DOCSLIB.ORG

A Complete Bibliography of Publications in the Journal of Mathematical Physics: 2010–2014

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
A Complete Bibliography of Publications in the Journal of Mathematical Physics: 2010–2014 A Complete Bibliography of Publications in the Journal of Mathematical Physics: 2010{2014 Nelson H. F. Beebe University of Utah Department of Mathematics, 110 LCB 155 S 1400 E RM 233 Salt Lake City, UT 84112-0090 USA Tel: +1 801 581 5254 FAX: +1 801 581 4148 E-mail: [email protected], [email protected], [email protected] (Internet) WWW URL: http://www.math.utah.edu/~beebe/ 27 March 2021 Version 1.28 Title word cross-reference (1 + 1) [1000, 1906, 294, 2457]. (1 + 2) [1493, 1654]. (1; 0) [2095]. (1=p)nqn [1052]. (2 + 1) [2094, 669, 1302, 718, 449, 1012, 377, 2620, 2228]. (3 + 1) [1499]. (4; 4; 0) [2306]. (β,q) [1297]. (C; +) [1885]. (D + 1) [2054, 2291]. (d + s) [2255]. (L2; Γ,χ) [1885]. (N + 1) [1334, 155]. (n + 3) [490]. (N;N0) [1789]. (p; q; ζ) [500]. (p; q; α, β; ν; γ) [1113]. (q; µ) [500]. (q; N) [1659]. (R; p; q) [300]. ^ 2 (SO(q)(N);Sp^(q)(N)) [1659]. + [2688]. −1 [1394]. −1=2 [977]. −a=r + br [945]. 1 [2659, 1714, 1004, 1212, 632, 2154, 694, 1952, 354, 661, 1985, 752]. 1 + 1 [2332]. 1 + 2 [2484]. 1=2 [1004, 144, 759]. 1 <α≤ 2 [598]. 2 [518, 2225, 2329, 1, 1009, 2562, 2251, 1903, 1947, 1352, 1597, 465, 2675, 454, 891, 899, 2031]. 2 + 1 [884, 938, 217, 681, 939]. 2d [356]. 2N [1406]. 3 [287, 1875, 1951, 2313, 2009, 518, 2155, 799, 1095, 810, 2553, 2260, 2579, 2067, 1882, 2554, 1340, 2251, 1069, 2257, 2169, 1006, 1992, 2195, 2289]. 3 + 1 [1939]. 4 [2402, 874, 585, 1906, 640]. 4 + 2 [1939]. 4d [356]. 5 [80, 1560, 924, 2046]. 50 (1) ∗ [22]. 6j [2111]. 9 [692]. [381]. [628, 491, 236]. 0 [1462]. 2 [1398]. 3 [1272]. ∗ (1) (1) n [2517, 1603]. A; D; E [655]. a = 4 [379]. A3 [2169]. A1 [2382]. A2 [2382]. 1 2 (2) (1) ∗ A2 [2382]. A4 [1155]. An [2568]. Ar [356]. AdS2 [1004]. α [488, 136]. α [1899]. B [705, 286, 225, 710, 567]. B(m; n) [1507]. −1(ln) −1+r;2=(1−r) B11 + B + L2 [1798]. B2;s [1777]. B [412]. B [1974]. β Xr 2 3 [1431, 428, 1469, 2287, 2419, 132]. βγ [411]. C [1677, 2156]. C∗ [2213]. C∗ 1 k 2 [1600, 802]. C [1391]. C [2269]. C3 [1974]. χ [543]. D [471, 2636, 2331, 1492, 1247, 572, 1915, 134, 1954, 945, 2050, 963]. D =11 (1) [1817]. D = 2 [781, 1436, 944]. D = 4 [1817]. DN [782]. Dn [1777]. y [903]. 2 x¨ + f(x)_x + g(x) = 0 [2719, 2718, 2707, 1836, 2325]. δ [1807, 2163, 2294]. E10 ⊗r [1988]. E6 [2188, 1946]. E7 [97]. E8 [97]. ` [2012]. Enduk (2)(Ωk ) [929]. (3) ⊗1 [622]. f [2684]. f(R) [1025]. F 2 [2537]. G [2536, 2153, 1803, 2459]. G2 ` [2135, 412]. G2(1) [1119]. G2(2) [1644]. GF (p ) [202]. GL(3;C) [2195]. gl(mjn) [2675, 1647, 2154]. H [1621, 2039, 1088, 2496]. Hn(osp(1j2); M) [447]. P^ [97]. K [289, 2094, 657, 1460, 2016]. κ [791]. l [47, 1336, 2519, 2016]. L2 p [2573, 925]. L [332, 297, 918, 1933]. L2 [2106]. Λ [2039]. M [447]. M2(C) N 1 N [696]. M2 × W Σd−2 [1770]. Mg [988]. cH [1345]. CP [1781]. CP 3 + 1jn 3 [2658, 1345]. D2 [1503]. E [1040]. Q=Z [826]. R [244]. R [184]. R × M 4 N 2 [538]. R [1107]. R [1709, 338]. Z [1721]. Z2 [257, 1167]. Z3 [1593]. z4m e(1) f g gl mjn sl 2j1 sl 3 [933]. 6 [2188]. 4 [248]. 2 [248]. ( ) [453]. ( ) [1388]. ( ; C) [1003]. sl(n; C) [735]. sl−∞(2) [1699]. sp(4; C) [1003]. N [996, 2508, 1, 2232, 1349, 938, 427, 270, 191, 1567, 1293, 773, 115, 112, 1439, 1400, 2419, 533, 1068, 1002, 239, 550, 1281, 490, 1831, 354, 296, 175, 2577, 686]. N =(0; 4) [555]. N =(2; 2) [2492]. N = 1 [2337, 2519]. N =2 [2012, 135, 1632, 379, 385, 1336, 356, 1273]. N =2; 4; 8 [1247]. N =4 [2306, 632, 1487, 2169]. N =4; 7; 8 [1492]. N = 5 [924, 1289]. N = 6 [2155]. N =6; 8 [1095]. N = 8 [472, 1909]. O [856]. O(3) [908]. p 2 2k 4 [1298, 2629, 2561, 220, 1101, 1664, 2576]. @ [403]. Φ [437]. Φ [414]. Φ2 [1226]. π [1370, 2640, 281]. pp [1065, 1688]. psl(2j2) [2460]. PT [2076]. Q [1881, 1878, 840, 2388, 1297, 432, 2383, 2489, 79, 427, 281, 1196, 2172, 584, 833, 404]. q>1 [833, 136]. q2 [860, 1662]. q2 [860]. R [1388, 2660, 1403, 1622, 1130, 2026, 1603, 388, 1399, 2056, 2432]. R2 [2017, 2151]. R3 [2107]. R6 [444]. Rd [2153]. RN [2105, 2099, 1307, 1943]. ρ [1357]. S [843]. s = −1 [1338]. S2 [2027, 1406]. S3 [850]. sh(2j2) [2055]. σ [2659, 632, 2488]. sl(2;C) [2186]. SL(2; C) [606, 411]. sl(3;C) [1945]. sl(4; C) [622]. sl(m +1jn) [2386]. sl(n) [1153]. SL(N;C) [672]. sl(nk; C) [401]. SO(10; 2) [865]. so(2; 2k + 2) [1826]. so(3; R) [2631]. so(3;R) [2058]. SO(4) [2494]. SO(5) [126, 448]. SO(8) [692]. SO(9) × SU(2) [556]. SOq(N) [1944]. Sp(m) [243]. SU(1; 1) [2270, 606, 576, 2116]. SU(2) [1681, 360, 2502, 556, 581]. SU(2) ⊗ SU(2) ≈ SO(4) [2494]. SU(2; 2) [353, 2461]. SU(3) [1681, 320]. SU(6) ⊃ SU(3) ⊗ SU(2) [753]. SU(8) ⊃ SU(4) ⊗ SU(2) [753]. SU(N) × [672, 781, 434, 2131, 2184,P 2636, 780]. SU(N) SU(N) [1039]. SU(r) [1571]. d − 2 s d SU2;1 [900]. SU3 [900]. i=1( @i ) [2050]. T [274, 2534, 2644]. T [1964]. T0 3 [1536]. Tc [878]. τ [2442, 2062]. θ [88]. u [2389]. U(1) [2670, 1141, 539, 273]. ^ U(2; 2) [2387]. U(N) [360, 795]. U(Ω) ⊗ SU(r) [1571]. Uq(sl(M +1jN +1)) 0 ^ 0 slc j b j [1785]. Uq(sl(2)) [2489]. Uq(so3) [771]. Uq( (N 1)) [1401]. Uq(sl(N 1)) [1124]. (1) j 0 b Uq;p(AN−1) [619]. Uq[gl(2 1)] [1078]. Uq (sl(2)) [1662]. V [2688, 1973]. V4 [411]. ' [1196, 1803]. '4 [1262, 1458]. # [1031]. _ [2569]. W [60, 408, 572]. N 0 d j W (2; 2) [60, 1892]. W1;p [1913]. W1 [848]. Wp;p [1354]. wUr;s(osp(1 2n)) [2112]. X2 [112]. Xm [2118]. Y (slN ) [1674]. Z [2276]. -actions [2153]. -adic [2561]. -affine [1000]. -algebra [60]. -algebras [628, 1095, 1167]. -ary [1068, 1006]. -average [427]. -bar [963]. -bigradings [257]. -body [2553, 1906, 2046, 175, 1567, 1293, 115, 1334, 1439]. -bounds [1933, 918]. -bridge [2562]. -categories [903, 2534, 2644]. -cohomology [1899]. -completely [488]. -component [1009, 454, 899]. -condition [2389]. -conformal [2012, 1336, 2519]. -constants [1031]. -constrained [2094]. -coordinated [1803]. -cosmology [1025]. -cosymplectic [657]. -coupled [191]. -covariant [1903]. -critical [925]. -crystal [1777]. -curvatures [2289]. -d [1352]. -deformed [1878, 1113, 2383, 404, 300, 1622]. -Derivations [1196]. -dim [640]. -dimensional [2094, 669, 2620, 490, 2402, 874, 2050, 449, 2554, 1499, 1906, 692, 2251, 294, 939, 1493, 2228, 1012, 377, 891, 572, 1915, 2054, 2291]. -dimensions [1954, 945, 2508]. -divergence [543]. -dressing [403]. -elliptic [1153]. -ensemble [428]. -ensembles [1431]. -entropy [833]. -equation [225, 710, 567]. -equivariant [1803, 320]. -exponential [500, 281, 584]. -exponentials [432]. -Fock [1196]. -fold [1992, 2195, 112, 1400]. -form [1460]. -function [2062]. -functions [2442, 1621, 2636]. -gauge [2289]. -Gaussian [1297]. -generalization [2684]. -generalized [1297]. -geometry [2135]. -graded [79, 924, 2156, 1593]. -Green [297]. -Hahn [860]. -Hermite [132]. -integrability [1391]. -invariant [2670, 243, 273]. -Jacobi [1469, 1662]. -Kamp´e [860]. -Korteweg [379]. -Laguerre [112]. -Laplacian [220, 1101, 1664, 2576]. -Leibniz [686, 2016]. -Lie [1068, 287, 1875, 239, 550, 2260, 2579, 490, 1831, 1069]. -matrices [1, 2026, 388, 1399, 2056, 97]. -matrix [1603, 2432, 1388, 2660, 1130]. -model [2488]. -models [2659, 632, 2287]. -module [2331, 1492, 1247]. -modules [236, 802, 2213]. -norm [2573]. -Onsager [2388]. -operation [1403]. -operators [856]. -particle [354, 270]. -perturbed [1357]. -photon [2031]. -ple [2016]. -plurality [274]. -point [354]. -positive [465]. -pseudoalgebraic [1088]. -pseudodifferential [2496]. -representable [1]. -soliton [1349, 773, 1789, 533]. -space [585]. -spaces [2039]. -sphere [1951, 810, 1281, 1882]. -spin [1298, 2459]. -stability [2106]. -stable [136]. -state [47]. -symbol [2269]. -system [411]. -systems [2569, 2536, 2153]. -tensor [1600]. -ternary [491]. -Theory [1262]. -theta [1885]. -time [1686]. -topology [1536]. -torus [2067]. -totally [2172]. -type [1807, 782, 408, 705]. -unit [427]. -valence-bond-solid [840]. -vortex [996, 1406]. -wave 4 [2629, 2255, 2577]. -waves [1065, 1688]. /anti [649]. /anti-BRST [649]. 1/2 [2416]. 37 [109]. 43 [942]. 45 [2295, 110]. 46 [726, 2183]. 47 [2326]. 48 [157]. 49 [2021, 2621, 262]. 50 [261, 197, 263, 1252, 775, 1083, 511, 1373, 397, 198, 200, 1507]. 51 [863, 600, 510, 635, 111, 2620, 2708, 599, 509, 636, 776, 899]. 52 [1375, 2020, 1887, 774, 2626, 1129, 1128, 823, 1374, 2619, 1933]. 53 [1611, 2572, 1409, 1931, 1666, 1612, 1665, 1932, 1251, 1934, 2709, 1508, 2253, 1217]. 54 [2717, 2625, 2713, 2531, 2719, 2712, 1935, 2064, 2710, 2718, 2715, 2707, 2325, 2184, 2182, 1983, 1984]. 55 [2622, 2451, 2362, 2707, 2623, 2294, 2532]. 56 [2666, 2662, 2714, 2624]. 57 [2705, 2711]. 58 [2716]. 80 [199]. 80th [1410]. = [2282]. ABC [1156]. ABCD [2633]. Abel [1163, 2627, 2205, 361, 273]. abelian [1260, 1684, 1700, 1781, 437, 1976, 2132, 1258, 271, 948, 1050, 555, 692, 761, 484]. Ablowitz [237, 2514, 1783, 1929, 1838, 1845]. above [1192, 1470, 1757]. above-threshold [1757]. Abraham [2033]. abruptly [892]. Absence [2250, 1033, 541, 1421]. Absolutely [1415, 2115, 541, 2266]. absorption [1855, 1751].
Load more

Recommended publications
  • A 1 Case-PR/ }*Rciofft.;Is Report
    .A 1 case-PR/ }*rciofft.;is Report (a) This eruption site on Mauna Loa Volcano was the main source of the voluminous lavas that flowed two- thirds of the distance to the town of Hilo (20 km). In the interior of the lava fountains, the white-orange color indicates maximum temperatures of about 1120°C; deeper orange in both the fountains and flows reflects decreasing temperatures (<1100°C) at edges and the surface. (b) High winds swept the exposed ridges, and the filter cannister was changed in the shelter of a p^hoehoc (lava) ridge to protect the sample from gas contamination. (c) Because of the high temperatures and acid gases, special clothing and equipment was necessary to protect the eyes. nose, lungs, and skin. Safety features included military flight suits of nonflammable fabric, fuil-face respirators that are equipped with dual acidic gas filters (purple attachments), hard hats, heavy, thick-soled boots, and protective gloves. We used portable radios to keep in touch with the Hawaii Volcano Observatory, where the area's seismic activity was monitored continuously. (d) Spatter activity in the Pu'u O Vent during the January 1984 eruption of Kilauea Volcano. Magma visible in the circular conduit oscillated in a piston-like fashion; spatter was ejected to heights of 1 to 10 m. During this activity, we sampled gases continuously for 5 hours at the west edge. Cover photo: This aerial view of Kilauea Volcano was taken in April 1984 during overflights to collect gas samples from the plume. The bluish portion of the gas plume contained a far higher density of fine-grained scoria (ash).
    [Show full text]
  • Annual Report 2009
    Koninklijke Sterrenwacht van België Observatoire royal de Belgique Royal Observatory of Belgium Mensen voor Aarde en Ruimte,, Aarde en Ruimte voor Mensen Des hommes et des femmes pour la Terre et l'Espace, La Terre et l'Espace pour l'Homme Jaarverslag 2009 Rapport Annuel 2009 Annual Report 2009 2 De activiteiten beschreven in dit verslag werden ondersteund door Les activités décrites dans ce rapport ont été soutenues par The activities described in this report were supported by De POD Wetenschapsbeleid / Le SPP Politique Scientifique De Nationale Loterij La Loterie Nationale Het Europees Ruimtevaartagentschap L’Agence Spatiale Européenne De Europese Gemeenschap La Communauté Européenne Het Fond voor Wetenschappelijk Onderzoek – Vlaanderen Le Fonds de la Recherche Scientifique Le Fonds pour la formation à la Recherche dans l’Industrie et dans l’Agriculture (FRIA) Instituut voor de aanmoediging van innovatie door Wetenschap & Technologie in Vlaanderen Privé-sponsoring door Mr. G. Berthault / Sponsoring privé par M. G. Berthault 3 Beste lezer, Cher lecteur, Ik heb het genoegen u hierbij het jaarverslag 2009 van de J'ai le plaisir de vous présenter le rapport annuel 2009 de Koninklijke Sterrenwacht van België (KSB) voor te l'Observatoire royal de Belgique (ORB). Comme le veut stellen. Zoals ondertussen traditie is geworden, wordt het désormais la tradition, le rapport est séparé en trois par- verslag in drie aparte delen voorgesteld, namelijk een ties distinctes. La première est consacrée aux onderdeel gewijd aan de wetenschappelijke activiteiten, activités scientifiques, la deuxième contient les activités een tweede deel dat de publieke dienstverlening omvat en de service public et la troisième présente les services tenslotte een onderdeel waarin de ondersteunende d'appui.
    [Show full text]
  • Elachi: Tions
    Inside February 13, 2004 Volume 34 Number 3 News Briefs . 2 Earth, Mars Outreach Effort . 3 Special Events Calendar . 2 Passings, Letters . 4 Service Awards . 2 Classifieds . 4 Jet Propulsion Laboratory scientific and telecommunications capabilities and mission design op- Elachi: tions. Project Prometheus has been transferred to NASA’s new Office of Exploration Systems (Code T). JPL will play a key role in NASA’s “Exploration Beyond Earth Orbit” ‘Future in theme, which Elachi termed “a sustained human and robotic program to explore the solar system and beyond. Reaching the moon is not an end in itself; rather, it will be as a steppingstone to go to Mars.” Besides the Jupiter Icy Moons Orbiter, the budget proposal fully excellent supports JPL’s work in the Navigator Program: the Space Interferometry Mission, Kepler and Terrestrial Planet Finder. “This vision is a key element of NASA, but it’s only a part of NASA,” shape’ Elachi said. “NASA remains committed to a strong program in Earth science, to understand and protect our home planet.” Next year’s proposed Earth science budget calls for $1.49 billion, about $128 million less than this year. Elachi said the reduction is due to FY ’04 Congressional earmarks and the recent launches of the Earth Observing System Terra and Aqua missions and upcoming launch of Aura. The bottom line, Elachi said, is that all JPL Earth missions in devel- opment have been fully funded—Jason; three Earth probes (Orbiting Carbon Observatory, Aquarius and Hydros); and a wide-swath ocean Dutch Slager / JPL Photolab surface topography radar follow-on for Jason.
    [Show full text]
  • DNA1.94Og27.Ool G
    DNA1.94Og27.Ool g No. Pub. Year Citations File Name File Size (bytes) 5 1967-1968 857 RADBIB05.TXT 791,604 The search criteria was for radiation or radiological for publication year greater than 1966 and less than 1969. The document database four character field names and a descriptor for each. field are as follows: ABS Abstract ACCD Accession Date ADNO DTIC Number ---*->*h I AUTH Author (s) CCDE Computer Code ( s ) CLSS Classification CONN Contract Number CORP Corporation DATE Report Date DESC Descriptor (s) EFFT Damage Mechanism EMPF Electro Magnetic Pulse File number(s) HESO High Explosive Shot(s) INUM Item Number LA Country or Language PROJ Project Number REPN Report Number SHOT Nuclear Test (s) SUCE Device Designation SUJO DASIAC Subject number(s) SYMJ Published in SYST System Affected TEMP Document Control number(s) TITL Report Title TNFF Tactical Nuclear Warfare TREE Transient Radiation Effects on Electronics number(s) TSHO Shot. Type Statement A Approved for public release;* Distribution unlirnited.ZMi-d=- .folddata Report Log for Bibliography Report 'bibliography' scheduled as 'radbib' Bibliography using full text searching with selection qualification. STILAS text selection v6.2 started on Monday, June 13, 1994, 10:45 AM Search will use the KUNI database Search strings will be read from standard input The catalog key will be written to standard output 19940613104505 BRS/Search-Engine v.5 started for seltextl 11379 records found for #1: RADIATION OR RADIOLOGICAL 1 searches considered 1 searches selected. STILAS text selection finished on Monday, June 13, 1994, 10:49 AM STILAS catalog selection v6.2 started on Monday, June 13, 1994, 10:45 Ah4 Catalog key will be read from standard input The catalog key will be written to standard output The author key will be written to standard output The title key will be written to standard output Catalog will be selected if year-ofjub is more than 1968 and less than 1971 11379 catalog record(s) considered 893 catalog record(s) selected.
    [Show full text]
  • June 2-6, 1980
    Conseil national de la recherche National Academies of Science National Research Council and Engineering du/ of National Research Council Canada United States of America COMITES NATIONAUX / NATIONAL COMMITTEES UNION RADIO INTERNATIONAL UNION SCIENTIFIQUE OF INTERNATIONALE RADIO SCIENCE COLLOQUE RADIO NORTH AMERICAN SCIENTIFIQUE RADIO SCIENCE NORD-AMERICAiti MEETING QUEBEC, JOIN/ JUNE 2-6, 1980 Parraine par / Sponsored by URS! / CNC - USNC / URS! tenu conjointement avec / held jointly with Symposium international de International Symposium la Societe of Antennes et Propagation Antennas and Propagation Society Institute of Electrical and Electronics Engineers UNNERSITE LAVAL CITE UNNERSITAIRE QUEBEC, CANADA "(0 LOS Alie o~f- IN 1981 ~~ 17-19 JUNE 1981 AT THE BONAVENTURE HOTEL LOS ANGELES, CALIFORNIA FOR INFORMATION WRITE TO: PROFESSOR R. S. ELLIOTT 7732 BOELTER HALL UCLA LOS ANGELES, CALIFORNIA 90024 Progranune Program et and Resumes Abstracts United States of America - Canada National Committees - Comites Nationaux Union Radio Scientifique / International Union of Internationale Radio Science Colloque Radio Scientifique North American Radio Nord-America in Science Meeting Juin/June 2-6, 1980 tenue conjointement avec/held jointly with Symposium International de International Symposium la Soci!!te of Antennes et Propagation Antennas and Propagation Society Quebec, Canada i-1 AVIS On pourra se procurer le programme et le resume des communications presentees au Colloque Radio Scientifique Nord-Americain de l 'URSI en ecrivant al 'adresse suivante: Symposium IEEE/URSI 1980 Departement de Genie Electrique Universite Laval Cite Universitaire Quebec, Canada GlK 7P4 Le texte integral des communications ne sera pas publie dans une edition speciale. Il est fort possible neanmoins qu'un auteur, de sa propre initiative, fasse publier son texte; en ce cas, on devra s'adresser a lui pour en obtenir une copie.
    [Show full text]
  • Management and Storage of Research Reactor Spent Nuclear Fuel Proceedings Series
    Spine for 280 pages: 14,48 mm Management and Storage of Research Reactor Spent Nuclear Fuel Research Reactor Spent Storage of Management and Proceedings Series Management and Storage of Research Reactor Spent Nuclear Fuel Proceedings of a Technical Meeting held in Thurso, United Kingdom, 19–22 October 2009 INTERNATIONAL ATOMIC ENERGY AGENCY VIENNA ISBN 978–92–0–138210–8 ISSN 0074–1884 MANAGEMENT AND STORAGE OF RESEARCH REACTOR SPENT NUCLEAR FUEL The following States are Members of the International Atomic Energy Agency: AFGHANISTAN GUATEMALA PANAMA ALBANIA HAITI PAPUA NEW GUINEA ALGERIA HOLY SEE PARAGUAY ANGOLA HONDURAS PERU ARGENTINA HUNGARY PHILIPPINES ARMENIA ICELAND POLAND AUSTRALIA INDIA PORTUGAL AUSTRIA INDONESIA AZERBAIJAN IRAN, ISLAMIC REPUBLIC OF QATAR BAHRAIN IRAQ REPUBLIC OF MOLDOVA BANGLADESH IRELAND ROMANIA BELARUS ISRAEL RUSSIAN FEDERATION BELGIUM ITALY Rwanda BELIZE JAMAICA SAUDI ARABIA BENIN JAPAN SENEGAL BOLIVIA JORDAN SERBIA BOSNIA AND HERZEGOVINA KAZAKHSTAN SEYCHELLES BOTSWANA KENYA SIERRA LEONE BRAZIL KOREA, REPUBLIC OF BULGARIA KUWAIT SINGAPORE BURKINA FASO KYRGYZSTAN SLOVAKIA BURUNDI LAO PEOPLE’S DEMOCRATIC SLOVENIA CAMBODIA REPUBLIC SOUTH AFRICA CAMEROON LATVIA SPAIN CANADA LEBANON SRI LANKA CENTRAL AFRICAN LESOTHO SUDAN REPUBLIC LIBERIA SWAZILAND CHAD LIBYA SWEDEN CHILE LIECHTENSTEIN SWITZERLAND CHINA LITHUANIA COLOMBIA LUXEMBOURG SYRIAN ARAB REPUBLIC CONGO MADAGASCAR TAJIKISTAN COSTA RICA MALAWI THAILAND CÔTE D’IVOIRE MALAYSIA THE FORMER YUGOSLAV CROATIA MALI REPUBLIC OF MACEDONIA CUBA MALTA TOGO CYPRUS MARSHALL
    [Show full text]
  • Download the Publication
    COLD WAR INTERNATIONAL HISTORY PROJECT WORKING PAPER #51 Inside the Soviet Invasion of Afghanistan and the Seizure of Kabul, December 1979 By Aleksandr Antonovich Lyakhovskiy Translations by Gary Goldberg and Artemy Kalinovsky January 2007 THE COLD WAR INTERNATIONAL HISTORY PROJECT WORKING PAPER SERIES Christian F. Ostermann, Series Editor This paper is one of a series of Working Papers published by the Cold War International History Project of the Woodrow Wilson International Center for Scholars in Washington, D.C. Established in 1991 by a grant from the John D. and Catherine T. MacArthur Foundation, the Cold War International History Project (CWIHP) disseminates new information and perspectives on the history of the Cold War as it emerges from previously inaccessible sources on “the other side” of the post-World War II superpower rivalry. The project supports the full and prompt release of historical materials by governments on all sides of the Cold War, and seeks to accelerate the process of integrating new sources, materials and perspectives from the former “Communist bloc” with the historiography of the Cold War which has been written over the past few decades largely by Western scholars reliant on Western archival sources. It also seeks to transcend barriers of language, geography, and regional specialization to create new links among scholars interested in Cold War history. Among the activities undertaken by the project to promote this aim are a periodic BULLETIN to disseminate new findings, views, and activities pertaining to Cold War history; a fellowship program for young historians from the former Communist bloc to conduct archival research and study Cold War history in the United States; international scholarly meetings, conferences, and seminars; and publications.
    [Show full text]
  • Theses and Dissertations 1966-1970
    osu Theses and Dissertations 1966-1970 Bibliographic Series Number 9 1973 Oregon State University Press Corvallis, Oregon Theses and Dissertations 1966-1970 Oregon StateUniversity Compiled by MARGARET BASILIA Guss A Departmental and Author Index of Masters' Theses and Doctoral Dissertations Accepted by the Graduate School BibliographicSeriesNumber 9 Corvallis:OREGON STATE UNIVERSITY PRESS PREFACE AT OREGON STATE UNIVERSITY, graduate candidates receive their advanced de- grees at the annual Commencement in June. This list includes all candidateswho submitted theses or dissertations as a partial fulfillment of their requirements and who received their degrees from June 1966 through June1970. Allof these studies were,prepared under the direction ofDr.Henry P.Hansen,Dean of the Graduate School. The increasing number of titles in the 1960's reflects the continuing expansion of Oregon State University as a center of research and graduate study. The pre- viously published list covered a period of six years and included 1,388 titles, an average of 231 a year. This list covers only five years but includes a totalof 1,715 titles, an average of 343 titles a year. All theses and dissertations accepted since 1932 may be consulted in the Univer- sity's William Jasper Kerr Library. Masters' theses are available for interlibrary loan. Copies of all doctoral dissertations since 1957 may be obtained either in microfilm or microfilm printout from University Microfilms, Ann Arbor, Michi- gan 48106. The first compilation was published by the Oregon State System of Higher Education and covers the years 1932-1942 for all institutions in the System. Subse- quent lists for Oregon State University have been published for 1943-1959 and for 1960-1965 and are available from the University Press.
    [Show full text]
  • Notices of the American Mathematical Society
    OF THE AMERICAN MATHEMATICAL SOCIETY VOLUME 16, NUMBER 4 ISSUE NO. 114 JUNE, 1969 OF THE AMERICAN MATHEMATICAL SOCIETY Edited by Everett Pitcher and Gordon L. Walker CONTENTS MEETINGS Calendar of Meetings • • . • • . • • • • • • • • • • • • • . • • • • • • • • • • • • • . • 610 PRELIMINARY ANNOUNCEMENT OF MEETING • . • • • • • . • • • • • . • • • • • . • 611 THOUGHTS ON GRADUATE EDUCATION AND THE DRAFT. • • • . • • • • • • • • • 617 INSTRUCTIONS FOR AUTHORS OF PAPERS FOR AMS JOURNALS •••••••.. 621 LETTERS TO THE EDITOR • • • • • • • • • • • • • • • • • • . • • . • • • • • • • • • • • • . 624 PERSONAL ITEMS • • • • • • • • • • • . • • • • • • • • • • • • • • • . • • . • • • • • • • • . • 625 REFERENDUM (A Report to the Membership) • • • • • • • . • • . • • • . • • . • . • 627 NEW AMS PUBLICATIONS •.••••..••••••••••••..••••••••.•••.. 628 MEMORANDA TO MEMBERS Bulletin of the Australian Mathematical Society . • • • • • • • • . • • • • • • • 631 Back Issues of the Transactions • • . • • • • • • • • • • • • • • • • • • • • • • • . • 631 Abstracts for 1970 Annual Meeting • • . • • • • • • • • • • . • • • . • . • • • • • . • 631 Policy on Reprints •••.•••••••••••••••••••••••••••••••••• 631 Mathematical Offprint Service • • • • • • • • • • • • • • • • • . • • • • • • • • • • • • 632 ACTIVITIES OF OTHER ASSOCIATIONS • • . • • • • • • • . • • • • • . • • . • • • • • . 633 NEWS ITEMS AND ANNOUNCEMENTS ....................... 632, 633, 634 ABSTRACTS OF CONTRIBUTED PAPERS •..••••••.•.••••••••••.•. 640 ERRATA •••••••.••••••••••••••••••••••••••••••••••••••.••
    [Show full text]
  • Exploring Group Theory and Topology for Analyzing the Structure of Biology
    Noname manuscript No. (will be inserted by the editor) Exploring group theory and topology for analyzing the structure of biology Shun Adachi Received: date / Accepted: date Abstract The concepts of population and species play a fundamental role in biology. The existence and precise definition of higher-order hierarchies, such as division into species, is open to debate among biologists. First, we seek to show a fractal structure of species. We are able to define a species as a p-Sylow subgroup of a particular community in a single niche, confirmed by topological analysis. We named this model the patch with zeta dominance (PzDom) model. Next, the topological nature of the system is carefully examined and for test- ing purposes, species density data are used in conjunction with data derived from liquid-chromatography mass spectrometry of proteins. We confirm the induction of hierarchy and time through a one-dimensional probability space with certain topologies. For further clarification of induced fractals including the relation to renormal- ization in physics, a theoretical development is proposed based on a newly identified fact, namely that scaling parameters for magnetization exactly cor- respond to imaginary parts of the Riemann zeta function’s nontrivial zeros. A master torus and a Lagrangian/Hamiltonian are derived expressing fractal structures as a solution for diminishing divergent terms in renormalization. We will also focus on an application of our developed model. We extend current PzDom model to the so-called exPzDom model to qualify population dynamics as a topological matter as a whole, not focusing on hierarchy. The indicators in the exPzDom model adhere well to the empirical dynamics of SARS-CoV-2 infected people and align appropriately with actual policies instituted by the S.
    [Show full text]
  • User Guide To
    USER GUIDE TO 1 2 5 0 , 000 S CA L E L U NA R MA P S DANNY C. KINSLER Lunar Science Institute 3303 NASA Road #1 Houston, TX 77058 Telephone: 713/488-5200 Cable Address: LUNSI The Lunar Science Institute is operated by the Universities Space Research Association under Contract No. NSR 09-051-001 with the National Aeronautics and Space Administration. This document constitutes LSI Contribution No. 206 March 1975 USER GUIDE TO 1 : 250 , 000 SCALE LUNAR MAPS GENERAL In 1 972 the NASA Lunar Programs Office initiated the Apoll o Photographic Data Analysis Program. The principal point of this program was a detail ed scientific analysis of the orbital and surface experiments data derived from Apollo missions 15, 16, and 17 . One of the requirements of this program was the production of detailed photo base maps at a useabl e scale . NASA in conjunction with the Defense Mapping Agency (DMA) commenced a mapping program in early 1973 that would lead to the production of the necessary maps based on the need for certain areas . This paper is desi gned to present in outline form the neces- sary background information for users to become familiar with the program. MAP FORMAT The scale chosen for the project was 1:250,000* . The re- search being done required a scale that Principal Investigators (PI's) using orbital photography could use, but would also serve PI's doing surface photographic investigations. Each map sheet covers an area four degrees north/south by five degrees east/west. The base is compiled from vertical Metric photography from Apollo missions 15, 16, and 17.
    [Show full text]
  • Long Term Variations of Galactic Cosmic Radiation on Board the International Space Station, on the Moon and on the Surface of Mars
    J. Space Weather Space Clim. 2020, 10,34 Ó T. Berger et al., Published by EDP Sciences 2020 https://doi.org/10.1051/swsc/2020028 Available online at: www.swsc-journal.org RESEARCH ARTICLE OPEN ACCESS Long term variations of galactic cosmic radiation on board the International Space Station, on the Moon and on the surface of Mars Thomas Berger1,*, Daniel Matthiä1, Sönke Burmeister2, Cary Zeitlin3, Ryan Rios3, Nicholas Stoffle3, Nathan A. Schwadron4, Harlan E. Spence4, Donald M. Hassler5, Bent Ehresmann5, and Robert F. Wimmer-Schweingruber2 1 German Aerospace Center (DLR), Institute of Aerospace Medicine, 51147 Cologne, Germany 2 Christian Albrechts University (CAU), 24118 Kiel, Germany 3 Leidos, Houston, 77058 TX, USA 4 University of New Hampshire, Durham, 03824 NH, USA 5 Southwest Research Institute, Boulder, 80302 CO, USA Received 9 March 2020 / Accepted 16 June 2020 Abstract – The radiation environment in free space and the related radiation exposure is seen as one of the main health detriments for future long-duration human exploration missions beyond Low Earth Orbit (LEO). The steady flux of energetic particles in the galactic cosmic radiation (GCR) produces a low dose-rate radiation exposure, which is heavily influenced by several factors including the solar cycle, the presence of an atmosphere, relevant magnetic fields (as on Earth) and of course by the relevant space- craft shielding. Investigations of the GCR variations over the course of a solar cycle provide valuable data for exploration mission planning and for the determination of the radiation load received due to the GCR environment. Within the current work these investigations have been performed applying three datasets generated on board the International Space Station (ISS) with the DOSTEL instruments in the frame of the DOSIS and DOSIS-3D projects, with the CRaTER instrument in a Moon orbit and with the MSL-RAD instrument on the way to and on the surface of Mars.
    [Show full text]