. Rowan, Jo R. Roberts Electron-Impact Ionization-Rate Coefficients for Lithiuirlike Nitrogen and Cxygen Physo Rev. A 19, 90 (1979)
320 P. Co Engelking, W. C. Lineberger Laser Photoelectron Spectrometry of Fe~: The Electron Affinity of Iron and the 'Nonstatistical' Fine-Structure Detachment Intensities at 488 nm Phys. Rev. A 19, 14S (1979)
321 J. E. Lawler, J. W. Parker, L. U. Anderson, W. A. Fitzsimmors Helium 33S Decay Rates in a High-Pressure Afterglow Phys. Rev. A 19, 156 (1979) - 50 -
322 W. Jo Childs, 0* Poulsen, Lo S» Goodman, H« Crosswhite Laser-rf Double-Resonance Studies of the Hyperfine Structure of sty Phys. Rev. A 19, 16e (1979)
323 H. Juslen, M. Pessa, G. Graeffe La x-ray Spectra of Elements Between »0Zr and »8Cd Physo Rev. A IS, 1S6 (1979)
324 M. Ao Ali, S. R. Samanta Orbital Configuration Assignment of *S* Doubly Excited States of Lithium Isoelectronic Sequence Physo Rev. A 19, 202 (1979)
325 D. Erandt, C. Ottinger Hz(a3r+ •» b3z+) Continuum Emission Excited by Low-Energy Rare- Gas Ion Collisions Phys, Rev. A 19, 21S (1979)
326 R. M. Sternheimer Ordering of the Excited-State Atomic Energy Levels and Fine- Structure Inversion in Atomic and Ionic Spectra Phys. Rev. A 19, 474 (19*79)
327 Y. Sato, Jo H. Moore Electron Capture in N2+ - He and N2+ - Ne Collisions Physo Rev. A 19, 495 (1979)
328 D. H. Crandall, R. A. Phaneuf, F. W. Meyer Electron Capture by Slow Multicharged Ions in Atomic and Molecular Hydrogen Phys. Rev. A 19, 504 (1979)
329 F. W. Meyer, R. A. Phaneuf, H. J. Kim, P. Hvelplund, P. H. Stel son Single-Electron-Capture Cross Sections for Multiply Charged C, Fe, Mo, Ta, Vi, and Pu Ions Incident on H and H2 at Intermediate Velocities Physo Rev. A .19, 515 (1979)
330 Y. T. Lee, J» C. Y. Chen Differential Cross Sections for the Production of H Atoms in Collisional Electron Detachment of H~ Ions on He, H, and H2 Targets Physo Rev. A 19, 526 (1979)
331 Y. To Lee, J. C. Y. Chen Effect of Target Distortion on Electron Detachment Differential Cross Section for H~ + He and H~ + H Collisions Phys. Rev. A 12, 534 (1979)
332 T. Shirai, Y. Nakai, H. Nakamura Energy Dependence of the Ionization of Highly Excited Atoms by Collisions with Excited Atoms Phys. Rev. A 19, 542 (1979) - 51 -
333 T. Wo Shyn, U. E. Sharp Doubly Differential Cross Sections of Secondary Electrons Ejected from Gases by Electron Impact: 50-300 eV on Helium Phys. Rev. A 19, 557 (1979)
334 Re Eruch, D. Schneider* W. H. E. Schwarz, M. Meinhart, E. M. Johnson» K. Taulbjerg Projectile Auger Spectra of Gas- and Foil-Excited Oxygen Ions at MeV Energies Physo Rev, A .19, 587 (1979)
335 C. Cisneros, Io Alvarez, R. Garcia G., Ce F* Barnett, J. Ao Bay, A* Russek + Electron Capture to D3~ and D3° Repulsive States by D3 in Cs Phys, Rev, A 19, 631 (1979)
336 K, Jost, B, Ohnemus Absolute Total Crosa Sections for Electron-Mercury Scattering Phys. Rev. A 19, €41 (1979)
337 N. C. Sil, E. C. Saha, H. P. Saha, P. Mandai Rearrangement Collisions in Highly Excited States of Atomic Hydrogen Phys, Rev, A 19, €55 (1979)
338 Jo Z, Klose 2 Mean Life of the 4s SI/2 Resonance Level in Al I Phys, Rev, A .19, 678 (1979)
339 R. Lo Simons, H, P, Kelly, R, Bruch Decay Rates of Li I 2s22p and Is2s2 Phys. Rev. A 19, 682 (1979)
340 W, Ong, S, T, Manson Dirac-Fock Calculations of Photoelectron Angular Distributions of the Outer s Shells of the Noble Gases Phys. Rev. A 19, 688 (1979)
341 V. Fielder Jr., D* L« Lin, D. Ton-That El and M2 Transitions in the Neon Isoelectronic Sequence Phys. Rev. A 19, 741 (1979)
342 V, L. Jacobs, J, Davis Properties of Rydberg Autoionizing States in Electric Fields Phys. Rev. A 19, 776 (1979)
343 D, H, Loyd, H. R, Dewson Electron Capture into the n = 3 States of Hydrogen by Proton Impact on CO, C02, end N2Q Phys, Rev, A .19, 948 (1979)
344 S, K, Sur, S, C, Mukherjee Calculation of Protcn-Impact Excitation of Helium Using the Glauber Approximation Phys. Rev. A 19, 1048 (1979) - 52 -
345 V. Franco Excitation of Atomic Hydrogen to the n = 2 State by Heliun: Ions Phys. Rev, Lett. 42, 759 (1979)
346 J. P. Connerade, Mo A* Bai g Single and Double Excitation Spectra Involving the 4d Subshell of Ag I Proc. R. Sec. Lond. A 365, 253 (1979)
347 M. W. D. Mansfield, T. W. Ottley The Identification of Low Energy K and Ca+ Autoionizing Levels Observed in Electron Impact Experiments Proc. R. Soc. Lond. A 365, 413 (1979)
348 V. V. Afrosimov, A. A. Basslaev, G. A. Lei ko, M. N. Pancv Formation of He+ Ions in Various Electronic States in He+2 •* He Collisions Soviet Phys.-JETP 47, 837 (1979)
349 G. F« Drukarev, S. A» Pozdneev Application of the Faddeev Equations to Calculations of Dissociative Attachment Cross Sections Soviet Phys.-JETP 47, 1045 (1979) TRANSLATED FROM ZH. EKSP. TEOR. FIZ. V. 74, P. 2009 (1S7£)
350 0. P. Sushkov, V. V. Flambaum, I. B. Khriplovich The Nature of the Strongly Forbidden Ml Transitions and the g- Factor Anomalies in Heavy Atoms Soviet Phys.-JETP 48, 37 (1979)
351 V. V. Batygin, M. E. Gornyi, Bo M. Gurevich Interatomic Potentials, Hyperfine Shifts, and Diffusion of Fubidium and Cesium Atoms in Helium Soviet Phys.-Techno Physo 23, 613 (1979)
352 V. V. Dunaev, A. Go Zhiglinskii, Io P. Presnukhina, E. No Fefurine Probe Method for Studying the Sputtering of Alloy Components in a Plasma Soviet Phys.-Techno Physo 23, 94? (1979)
353 B. P« Lavrov, V. No Ostrovsky, V. I. Ustimov Rotational Transitions on Excitation of Electron States by Electron Impact , in Russian Zh. Ehksp. Teor. Fizo 76, 5 (1979)
354 0. B. Shpenik, I. P. Zapesochnyi, E. E. Kontrosh, E. Io Nepijpov, N. I. Romanyuk, V. v. Sovter Negative Ion Formation and Post-Collision Interaction in Ccllisions Between Magnesium Atoms and Electrons , in Russian Zh. Ehksp. Teor. Fiz. 76, 346 (1979)
355 Me Y. Amus'ya, V. V. Afrosimov, V. P. Belik, S. V. Bobashev, S. A. Sheinerman, L. A. Shmaenok Two-Step Photoionization of Helium Via the 4p*Pt State , iji Russian Zh. Ehksp. Teor. Fiz. 76, 873 (1979)
- 66 - - 53 -
356 A. Piel, H, Richter The Role of Hydrogen Molecular Lines in the Vicinity of H0 Z. Naturforsch» 34, 516 (19^9)
357 A* Eielski, H. Darowicki, J« Szudy Broadening Effects cf the 632.8 nm Ne I Line Due to s Heliuir- Neon Mixture Z. Naturforsch. 34, 519 (1S79)
358 H. Ehrich Experimental Study of Balmer-a Stark Broadening Z. Naturforsch. 34a, 188 (1979)
359 H. Lundberg, S. Svenberg Determination of Natural Radiative Lifetimes end Lande Factcrs for Highly Excited F States in Cesium Z. Physik A 290, 127 (1979)
360 J. Heldt, G. Leuchs Lifetime Measurements of Lithium D-States Z. Physik A 291, 11 (1979)
361 H. E» Dohmann, R. Kenn 3 16+ Measurement of the Lifetime of the P2 and *Ps/2 States in Ar end Arls+ Z. Physik A 291, 15 (1979)
362 R. H. Rinkleff 3 Stark Interaction in the nsnpz Pt Levels of Zinc and Cadmiurr Z, Physik A 291, 22 (1979)
363 S. E. Butler, Ao Dalgarno Charge Transfer of C+ and S+ in Diffuse Nebulee Harvard-Smithsonian Center for Astrophysics, Cambridge, Ma C2138,1979
364 So Lo Butler, A. Dalgarno Charge Transfer Between N+ and H Harvard-Smithsonian Center for Astrophysics, Cambridge, Me 02138,1979
365 A. Dalgarno, P. Shorer Nonadiabatic Long Range Forces Harvard-Smithsonian Center for Astrophysics, Cambridge, Me C21S8,1979
366 K. Kirby, S. Guberman, A. Dalgarno Resonant Dissociative Photoionization of H2 Harvard-Smithsonian Center for Astrophysics, Cambridge, Me C2138,1979
367 C. Laughlin, G. A. Victor Intercombinat ion Line Oscillator Strengths for the Mg I Isoelectronlc Sequence Harvard-Smithsonian Center for Astrophysics, Cambridge, Ma C2138,1979 - 54 -
368 Mo Eliot Negative Ions Ht~ and Atoms H° Formation by Charge Exchange of Protons on Molecular Targets in the 1 to 20 keV Region , in French Report EUR-CEA-FC-9S2, Fontenay-aux-Roses, February 197S
369 N. Yanaguchif J. -i. Mizui Satellite Lines to the Higher-order Resonance Series Lines cf Helium-Like Ions Observed in Laser-Produced Plasmas Report IFPJ-373, Institute for Plasma Physics, Nagoya University, Nagoya, Japan, March 1979 - 55 -
AUTHOR INDEX Achenbach, C* 310 Bhatia, Ao Ke S2,54,318 Ackermann, R. Jo 113 Bhattacharya, R» Se 277 Acquista, No 166,173 Bhattacharyya, De Ke 133 Afanas'eva, Ie V. 13 Bhattacharyya, P» Ko 27 Afanaseva, N. V. 284 Bielski, Ae 357 Afrosimov, V. Vo 84,85,348,355 Biemont, Ee 135 Agafonov, Y. A» 89 Bieniek, R« Je 95 Ågren, H. 298 Billy, N. 137 Ahlenius, Te 152 Bischof, Ge 186 Aleksakhin, I» S. 57,75,76 ,292 Bisgaard, Pa 138 Aleksandrov, £• Bo 293 Bishop, De Me 26 Al i, M. A. 324 Blaha, Me 102 Alton, Ge D. 147,154 Bobashev, Se V. 355 Alvarez, Ee 143 Bogachev, Ge Ge 292 Alvarez, le 335 Bogdanova, le P» 15 Arno s, K. 240 Bogdanovic, P. 0. 9 Amus'ya, Me Yo 55,66,205 ,355 Bogdanovicene, Me le 9 Andersen, A. 217 Bogdanovich, Ps 0. 285 Andersen, Te 217 Boiko, V. Ae 192 Anderson, Le We 321 Bojkova, Re Fo 88 Andrews, He Re 109 Bolouri, He 211 Anicich, Ve 128 Bolzinger, Te 38 Anisimova, Ge P» 294 Bonnefoy, Me 306 Armour, le Ae 134,267 Bonnet, F. 306 Armstrong, Je A. 171 Bonnet, Je -Je 306 Avan, Le 306 Borodin, Ve Me 65,80 Avdeev, Ae Ve 68 Boruta, le le 294 Averback, Re Se 112 Boulmer, Je 159 Aymar, Me 44,204 Brandt, De 325 Bagaev, Se Ae 288 Bransden, Eo He 251,252,270,308 Bagdasarova, le Ge Bra un, Me 301 Bai g, Me Ae 63 Baird, P. Ee Ge 346 Bromander, Je 139 Balashov, V. V. 226 Bronstein, le Me 5 Baldwin, K. Ge H. 182 Brooks, Re Le 150,152,303 Baluja, K. L. 238 Brouillard, F. 249 Banna, Me Se 213 Browne, Je Ce 33 Bardsley, Je Ne 225 Browning, Re 273 Barnett, Ce Fo 64,261 Bruch, Re 136,334,339 Barrett, Re Fe 335 Bruhn, Re 1S1 Basalaev, Ae Ae 187 Buchet-Poulizec, Me -C .22,141 Bashkin, Se 84,86 ,348 Buchet, J* -Po 22,141 Bassalo, Je Me 134,183 ,267 Buckman, Se Je 272 Basu, De 52 Bukow, He Ho 149 Batygin, V. V. 250 Burke, P. Go 221,234,276 Baud inet-Rob inet, 351 Burkhalter, Po 111 Baylis, U. E. Y. 135 Burkhanov, A* Go 3 Beckel, Ce Le 242 Burkova, Le Ae 73 Belik, V. P. 131 Burnett, Ko 226 Belykh, Se Fe 355 Burrell, Ce Fe 39 Bender, Ce Fe 6 Butler, Se Ee 101,363 Benedek, Re 101 Butler, Se Le 364 Berrington, Ke Ae 112 Caliebe, Ee 184 221 Campos, Je 50 229,234,276 Camus, Pe 44 Berry, He Ge 157 Cantu, Ae Me 304 Beyer* He F* 136 Caracciolo, G* 98 Bezuglov, Ne Ne 293 Carillon, Ae 266 - 56 -
Carre, M» 149 Denne, B« 143 Carrington, A* 140 Desesquelles, J» 14 1,142,309 Cattani, M. 52 Devos, F» 15S Cecchi, Jo L* 307 Dewangan, D* P* 253 Ceyzeriat, P, 141,309 Dietrich, D. D. 144,145 Chaghtai, M. So Z. 178,300 Dieulin, Mo 44 Chaika, M. P. 297 Dohmann, H* Do 146,361 Chajka, Mo P. 16 Dolby, J. So 190 Chappelle, Jo 177 Dolder, Ko To 214,224 Chelyadinskij, Ao Pi 4 Dolmatov, V» Ko £5,66 Chen» J» Co Yo 330,331 Dondi» Mo Go 117 Cheng* Co -Co 94 Donnelly» Ko Eo 150,153,303 Cheng» K. 165 Doschek» Go A. 94 Cheng, K. T. 215 Douthat, Do Ao 206 Chernyayeva, To P» 1 Drouin, Ro 151,157 Cheung» L. Mo 26 Druetta, M. 22,1411,146,151,309 Chi Ids» W. J. 322 Drukarev, Go Fo 58,__,__,_-,56,65,80,34, 9 Chiu, L. Y. C. 133 Dufton, Po Lo 23234 Christensen» A* B. 97 Dumont, P. Do 135 Chugunov, A» Y o 192 Dunaev, V. V. 352 Cisneros, Co 335 Duncan, Mo Mo 317 Claej/s, W« 249 Durup, Jo 115 Clark, W. 111 Ebding, To 38 Cohen» J* S. 64 Eckart, Mo Jo 238 Connerade, J* P. 185,230,346 Ecker, Ko Ho 108 Cookf J» W. 100 Ederer, Do L. 175 Corliss, Co 278 Edlen, B. 302 Corno, D. 38 Ehrich, Ho 247,358 Cosby, P. Co 115 Eichler, J. 193 CouIon, P» 132 Eliot, Mo 368 Coulter, P. W. 28 Ellis, T. H. 98 Cowan» Ro Do El ston, S. 3. 147,154 Crandall» Do Ho 216 Emel'yanov, Ao Mo 71 Crossley» Ro 29,232,328 Engelking, P. Co 320 Crosswhite, Ho 152 England, W. B. 119 Crowe» A» 322 Curtis, L. J* 212 Eriksonas, Ko Mo 294 D'yachkov, Bo A* 299 Erkoc, S. 209 Dagnac» Ro 89 Ermler, W. C. 119 Dahl, P. 248 Esherick, Po 171 Dahlbacka, G* 219 Este, Go 0. 98 Dalgarno, A» 111 Evtukhov, Ro No 6 95,101,363 Faenov, Ao Yo 192 364,365,366 Fafurina, E. N. 352 Damaschini, Ro 226 Farmery, Bo Wo 21 Daniele, Ro 129 Faroux, Jo Po 137 Darowicki, H. 357 Feautrier, No 199 Das, S. K. 91,163 Feldman, Uo 94 Dassen, H» Wo 239 Fenske, Go 91,163 Dast idar, Ko R. 282 Fielder Jr., W. 341 Dast i dar, T. K. R. 282 Fitzsimmons, VU Ao 321 Davis, Jo 102,111,342 Flambaum, V» V. 18,350 Dawson, Ho Ro 343 Fleury, Ao 306 de Heer, F o Jo 222,259 Folkmann, Fo 136 de Kertanguy, A* 199 Fon, W. C. 229,276 Delpech, Ja -F. 159 Fonseca, Mo Vo 50 Demchenko, Po A* 90 Forester, Jo Po 147,154 Denis, A* 142,309 Forrest, Ro 214,224 - 57 -
Forrest, R. Ao 181 Helbig, V. 247 Fort, J. 27,38 Heldt, J. 3€0 Franco, V* 345 Henry, Ro Jo Wo 237 Frischkorn, Ho Jo 155 Herman, Mo 107 Froese Fischer, C. 164 Hibbert, A. 148 Fuss, I. 196 Hinnov, Eo 307 Gaillard, Mo L. 149 Hinze, Jo 114 Garcia Go, R. 335 Ho, Yo K. 200 Garifo, L. 255 Hobby, Mo Go 216 Garnir, Ho P. 135 Hollywood, Mo To 212 Gar rett, Wo Ro 28 Hood, So To 196 Gayet, R. 179 Horani, Mo 149 Geddes, Jo 268 Hubert, Do 306 Geis, Mo Wo 315 Huldt, So 2S9 Gel t man, So 222 Hultberg, So 139 Ghosh, Ao So 27,180,210 Hultzsch, Wo 275 Gil body, H. Bo 227,268 Huntress Jro, Uo To 128 Glass, Ro 207,208,263 Hvelplund, Po 329 Gochitashvilli, M. R. 63 Hyde, W. T. 241 Golden, Co E. 258 Imre, Ao lo £7,75 Golden, Jo E. 46 Isaksen, So 217 Goldsmith, Jo Eo Mo 305 Ishii, K. 143 Golovinskij, Po Ao 19 Itagaki, To 125 Gonoyunova, Mo V. 8 Itoh, Y. 281 Goodman, Lo So 322 Ivanov, Do Po 83 Gordon, Ho 216 Ivanov, Po Bo 68 Gornyi, Mo Bo 351 Ivanov, Vo Ao 79 Gorokhov, Lo I» 71 Ivanov, Vo Ko £5,C6 Gostev, Vo Ao 70 Jacobs, Vo Lo 102,342 Goswemi, Ko Ko 27 Jain, Ko 104 Gounand, F. 160 Jamelot, Go 266 Graeffe, Go 323 Jannitti, Eo 25E,304 Grant, Io Po 185 Jansen, Ro Ho Jo 223 Gregory, Do Co 232 Jelenkovic, Bo 13£,2SS Grevesse, No 135 Jelley, N. Ao 134,183,267 Griffin, P. Mo 147,154 Johns, Jo Wo Co 107 Groeneveld, Ko Co 155 Johnson, Bo Mo 154,307,334 Gruetzmacher, Ko 43 Johnson, Wo Ro 215 Grum-Grzhimailo, Ao No 182 Jones, Ko Wo 307 Gruzdev, Po F. 13,17,284 Joshi, Y. N. 166 Gubermen, So 366 Jost, Ko 336 Guennou, Ho 266 Jung, Ko 222 Guha, So 210 Juslen, Ho 323 Gupta, Go Po 271 Kabachnik, No Mo 182 Gurevich, Bo Mo 351 Kaldor, U« 198 Gus'kov, Y. K. 78 Kaminskij, A. K. 81 Hagan, Lo 172 Kaminsky, Mo 91,163 Hall, R. I. 235 Kanevi, So Co 311 Hallin, Ro 143 Kaneko, Y. 281 Hal pern, Ao Mo 36 Karpas, Zo 128 Hashemi-Attar, Ao -Ro 131 Kartazaev, Vo Ao 14 Hasselkamp, Do 277 Kartoshkin, Vo A. 87 Hasselquist, Bo Eo 232 Kaufman, Vo 167,172 Hattori, S. 174 Kaul, Ro Do 169 Hayden, Ho Co 147 Kazantsev, So Ao 1€,297 Heckmann, Po Ho 183 Keepin, W. N. 131 Heideman, Ho Go Mo 188 Keil, Mo 116 - 58 -
Kelly, F. Mo 42,110 Lhuillier, Co 137 Kelly, H. P. 339 Liepinsh, Ao Ko 286 Kereselidze, T. M. 63 Liljeby, Lo 13S,2S9 Kernahan, J» A* 150,303 Lin, Co So 121 Khakhaev, Ao D. 70 Lin, D* Lo 341 Khatoon, S* 300 Lin, So Lo 261 Khodeev, Y* So 71 Linder, Fe 186 Khriplovich, I. B. 350 Lineberger, Wo Co 320 Kikiani, B. I. 63 Litzen, Uo 299 Kim, H. J. 329 Liu, Co Fo 241 Kim, Yo Ko 165 Loginov, Ao V<, 17 King, Go C. 189 Lombardi, Go Go 41 King, Ro F* 256 Loyd, Do Ho 343 Kingston, Ao E. 229,234,276 Lucatorto, To Bo 175 Kirby, Ko 366 Lundberg, Ho 359 Klement'ev, Go V, 87 Luther, Go 168 Klonover, Ao 198 Luyckx, Ro 132 Klose, Jo Zo 338 Lyasnikov, V. No 7 Knystautas, E. Jo 151,157 Magunov, Ao I* 182 Kobayashi, No 281 Malcolm, Io Co 202,239 Komarov, I» V. 56 Malvezzi, Ao Mc 255 Kompenietz, To No 7 Mandal, Po 337 Kono, Ao 174 Mann, Ro 146,155,361 Kontrosh, E. E» 69,354 Mannervik, So 139,299 Korotkov, Ao I* 77 Mansfield, Mo W. Do 347 Krause, Mo Go 225 Manshchenko, E« Do 16 Kronast, W* 275 Manson, So To 4C,340 Krupnik, Lo Io 90 Martinson, Io 299 Kruse, To Ho 307 Masnou-Seeuws, Fo 179 Krutein, Jo Mathur, Ko C. 53,271 Kubach, Co 186 Mathur, Mo So Kudryashova, L. E, 257 Matskevich, To Lo 42,110 Kumar, So 6 Mattox, Do M. 62 Kunze, Ho -Jo 49 Matviyenko, Bo Vo 161 Kuplyauskis, Zo I» 39 Mazzoni, Mo 1 Kuppermann, Ao 287 McCarroll, R» 304 Kuptsov, So Po 116 McConkey, Jo Wo 179 Kurakin, V, A. 83 McCullough, Ro Wo 202,239 Kurdyumov, Ao Ao 7 McDonald, Lo 227 Kurtz, H. A. 7 McDowell, Mo Ro Co 2S8 Kusch, Ho Jo 316 McGowan, Jo Wo 213 Lal, Mo 60 McGuire, Eo Jo 260 Larsson, So 47,220 McGuire, Jo Ho 176 Lat i mer, Co Jo 152 McKee, Jo Do A» 46 Laucagne, Jo Jo 256 McKellar, Ao Ro Wo 268 Laughlin, Co 37 McLaughlin, Do Ro 107 Lavrov, Bo Po 367 McWhirter, Ro W. P. 127 Lawler, Jo Eo 353 Mehlman, Go 190 Leavitt, J. A. 321 Mehta, C. H. 175 Lee, Lo Co 144,145 Meinhart, Mo 311 120 Menendez, Mo Go 334 Lee, R. W. 244, 245,246,313 Merkle, Ko Lo 317 Lee, Y. To 330,331 Metsch. B* Co 112 Le i ko, Go Ao 348 Meyer, Fo Wo 23 Lejko, Go Ao 85,86 Migdalek, Jo 326,32S Lekkerkerker, H. No W. 132 Millette, P. A. 242 Lennard, Wo No 109 Mishchenko, Eo Do 106 Leuchs, Go 360 297 - 59 -
Mitchell, I. V. 109 Osherovich, Ao L. 289 Mitchell, Po 265 Qstrovskij, Vo N. 56 Mitroy, J. 240 Ostrovsky, Vo No 353 Mityureva, A* A* 74 Qttinger, Co 325 Mizui, Jo -i. 369 Ottley, To W. 347 Montesquieu* D* Bo 248 Ozenne, Jo -Bo 115 Moore, J. H. 327 Pal'chikova, Vo G. 12 Moore, Ro A* 241 Palchikov, V. Go 296 Morgen. Po 105 Panov, Mo No 84,£5,86,348 Morgner, Ho 274 Parker, Jo W. 321 Morillon. C* 44 Parkinson, Wo Ho 41 Morrison. I* 240 Patil, S. H. 311 Morton3 Jo 2 Pavlij, Mo Ao 89 Moseley, J. T* 115 Peacock, No Jo 216 Mueller» A* 310 Peart, Bo 181,214,224 Mukherjee, So 250,254 Pegg, Do Jo 142,147,154 Mukherjee, S. C* 344 Penkin, No Po 74 Mul . P. Me 260 Pesnelle, Ao 27,38 Mushtaq, A* 178 Pessa, Mo 323 Nagata. T* 280,283 Peterkop, R» Ko 10,286,291 Nakai, Y. 332 Peternel, Mo 82 Nakamura, Ho 332 Petrini, De 23€ Navinsek, B* 92 Petrov, No îo 77 Neklyudov, I. Mo 1 Pettinî, Mo 304 Nekrashevich. V* Go 72 Phaneuf, Ro Ao 29,222,328,329 Nepijpov, Eo I* 354 Philippe, M. 179 Nesbet, Ro Ko 231 Phillips, No M. 103 Ne j/n a ber , Ro Ho 30 Piel, A. 356 Nicolas. Ko Ro 100 Pihl, Jo 143 Nicolosi, Po 255 Pikuz, So Ao 192 Niehaus, Ao 274,275 Pindzola, Mo So 318 Niemax, Ko 184 Pinnington, Eo Ho 150,153,303 Nikolaev, V. S. 61 Podobedova, L. Io 11,295 Nitz, D. Eo 315 Pogrebnyak, Po S* 20 Noble. Co Jo 196,308 Popova, Mo Io 81 Nordgren. Jo 298 Poulaert, Go 249 Nordling, Co 298 Poul sen, Oo 322 Novitskij. Mo Go 5 Pozdneev, So Ao 5€,349 Nuroh. Ko 243 Pradel, Po 257 Nussbaumer, Ho 264 Presnukhina, Io Po 352 Nutt, U. L. 227 Pronin, Io Io 8 O'Brien, Ro 134,183,267 Rabitz, H. 126 O'Malley, T. F, 221 Rahiœullah, Ko 178,300 O'Neill, Jo A. 150,153,303 Rahmat, Go 249 Ochkur, Vo Io 73 Rakhovskij, Vo Io 72 Odintzova, Go Ao 279 Ramanujam, Po So 217 Qehrn, Y. 316 Ramonas, Ao Ao 11.2S5 Offermann, Po 108 Rassi, D» 197 Oginets, 0» Vo 288 Rauch, Jo 111 Ohnemus, Bo 336 Rauh, Eo Go 113 Ohno, Mo 252 Ray, Jo Ao 335 Olsen, Jo Qo 219 Read, Fo Ho 189 Olson, Ro Eo 23,51 Reader* J* 166,173 Omidvar« Ko 46 Redmon. Lo To 33 Onda, Ko 195 Rees, Mo Ho 56 Ong. Wo 340 Reid, Io 21 Onsgaard, Jo H* 105 Reid, J. D. 241 - 60 -
Reil man, R. F* 40 Senashenko, Vo So €1,67,68 Re in har dt, W. P. 130 232,290 Richter, H. 356 Sergeev, Vo Ao 82 Rinkleff, R. H. 362 Shadzhyuvene, So Do 285 Robaux, Co 204 Shafer, V, Y. 61 Roberts, Jo Ro 319 Shafran'osh, Io Io 76 Robson, Eo A» 187 Shakesheft, Ro 51,35,48 Rodbro, Mo 138 Sharp» Do Jo 161 Rogerson, J. E« 102 Sharp, Wo Eo 333 Romanyuk, N. I* 6S,354 Sheinerman, So Ao 20£,355 Romick, Go Jo 96 Shipsey, Eo Jo 33 Rose, So J. 185 Shirai, T. 332 Rosich, Do 155 Shishova, To Ao 292 Ross, Ko J, 197,211 Shmaenok, Lo Ao 355 Rowan, W. Lo 319 Shorer, Po 365 Roy, A» 180 Shpenik, Oo Bo 69,354 Roy, A* C. 202 Shustryakov, Vo Mo 72 Rud, N. 109 Shyn, T. W. 333 Rudzikas, Zo 6* 285 Sidis, Vo 257 Ruf, M. U. 275 Sidorovich, Vo A. 61 Ruffolo, A» 98 Siegbahn, Ko 298 Rundel, P. Do 315 Sil, N. C. 202,250,254 Russek, A» 335 265,312,337 Ryabtsev, Ao N. 11,295 Silver, Ao 32 Ryabykh, Y. I. 10,291 Silver, Jo Do 134,1£2,267 Ryazantseva, So Vo 15 Simons, Ro Lo 33S Ryufuku, Ho 34 Sinfailam, Ao Lo 234 Sefronova, U. Io 296 Singer, Lo Ro 112 12 Singh, So No 4S 285,290 Sinha, Co 254,269,312 Saha, B. C. 337 Sinha, So 261 Saha, Ho Po 337 Sivjee, Go Go 96 Saika, A» 125 Sjoedin, Ro 143 Saliye, Zo E. 63 Skobelev, I. Y. 192 Salop, Ao 193,218 Skoblo, Yo E. 79 Salzborn, E. 310 Skoven', Yo Io 18 Satnanta, So Ro 324 Slabodenyuk, Vo Ao 78 Sandlin, Go Do 93 Slankas, Jo To 116 Sarre, Po Jo 140 Smirnov, Vo Bo 288 Sasaki, Fo 25 Smith Jro, Jo No 162 Sato, Yo 327 Smith, Go Po 120 Savvov, Ro Vo 78 Smith, Jo Jo 251,270 Schartner, Ko -Ho 136 Smith, Ko Ao 315 Schartner, Ko Ho 277 Smith, Po L. 41 Schermann, Co 235 Sofield, Co Jo 190 Schiavone, Jo Ao 124 Soltwisch, Ho 60 Schinke, R, 186 Sonnleitner, So Ao 121 Schneider, Do 334 Sonntag, Bo 191 Schneider, Ro 111 Sorensen, Go 156 Schubert, Eo 222 Sovter, Vo Vo 354 Schuck, Ao 222 Spiess, Go 257 Schumann, So 155 Srivastava, Mo Ko 47,49,220,228 Schwarz, Wo Ho Eo 334 Stacey, Do No 226 Scoles, Go 98 Starodub, Vo Po 76 Sellin, lo Ao 155 Stebbings, Ro Fo 315 Semenov, Ro Io 294 Stel'makh, V. Fo 4 Sen, Ko Eo 122 Stel son, Po Ho 329 - 61 -
Steph, N* Co 258 Usakov, Yo Io 83 Sternhei mer, Ro Me 326 Ustimov, Vo Is 353 Stewart, A* Lo 201 Vage, Ao 67 Stockbauer, Ro 123 Valbusa, Uo 98 Storey, P. J. 264 Val i ron, Po 17S Strakhova, S» le 182 Vallée, Oo 177 Strand, M. P. 130 van der Keay, Wo 223 Strathdee, S* 273 van Eek, Jo 188 Striganov, A* Ro 279 van Kleef, To Ao Mo 22,166 Sugar, Je 167,278 van Leeuw, Pho E. 259 Sullivan, E» C. 32 Van Uassenhove, Go 249 Summers, H* Po 99 van Wiel, Mo Jo 259 Sur, S* Ko 344 van Wingerden, B. 259 Sureau, A. 266 Vane, Co Ro 147,154 Sushkov, 0* P. 350 Varshni, Y. P. 106 Suter, M* 154 Vedel, K. 21S Svanberg, S. 359 Veksler, V. I. 6 Swanson, Ma Lo 108 Verkhovtseva, E. To 20 Szabo, G. 155 Victor, Go Ao 367 Szudy, J* 357 Vinogradov, Ao Vo 192 Tanaka, K. 118 Voegel, To 114 Tanaka, Y* 170 Voevodin, Vo No 1 Tang, S* Y* 30 Vogler, Mo 314 Tarr, So M« 126 Wadehra, Jo Ma 64 Tatewaki, H. 24,25 Wague, Ao 233 Taulbjerg, Ko 334 Walker, Ro Bo 109 Tayal, S* S* 228 Ward, Do 109 Taylor, H» So 235 Watanabe, To 34 Taylor, Po 0. 29 Watel, G. 37 Telbizev, P. K. 16,297 Weber, E. Wo 305 Temkin, A. 32,318 Weigold, E. 196 Teubner, Po Jo 0o 272 Wende, Bo 43 Tezikov, V. V. 289 Wend in, Go 252 Thoe, Ro So 147,154 West, J. B. 2 Thompson, Do Lo 127 Westerveld, Wo Bo 186 Thompson» Mo Wo 21 White, Mo D. 157,211 Thompson, R« Co 226 Wiese, Wo L. 4E,158 Titov, A. 3 Williams, Jo Fo 194,212 Tkachev, Vo Do 4 Wilson, S. 262 To, Ko Xo 157 Winters, K. H. 251,270 Tobin, Fo 114 Wolff, H. W. 191 Tolmachev, Y. Ao 14,288 Wright, Jo Jo 147 Ton-That, Do 341 Wuilleumier, Fo 22£ Tondello, Go 255,304 Wynne, Jo Jo 171 Torello, F» 117 Yakhont'eva, V. Eo 15 Tougaard, So 105 Yamaguchi, No 369 Tousey, R. 93 Yoshimine, Mo 118 Trabert, E* 134 Yoshino, Ko 170 Traebert, E, 183,267 Younger, So Mo 4£,15fi Tran Minh, No 177,199 Yukov, Eo Ao 192 Tripathi, Ao N. 47,220,228 Yurova, Io Yo €5,80 Tronc, Mo 18S,235 Zabkar, Ao 92 Truhlar, Do Go 195 Zajtsev, Yo Vo 70 Tsipinyuk, Bo Ao 6 Zapesochnyi, Ao Io £7,75 Tully, J« Ao 99 Zapesochnyi, Io Po 354 Tutlis, V. I. 294 Zapryagaev, So Ao 12,296 Ugrin, S. Y. 292 Zaslavskij, S. L. 8 - 62 -
Zelenskij, V. F. 1 Zon, B* A* IS Zhiglinskii, A. G. 352 Zyryanov, Go K 3 Zhitnikov, Ro Ac 87 - 63 -
III. OTHER LITERATURE
Structure» Spectra
S. Ao Kucas, Ao Vo Karosene, Ro I. Karazija * Applicability of the Hartree-Fock-Pauli Approximation in the Study of the Energy Characteristics of Inner Electrons , in Russian Litovskij Fiz. Sbornik 18, 593 (19^8)
U. Io Safronova * Equivalence of Approaches in Calculating Oscillator Strengths in the Form of 'Length' and 'Speed' , in Russian Opt. Spektrosk. 45, 625 (1978) TRANSLATED IN OPTICS AND SPECTROSCOPY Vo45, 639(1978)
U. I. Safronova, V. S. Senashenko, S. V. Khristenko * Calculation of the Matrix Elements of Electric Dipole K - ..23 Transitions , in Russian Opt. Spektrosk. 45, 833 (1978)
L. Armstrong Jr., C. E. Theodosiou, M. J. Wall Interference Between Radiative Emission and Autoionization in the Decay of Excited States of Atoms Phys. Rev. A 18, 2538 (1978)
B. D. Laichtman, Yo Vo Pogorel'skij * Calculation of Transition Probability in the Quasiclassical Theory , in Russian Zh. Ehksp. Teor. Fiz. 75, 2064 (1978)
V. S. Senashenko, 6. Ao Si monov * Properties of the Hetastable States of Three- and Four-Electron Atomic Systems , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 1, p. 29, 1978
E. I. Kuplyauskis * Study of the Decay of the Ionic States of»Neon with Two K-Vecancies, in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol. 2, p. 61, 1978 D. Hoang Binh, Mo Prud'Homme, H. van Regemorter The Calculation of Oscillator Strengths and Multipele Radial Integrals in the Coulomb Approximation Astrophys. J. 230, L127 (1979) R. Ko Winge, V. J* Peterson, Vo A* Fassel Inductively Coupled Plasma-Atomic Emission Spectroscopy: Frcsinent Lines Appl. Spectrosc. 33, 206 (1979)
Se Eashkin Comments on Bean-Foil Spectroscopy J. Physique 40, Cl-125 (1979) - 64 -
L« J, Curtis Recent Progress in Lifetime Measurements J. Physique 40, Cl-139 (1979) J» Po Desclaux Relativistic Effects in the Calculation of Oscillator Strengths: •Ab Initio' Methods J. Physique 40, Cl-109 (1979)
Eo Luc-Koenig Relativistic Effects in the Central Field Approximation: The Relativistic Parametric Potential Method J. Physique 40, Cl-115 (1979)
Jo T. Moseley, P. Co Cosby, J. Durup, J* -Bo Ozenne Photofragment Spectroscopy of Molecular Ions Using Fast Ion Beams Jo Physique 40, Cl-46 (1979)
Ho Nussbaumer Oscillator Strengths of Astrophysical Interest Jo Physique 40, Cl-102 (1979)
E. Veje Beam-Foil Excitation Phenomena J. Physique 40, Cl-253 (1979)
Ve Po Shevelko, Ao Vo Vinogradov Static Dipole Polarizabi1ity of Atoms and Ions in the Thomas- Fermi Model Physica Scripta 19, 275 (1979)
Jo Eo Bayfield Excited Atomic and Molecular States in Strong Electromagnetic Fields Physo Letto C (Physics Reports) 51, 317 (1979)
No Eo Kuz'menko, Lo Ao Kuznetsova, A* Po Monyakin, Yo Yo Kuzyakov, Y. A. Plastinin The Probabilities of Electronic Transitions and Lifetimes of Electronic Transitions and Lifetimes of Electronic Excited States of Diatomic Molecules , in Russian Usp, Fizo Nauk 127, 451 (1979) - 65 -
Photon Collisions
Ua Ia Safronova, Va Sa Senashenko * Resonance Photoionization of Multicharge Helium-like Ions , in Russian Gpt. Spektrosko 45, 9 (1978)
Ua Ia Safronova, Vo Sa Senashenko * Resonance Photoionization of Multicharge Heliuir-like Ions , in Russi an Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vola 1, pa 30, 1978
U. D. Barfield Partial Photoionization Cross Sections and Radiative Recombination Rate Coefficients for Lithium-Like Ions Astrophys. J, 229, 856 (1979)
Ca Da Lin, Vm Ra Johnson Two-Channel Relativistic Random-Phase Approximation Applied to the Photoionisation of Helium- and Beryllium-like Ions J. Phys. B 12, 1677 (1979)
6a Borner, Pa Meszaros Classical Calculation of Thomson Cross-Sections in the Presence of a Strong Magnetic Field Plasma Physics 21, 257 (1979) No Va Karlov, Ba Ba Krynetsku, Va Aa Mishin, Ae Ma Frokhorov Selective Photoionization of the Atoms and Its Application for the Isotope Separation and Spectroscopy , in Russian Usp, Fiz. Nauk 127, 4 (1979)
La Fa Vitushkin, E. G. Drukarev, Ae la Mikhailov Splitting and Coalescence of Photons at a Hydrogen-like Atom ; in Russian Zh. Ehkspa Teora Fiz. 76, 824 (1979) - 66 - Electron Collisions H* Ao 01 sen, La C. Maxi mon High-Frequency Limit of Bremsstrahlung Phys. Rev. A 18, 2517 (1978)
V* P. Zhdanov * Dielectrcnic Recombination of Electrons During Collisions with Ions , in Russian Zh. Ehksp. Teor. Fiz. 75, 1214 (1978)
V. M. Katkov, V. M. Strakhovenko * The Radiative Recombination Process and Its Use in Experiments with Electron Cooling , in Russian Zh. Ehksp. Teor. Fiz. 75, 126S (1978)
V. P. Zhdanov * The Analytical Expression for the Coefficient of Dielectronic Recombination During Collisions of Electrons with Partially Ionized Atoms , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol. 1, p. 33, 1978
V. S. Senashenko, V. A. Sidorovich * The Ratio of the Cross-Sections of Double Ionization of He-Like Atomic Systems from the Ground and Metastable States , in Russian Abstracts of Papers Presented at the Seventh Ail-Union Conference on the Physics of Electron and Atomic Collisions, Vol. 1, p. 59, 1978
L. A. Iskachkin, Ao Io Korotkov * Calculation of the Effective Cross-Sections of Stepped lonization from Metastable Levels of Inert Gases on the Basis of a Seiri- Empirical Theory , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol. 1, p. 67, 1978
A. K. Liep in'sh, R. K. Peterkop * Excitations of Complex Atoms by Electron Impact , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol. 1, p. 69, 1978
M. A. Braun, V. I. Ochkur * Cross-Sections of Electron Impact Excitation of Atoms in a Semi- Classical Approximation , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol. 1, p. 70, 1978
V. P. Zhdanov * Dielectronic Recombination During Collisions of Electrons with Partially Ionized Atoms , in Russian Preprint IAEh-2973, Institut Atomnoj Ehnergii I. V. Kurchatova, 46 Ulitsa Kurchatova, Moscow D-182, 1978 - 67 -
P. J. K. Langendam Free-Free Radiative Transitions of Electron-Atom Systems Thesis, Rijksuniversiteit Te Leiden, Leiden* December 1S78
M. Salem, M. Erocklehurst A Table of Departure Coefficients from Thermodynamic Equilibrium (bt» Factors) for Hydrogenic lens Astrophys. J. Suppl. Ser* 39, (1979)
M. R. Flannery, K. J. McCann Systematic Trends in the Inelastic Cross Sections end Form Factors for nl •» n'l* Direct Collisional Transitions J. Phys. B 12, 427 (1979)
D. W. 0. Heddle The Bethe Approximation: Where to Draw the Line J. Phys. B 12, 489 (1979)
B. L. Hoiseiwitsch, P. H. Norrington The Ll-Sbell Ionisation of Atoms by Relativistic Particles J, Phys. B 12, L283 (1S79)
J. Kunc Averaged Ionization Cross Sections and Rate Coefficients in a Partially Ionized Gas for Small and High Electron Energy Phys. Lett. 70A, 12 (1979)
R. L. W. Chen Minimization of the Effective Electron-Neutral Particle Collision Cross Section in Partially Ionized Noble Geses Phys. Lett. 71A, 215 (1979)
H, Ko Tseng, R. H. Pratt, C. M. Lee Electron Bremsstrahlung Angular Distributions in the 1-500 keV Energy Range Phys. Rev. A 19, 187 (1979)
J. W. MeGowan, P. M. Nul, V. S. D'Angelo, J. E. A. Mitchell, P. Pefrance, H. R. Froelich Erratum: Energy Dependence of Dissociative Recombination Eelow 0.08 eV Measured with (Electron-Ion) Merged-Beam Technique. Physo Rev. Lett. 42, 1186 (1979) - 68 - Heavy Particle Collisions
Eo L* Duman» B. M* Smirnov • Charge Exchange of the Hydrogen Atom on Multiply-Charged Ions , in Russian Fiz* Plasmy 4, 1161 (1S78)
F. F. Baryshnikov, Vo S. Lisitsa * Electron and Ion Scattering on the Excited Hydrogen Atom , in Russian Fiz* Plasmy 4, 1177 (1S78)
Go H. Gillespie Excitation and Ionization Contributions to Sum-Rule Borr Cress Sections for Collisions of One-Elect ren Ions with Atoms Phys. Pev. A 18, 1967 (1978)
M. Io Chibisov * The Effect of Symmetry on the Exchange of One and Two Electrons During Atomic Collisions , in Russian Zh. Ehksp. Teor. Fiz» 75, 1222 (19?8)
I. V* Komarov, E. Ao Solov'ev * Quasi-Classical Evaluation of the Cross-Section for Charge-Exchange of the Hydrogen Atom on Multicharge Ions , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol» 2, p* 37, 1S78
V* N* Ostrovskij * The Asymptotic Theory of Charge-Exchange Between Degenerate States , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 2, p. 38, 1978
M. I. Chibisov Exchange of Two Electrons as a Result of Two-Stage Single-Electron Exchange During Slow Collision of Identical Atomic Particles , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 2, p* 39, 1978 B. E. Baklitskij, E. S. Parilis * Outer-Shell Ionization During Heavy-Ion Collision in the Intermediate Energy Region , in Russian Abstracts of Papers Presented et the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 2, p* 48, 1978 V* P. Petukhov, I* M. Kruglova, V* A* Sergeev * Cross-Sections for 3d-Subshell Ionization of Atoms by Protons , in Russian Abstracts of Papers Presented at the Seventh All-Unfon Conference on the Physics of Electron and Atomic Collisions, Vol* 2, p* 52, 1978 - 69 -
Ne M* Kabachnik, Va Vo Sizov * Ionizat ion of Different Subshells of the M-Shell of Atoms by Proton Impact , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions» Vol» 2, p« 53, 1978
Ie M. Kruglov, V« So Nikolaev, V« A* Sergeev * The Characteristic Energy Dependence of the Ionization Cross- Sections of Inner Atomic Shells , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol* 2, p* 66, 1S78
Ye A* Teplcva, I. S« Dmitriev, V« Se Nikolaev * Cross-Sections for Electron Capture by Helium-Like Ions , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vol» 2, p» 72, 1978
A* Ke Kaminskij, Me Ie Potapova * Effective Multiple lonization Cross-Sections for Heavy Atoms in Ion-A to ir i c Collisions , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vole 2, p> 75, 1978
Be Ae D'yachkov * Production of High-Energy (E>100 keV) Hydrogen Neutrals Using Alkali-Metal Vapour Targets , in Russian Abstracts of Papers Presented at the Seventh All-Union Conference on the Physics of Electron and Atomic Collisions, Vole 2, pa 143, 1978
Ke Okuno Charge Changing Cross Sections for Hsavy-Particle Collisions in the Energy Range from Oel eV to 10 MeV Ie Incidence of He, Li, Be, B and Their Ions Report IPPJ-AM-9, Institute for Plasma Physics, Nagoya University, Nagoya, Japan, December 1978
Ke Okuno Charge Changing Cross Sections for Heavy-Particle Collisions in the Energy Range from Oel eV to 10 MeV lie Incidence of C, N, 0 and Their Ions Report IPPJ-AM-10, Institute for Plasma Physics, Nagoya University, Nagoya, Japan, December 1978
Ke Dkuno Charge Changing Cross Sections for Heavy-Particle Collisions in the Energy Range from Oel eV to 10 MeV Hie Incidence of F, Ne, Na and Their Ions Report IPPJ-AM-11, Institute for Plasma Physics, Nagoya University, Nagoya, Japan, December 1978 - 70 -
J. -B» Yelnik, D. Vos1 amber Effect of Elastic and Inelestic Collisions on the Redistribution of Resonance Radiation Astrophys, J, 230, 184 (1979) L. Gottdiener, R« Carmona Energy Transfer in High-Energy Atom-Oscillator Collisions J. Chem. Phys. 70, 4207 (1979) I. A. Sellin Electron 'Cusp' Spectroscopy of the Forward Peak in Continuum Electron Capture and Loss in Gases and Solids J. Physique 40, Cl-225 (1979) J. Kunc Binary Encounter Approximation Treatment of Collisions Within the Atomic Structure J. Phys. B 12, 241 (1979) M. R. Flannery, K, J» McCann Systematic Trends in the Inelastic Cross Sections and Form Factors for nl • n'l' Direct Collisional Transitions J. Phys. B 12, 427 (1979) R. E» Olson Rydberg-atcm-Rydberg-atom Ionisation Cross Sections J, Phys, B 12, L10S (1979) F. T. Chan, J, Eichler Charge Exchange Between H(2s) and Energetic Projectiles J. Phys, B 12, L305 (1979) R, E, Olson Multiple-Ionisation Cross Sections for Highly Stripped Ions Colliding with He, Ne and Ar J, Phys. B 12, 1843 (1979) H. Tawara On a Scaling of Electron Capture by Fully Ionized Heavy lens in Light Gas Targets at Low MeV Energies Phys. Lett. 71A, 208 (1979) K. Omidvar Scaling of Cross Sections for K-Electron Capture by High-Energy Protons and Alpha-Particles from the Multielectron Atoms Phys. Rev. A 19, 65 (1979) - 71 - Surface Interactions
Y. Se Virgil'ev, G* G* Kireeva, E. I* Kurolenki * Perireability of Structural Graphite and Its Change Under Irradiation , in Russian At. Ehnerg. 45, 71 (1978) B. A* Shilyaev, R. P. Slabospitskij, V» A* Yamnitskl, G. F. Timoshevski, G. Po Kozina, A. N. Lvov» V» Yo Migalenya * Modelling of Point Defects During Radiation Damage of Materials by Protons « Neutrons and Heavy Ions , in Russian At. Ehnerg. 45, 193 (1978)
P. A. Platonov, V. Fo Zemyanskïj, V. E. Ivanov, Q. D. Kazelkovskij, V. A. Tsykakov * The Present Status of Activities on the Physics of Radiation Damage in the USSR , in Russian At. Ehnerg. 45, 251 (1978)
A. P. Subbotin * Generation cf Pores , in Russian At. Ehnerg. 45, 276 (1978)
Ma V. Kuvakin, E. So Kharlamochkin, V. E. Yurasova * Calculation of Sputtering by the Focus Model , in Russian Fiz. Tverd. Tela 20, 2055 (1978)
M. L. Afanas'ev, V. S. Bondarenko, V. K. Ermolaev, S. A. Seryshev * Hydrogen Diffusion in Niobium Hydronitrides , in Russian Fiz. Tverd. Tela 20, 2357 (1978)
A. Vo Lusnikov * The Mechanism of Sputtering of Surface Atoms , in Russian Fiz. Tverd. Tela 20, 2492 (1978)
A. A. Dorozhkin, A. A. Petrov, N. E. Petrov * Structure of the Energy Spectra of Auger Electrons During Irradiation of Solids by Medium-Energy Ions , in Russian Fiz. Tverd. Tela 20, 2867 (1978)
V. A. Padzerskij, E. A. Tsipinyuk * Atom Ionization Near a Metal Surface , in Russian Fiz. Tverd. Tela 20, 3283 (1978)
To L. Matskevich, A. P. Kazantsev * Electronic Auger Spectrum of Zirconium Carbide , in Russian Fiz. Tverd. Tela 20, 3365 (1978)
V. V. Pletnev * Angular Distribution of Atoms Sputtered from an Amorphous Target Surface , in Russian Fiz. Tverd. Tela 20, 3379 (1978) -li-
I, Gertner, M, Meron, B, Rosner Electronic Energy Loss of Ions in Solids in the Energy Range 10-10* keV/Nucleon Phys. Rev, A 18, 2022 (1978)
S, A, Cruz, C, Cisneros, Io Alvarez Addendum to 'Individual Orbital Contribution to the Electronic Stopping Cross Section in the Low-Velocity Region' Physo Rev, A 18, 2369 (1978)
I. So Bitevskij, E, S, Parilis * The Equilibrium Atomic Structure of Single-Crystal Surface Curing Ion Bombardment , in Russian Zh, Tekh, Fiz. 48, 1711 (1978)
T, Do Radzhabov, Z, I, Iskanderova • Calculation of the Distribution of Gas Mixtures Introduced by Ion Bombardment into Growing Films and Layers with Consideration of Diffusion , in Russian Zh, Tekh. Fiz. 48, 1957 (1S78)
J. L. Cecchi Tritium Permeation and Wall Loading in the TFTR Vacuum Vessel J. Vac, Sci, Technol, 16, 58 (1979)
A, I, Tolmachev Elastic Reflection of Electrons from Solids Soviet Phys.-Techn. Phys, 23, 703 (1979) TRANSLATED FROM FROM ZH, TEKH, FÏZ. V. 48, P. 1257 (1S78) - 73 - Plasma Diagnostics
W. A. Peebles, M* J. Herbst CO2 Laser Thomson Scattering from a Pulsed Hydrogen Arc IEEE Trans, on Plasma Sci. PJb6, 564 (1978)
E. Ha ug Fe IX Lines as Density Indicators in Coronal Plasmas Astrophys. J. 228, 903 (1979)
B. K. Sinha Estimation of Plasma Temperature from Recombination Continuum Appl, Phys. Lett. 34, 247 (1979)
K» Po Novikova, E. Fo Prozorov, K. N. Ulyanov The Determination of Plasma Parameters by the Method of Low- Frequency Modulation of the Probe Potential , in Russian Fiz. Plasmy 5, 150 (1979)
A. Zigler, H. Zmora, Ho M. Loebenstein, J. Le Schwob Investigation of the Transient Ionizing Regime of Laser-produced Plasma J. Appl. Phys. 50, 165 (1979)
H. U. Draw in Atomic, Ionic and Molecular Data in Thermo-Nuclear Fusion Research J. Physique 40, Cl-73 (1979)
G. Jamelot, P. Jaegle, A« Carillon, C. Wehenkel Intensity and Shape of Spectral Lines from Laser-Produced Plasmas J. Physique 40, Cl-Sl (1979)
M. Ho Key, J» G. Lunney, Jo M. Ward, R. G. Evans, P. T. Rumsby Plasma Parameters in Laser Imploded Targets from Space-Reaclved x-ray Spectroscopy J. Phys. B 12, L213 (1979)
V. A. Boiko, S. A. Pikuz, A. Y. Faenov The Determination of Laser Plasma Electron Density by K Spectra of Multicharged Ions J. Phys. B 02, 1889 (1979)
J. L. Sebastian, V. Colomer, Mo Rodriguez-Vidal, Jo Peon A Study of Two Microwave Interferometers for the Determination of the Plasma Electron Density J. Phys. 0 12, 417 (1979)
Pe V« Minaev Effect of Charge Density on Spectral Line Strength in High Fressure Mercury Plasma Cptics and Spectroscopy 45, 625 (1979) TRANSLATED FROM OPT» SPEKTFOSK. V. 45, P. 656 (1978)
G. Fuchs A Method to Measure the Electron Temperature and Density for Plasma Parameters Typical for the Tokamak Boundary Region Phya. Lett. 70A, 317 (1979) - 74 -
6* Boehm, Bo Kampmann, Ho Schlueter Measurements with an Ion—Sensitive Probe in Stationary RF-Discharges of Stellarator Configuration Phys. Letto 70A, 413 (1979)
L* Wo Jorgensen, A* He Sillesen Determination of the Ion Velocity Distribution in a Rotating Plasma from Measurements of Dcppler Broadening Plasma Physics 21, 345 (1979)
L« E. Zakharov, Vo D. Shafranov Probe Diagnostics in a Tokamak Soviet Phys.-Techn. Phys. 23, 646 (1979) TRANSLATED FROM ZHo TEKH. FIZ. V. 48, P. 1156 (1978)
V. P. Borzenko, N. Ao Koshilev, 0. G. Parfenov, N. A» Strokin Multichannel Charge-Exchange Energy Analyzer with High Titre Resolution Soviet Physo-Techno Phys, 23, 655 (1979) TRANSLATED FROM ZHo TEKH7 FIZ, V, 48, P. 1174 (1978)
Plasma Composition, Impurities
Y. Z. Kandiev, Vo Bo Kruychenkov, V. Vo Plokhoy The Calculation of Charged Particle Spectra in Thermonuclear Targets by the Monte-Carlo Method , in Russian Fizo Plasmy 5, 171 (1979)
Mo Bacal, Go W. Hamilton H- and D~ Production in Plasmas Phys. Rev. Lett. 42, 1538 (1979)
N. V. Filippov Acceleration of Aluminium Ions in a Plasma Focus in Russian Zh. Ehksp, Teoro Fiz, 76, 5 (1979)
K. Kadota, M. Otsuka, J. Fujita Space- and Time-Resolved Study of Impurities by Visible Spectroscopy in High Density Regime of JIPP T-II Tokamak Plasma Report IPPJ-374, Institute for Plasma Physics, Nagoya University, Nagoya, Japan, March 1979 - 75 - £1 a sma Heating» Cooling and Fueling
J. H. Fink, G. U. Hamilton A Neutral-Beam Injector for the Tandem-Mirror Fusion Reactor Delivering 147 MW of 1.2-MeV D° IEEE Trans, on Plasma ScU 4, 417 (1978)
So L. Milora, C. Ao Foster A Revised Neutral Gas Shielding Model for Pellet-Plasma Interactions IEEE Trans, on Plasma Sci. £Sr§» 578 (1978) H. J. Hopman « J. A. Markvoort, B. Jurgens A Note on the Heating of the Cold Plasma Blanket in a Linear Fusion Reactor Phys. Lett. 70A, 42S (1979)
A. J. T. Holmes Theoretical and Experimental Study of Space Charge in Intense Ion Beams Phys. Rev. A 19, 38S (1979)
V. I. Barinov, I. B. Gekker, K. F. Sergeichev, 0. V. Sizukhin, V. E. Trofimov Anomalous Microwave Absorption and Heating of a Collisionless, Untnagneti2ed Plasms In 'Microwave Plasma Interactions, Proceedings (Trudy) of the P. N. Lebedev Physics Institute Vol. 73, p. 35, D. V. Skobel'tsyn Editor, Academy of Sciences of the USSR, Moscow 1979
Plasma Theory» Models
J. E. Vernazza, J. Co Ray»ond On the Ionization Equilibrium Balance Astrophys. J. 228, L89 (1979) T. Fujimoto A Collisional-Radiative Model for Helium and Its Application to a Discharge Plasma J. Quant. Spectrosc. Radiât. Transfer 21, 439 (1979) K. Uehara, Y. Gomay, T. Yamamoto, N. Suzuki, M. Maeno, T. Hirayama, M. Shimada, S. Konoshima, N. Fujisawa Gross Particle Confinement Characteristics by the Boundary Plasma in the JFT-2 Tokamak Plasma Physics 21, 89 (1979) J. Glasser, J« Chapelle Free-Free Gaunt Factor for Dense Low Temperature Plasmas Plasma Physics 21, 477 (1979) J. Tjon, T. T. Wu Numerical Aspects of the Approach to a Maxwell Ian Distribution Phys. Rev. A 19, 883 (1979) H. H. Klein, M. Cotsaftis, N. A* Krall, J. B. McBride Dynamics of Tokamak Discharges Dominated by the Trapped-Electron Instability Phys. Rev. Lett. 42, 1144 (1979) C. Mercier, F. Werkoff, J. P. Morera Use of Transport Codes aa a Diagnostic for the Tokamak Experiments Report EUR-CEA-FC-997, Fontenay-aux-Roses, April 1979 - 76 - Data» Bibliographies» Progress Reports J. -L» Delcroix Bulletin Signaletique 166, Atomes, Molecules, Gaz Neutres et Ionisés Vol» 2 No* 1, Centre National de la Recherche Scientifique, Laboratoire de Physique des Plasmas, Université Paris Sud, 91405 Orsay CEDEX and Informascience, Centre de Documentation, 26 R. Boyer
K. Way Atomic Data Related to X and XUV Radiation Atomic Data and Nuclear Data Tables 22, 125 (1978)
C. Fo Barnett, W. L. Wiese Atomic Data for Fusion Bulletin Vcl« 4, Index, Controlled Fusion Atomic Data Center, Oak Ridge National Laboratory, Oak Ridge, Tennessee 37830 and National Bureau of Standards, Washington Do Co 20234, Janusry- December 1S78
C. F. Barnett, W. L. Wiese Atomic Data for Fusion Bulletin Vcl.4, No» 5,6, Controlled Fusion Atomic Data Center, Oek Ridge National Laboratory, Oak Ridge, Tennessee 37830 and National Bureau of Standards, Washington DoCo 20234, September- December 1S78
K. Takayanagi, H» Suzuki Cross Sections for Atomic Processes Volo 1, Processes Involving Hydrogen Isotopes, Their Ions, Electrons and Photons Research Information Center, Institute of Plasma Physics, Nagoya University, Chikusa-Ku, Nagoya, 464, Japan, December 1S78
Je W. Gallagher Energy Transfer Collisions of Atoms and Molecules, No» S Newsletter, Information Center, Joint Institute for Laboratory Astrophysics, University of Colorado, Boulder, Colorado 80309, April 1979
Co F. Barnett, W» L« Wiese Atomic Data for Fusion Bulletin Vol.5, No» 1, Controlled Fusion Atomic Data Center, Oak Ridge National Laboratory, Oak Ridge, Tennessee 37830 and National Bureau of Standards, Washington D»C» 20234, January- February 1979 S» Wo Hawthorne, E» W» McDaniel, Co F» Earnett, D» H» Crandall, H. E. Gilbcdy, M» I. Kirkpetrick, R. A* Phaneuf, Eo W. Themes Bibliography of Molecular Dissociation in Heavy Particle Collisions 1950-75 Report GFNL-5500, Gak Ridge National Laboratory, Oak Ridge, February 1979 - 77 -
So VI* Hawthorne, E» Wo Thomas» Co F. Barnet t, Do Ho Crandallf H. B. Gilbody, M« I. Kirkpatrick, E. W. McDaniel, R. Ao Phaveuf Bibliography of Atomic and Molecular Excitation in Heavy Particle Collisions 1950-75 Report OPNL-5501,0ak Ridge National Laboratory, Oak Ridge, February 197S
S. U. Hawthorne, C. F. Barnett, Do H. Crandall, Ho B. Gilbody, Mo Io Kirkpatrick, Eo W. McDaniel, R. Ao Phaneuf, E. VU Thoiras Bibliography of Electron Transfer in Heavy Particle Collisions.. 1950-75 Report OENL-5502, Cak Ridge National Laboratory, Oak Ridge, February 1979
So W. Hawthorne, Eo U» McDeniel, Co F. Barnett, Do Ho Crandall, Ho Eo Gilbody, Mo Io Kirkpatrick, R. Ao Phaneuf, Eo Wo Thcmas Bibliography of Ionization and Stripping in Heavy Particle Collisions 1950-75 Report OFNL-5503, Cak Ridge National Laboratory, Oak Ridge, February 1979
Jo Kendrick Information Quarterly Noo 13 The Daresbury Laboratory, Daresbury, Warrington, Cheshire, UK, March 1979 - 78 -
IV. WORK IN PROGRESS
Prof. S.P. Khare, Mr. Deo Raj, Mr. T.P. Singh, Institute of Advanced Studies, Physics Department, Meerut University, Meerut, India.
Elastic Scattering of Electrons by N_; 0-, CO and ______o -9 -ft ^ f\ Wlin A Ji A A ^ rt Ä v% S^ 'M fr A *V f* C02 at intermediate energies Work continues on the calculation of cross sections for the elastic scattering electrons by homo- and hetero- nuclear molecules namely N2, 0„, CO and CO- in the energy range 50-800 eV. Independent Atom model has been employed in conjunction with partial wave method. The atoms are replaced by their respective effective potential which is taken to be the sum of the static field and energy dependent spherically symmetric polarization potential. Brief accounts of our work for N? and CO are in the press [l, 2~\; the results are in satisfactory agreement with the available experimental data.
1. To appear in Lett. Nat. Acad. Sci. (India). 2. To appear in Lett. J. Phys. B.
Univ. Prof. Dr. W. Lindinger, Abteilung Atomphysik (Huelle), Karl-Schoenherr-Strasse 3, A-6020 Innsbruck, Oesterreich.
Investigations are extended on reactions of multiply charged ions with neutrals, the results of which are partly enclosed in a paper in press in the Int. J. Mass Spectrum. Ion Phys., and partly in a contribution for the 14th ICPIG, Grenoble, 1979. Results on the following reactions of state selected ions have been obtained:
++ 3 Charge transfer Ne ( P) N2 E=0,05-0,5 e,' Exp. Ne++C3P) u H2 E=O,04-0,25eV Ar++(3P) He E=O,04-0,2 eV i? ++ 3 u Ar ( P) CH4 E=O,05-0,4 eV
++ 3 ii Ar ( P1 C2H2 E=O,05-l,3 eV Ar++(3P) N0„ E=O,1 -0,5 eV •t + Ar Vs) E=0,4 - 3 eV u u 2 E=0,4 - 4 eV ii C02 E=0,5 - 4 eV C2H2 E=0,5 - 4 eV u CH4 E=0,4 - 4 eV H„ _ II _ E=0,l -0,5 eV ii
Investigations of Kr - reactions are being performed. LIST OF ELEMENTS
1 H hydrogen 36 Kr krypton 71 Lu lutetium 2 He helium 37 Rb rubidium 72 Hf hafnium 3 Li lithium 38 Sr strontium 73 Ta tantalum 4 Be beryllium 39 Y yttrium 74 W tungsten 5 B boron 40 Zr zirconium 75 Re rhenium 6 C carbon 41 Nb niobium 76 Os osmium 7 N nitrogen 42 Mo molybdenum 77 Ir iridium 8 O oxygen 43 Tc technetium 78 Pt platinum 9 F fluorine 44 Ru ruthenium 79 Au gold 10 Ne neon 45 Rh rhodium 80 Hg mercury 11 Na sodium 46 Pd palladium 81 Tl thallium 12 Mg magnesium 47 Ag silver 82 Pb lead 13 Al aluminium 48 Cd cadmium 83 Bi bismuth 14 Si silicon 49 In indium 84 Po polonium 15 P phosphorus 50 Sn tin 85 At astatine 10 S sulphur 51 Sb antimony 86 Rn radon 17 Cl chlorine 52 Te tellurium 87 Fr francium 18 Ar argon 53 1 iodine 88 Ra radium 19 K potassium 54 Xe xenon 89 Ac actinium 20 Ca calcium 55 Cs cesium 90 Th thorium 21 Se scandium 56 Ba barium 91 Pa protactinium 22 Ti titanium 57 La lanthanum 92 U uranium 23 V vanadium 58 Ce cerium 93 Np neptunium 24 Cr chromium 59 Pr praseodymium 94 Pu plutonium . 25 Mn manganese 60 Nd neodymium 95 Am americium 26 Fe iron 61 Pm promethium 96 Cm curium 27 Co cobalt 62 Sm samarium 97 Bk berkelium 28 Ni nickel 63 Eu europium 98 Cf californium 29 Cu copper 64 Gd gadolinium 99 Es einsteinium 30 Zn zinc 65 Tb terbium 100 Fm fermium 31 Ga gallium 66 Dy dysprosium 101 Md mende levi urn 32 Ge germanium 67 Ho holmium 102 No nobel i um 33 As arsenic 68 Er erbium 103 Lr lawrencium 34 Se selenium 69 Tm thulium 104 Ku kurchatovium 35 Br bromine 70 Yb ytterbium 105 Ha hahnium