| # | Author / Year / Journal / Reference | LCS
|
|---|
| 1 | BORN M, 1923, ATOMTHEORIE FESTEN Z WoS | 7
|
| 2 | EWALD PP, 1921, ANN PHYS-BERLIN, V64, P253 WoS | 7
|
| 3 | BOGUSLAWSKI S, 1914, PHYS Z, V15, P569 WoS | 6
|
| 4 | BORN M, 1925, Z PHYS, V34, P858 WoS | 6
|
| 5 | DEBYE P, 1912, PHYS Z, V13, P97 WoS | 6
|
| 6 | HEISENBERG W, 1925, Z PHYS, V33, P879 WoS | 6
|
| 7 | DIRAC PAM, 1925, P ROY SOC LOND A MAT, V109, P642 WoS | 5
|
| 8 | KOSSEL W, 1916, ANN PHYS-BERLIN, V49, P229 WoS | 5
|
| 9 | MADELUNG E, 1918, PHYS Z, V19, P524 WoS | 5
|
| 10 | ACKERMANN W, 1915, ANN PHYS-BERLIN, V46, P197 WoS | 4
|
| 11 | BORN M, 1915, DYNAMIK KRISTALLGITT WoS | 4
|
| 12 | BORN M, 1918, VERH D PHYS GES, V20, P230 WoS | 4
|
| 13 | BORN M, 1919, VERH D PHYS GES, V21, P733 WoS | 4
|
| 14 | CHAPMAN S, 1939, MATH THEORY NONUNIFO WoS | 4
|
| 15 | DEBYE P, 1914, ANN PHYSIK, V43, P49 WoS | 4
|
| 16 | DIRAC PAM, 1926, P ROY SOC LOND A MAT, V110, P561 WoS | 4
|
| 17 | ELSASSER W, 1925, NATURWISSENSCHA S1/2, V13, P711 WoS | 4
|
| 18 | FERMI E, 1931, Z PHYS, V71, P689 WoS | 4
|
| 19 | HUSIMI K, 1940, P PHYS-MATH SOC JPN, V22, P264 WoS | 4
|
| 20 | KRAMERS HA, 1924, NATURE, V113, P673 WoS | 4
|
| 21 | OTT H, 1935, ANN PHYS, V23, P169 WoS | 4
|
| 22 | SCHRODINGER E, 1926, ANN PHYS-BERLIN, V79, P361 WoS | 4
|
| 23 | SCHRODINGER E, 1926, ANN PHYS-BERLIN, V79, P489 WoS | 4
|
| 24 | SCHRODINGER E, 1926, ANN PHYS-BERLIN, V79, P734 WoS | 4
|
| 25 | BORN M, 1909, ANN PHYS, V28, P571 WoS | 3
|
| 26 | BORN M, 1918, VERHANDL DEUT PHYSIK, V20, P210 WoS | 3
|
| 27 | BORN M, 1918, VERH PHYS GES, V20, P224 WoS | 3
|
| 28 | BORN M, 1919, VERH D PHYS GES, V21, P13 WoS | 3
|
| 29 | BORN M, 1919, ANN PHYS, V61, P87 WoS | 3
|
| 30 | BORN M, 1931, Z PHYS, V69, P141 WoS | 3
|
| # | Author / Year / Journal / Reference | LCS
|
|---|
| 31 | BORN M, 1949, P R SOC EDINBURGH, V62, P470 WoS | 3
|
| 32 | DEBYE P, 1913, VERH D PHYS GES, V15, P777 WoS | 3
|
| 33 | DIRAC PAM, 1935, PRINCIPLES QUANTUM M WoS | 3
|
| 34 | EINSTEIN A, 1907, ANN PHYS, V22, P180 WoS | 3
|
| 35 | EINSTEIN A, 1909, PHYS Z, V10, P185 WoS | 3
|
| 36 | EINSTEIN A, 1909, PHYS Z, V10, P817 WoS | 3
|
| 37 | FAJANS K, 1919, VERH DTSCH PHYS GES, V21, P539 WoS | 3
|
| 38 | FAJANS K, 1919, VERH DTSCH PHYS GES, V21, P549 WoS | 3
|
| 39 | JAHN HA, 1941, NATURE, V147, P511 WoS | 3
|
| 40 | KAHN B, 1938, THESIS UTRECHT WoS | 3
|
| 41 | KRAMERS HA, 1923, Z PHYS, V13, P343 WoS | 3
|
| 42 | KRAMERS HA, 1923, Z PHYS, V13, P351 WoS | 3
|
| 43 | KRAMERS HA, 1925, Z PHYS, V31, P681 WoS | 3
|
| 44 | KRATZER A, 1920, Z PHYS, V3, P289 WoS | 3
|
| 45 | KRISHMAN RS, 1943, P IND ACAD SCI A, V18, P298 WoS | 3
|
| 46 | LADENBURG R, 1921, Z PHYS, V4, P451 WoS | 3
|
| 47 | LADENBURG R, 1923, NATURWISSENSCHAFTEN, V11, P584 WoS | 3
|
| 48 | MAYER JE, 1937, J CHEM PHYS, V5, P67 WoS | 3
|
| 49 | MAYER JE, 1937, J CHEM PHYS, V5, P74 WoS | 3
|
| 50 | MAYER JE, 1938, J CHEM PHYS, V6, P87 WoS | 3
|
| 51 | MIE G, 1903, ANN PHYS-BERLIN A, V11, P657 WoS | 3
|
| 52 | MIE G, 1913, ANN PHYS, V40, P1 WoS | 3
|
| 53 | MINKOWSKI H, 1908, NACHR GES WISSENS MP, P54 WoS | 3
|
| 54 | MISRA RD, 1940, P CAMB PHILOS SOC 2, V36, P173 WoS | 3
|
| 55 | PAULI W, 1922, ANN PHYS-BERLIN, V68, P177 WoS | 3
|
| 56 | SCHRODINGER E, 1926, ANN PHYS-BERLIN, V80, P437 WoS | 3
|
| 57 | SCHRODINGER E, 1926, ANN PHYSIK, V81, P109 WoS | 3
|
| 58 | SCHRODINGER E, 1952, BRIT J PHILOS SCI, V3, P109 WoS | 3
|
| 59 | SCHRODINGER E, 1952, BR J PHILOS SCI, V3, P233 WoS | 3
|
| 60 | STERN O, 1916, ANN PHYS-BERLIN, V51, P237 WoS | 3
|
| # | Author / Year / Journal / Reference | LCS
|
|---|
| 61 | TOEPLITZ O, 1911, MATH ANN, V70, P351 WoS | 3
|
| 62 | VONNEUMANN J, 1932, MATH GRUNDLAGEN QUAN, CH4 WoS | 3
|
| 63 | ZACHARIASEN WH, 1940, PHYS REV, V57, P597 WoS | 3
|
| 64 | ZACHARIASEN WH, 1941, PHYS REV, V59, P860 WoS | 3
|
| 65 | 1933, NATURE, V132, P282 WoS | 3
|
| 66 | AECKERLEIN G, 1906, PHYS Z, V7, P594 WoS | 2
|
| 67 | ANDRADE END, 1934, PHILOS MAG FEB, V17, P497 WoS | 2
|
| 68 | ANDRADE END, 1934, PHILOS MAG, V17, P698 WoS | 2
|
| 69 | BETHE HA, 1936, REV MOD PHYS, V8, P82 WoS | 2
|
| 70 | BLACKMAN M, 1933, Z PHYS, V86, P421 WoS | 2
|
| 71 | BLACKMAN M, 1937, PROC R SOC LON SER-A, V159, P416 WoS | 2
|
| 72 | BOGUSLAWSKI S, 1914, PHYS Z, V15, P805 WoS | 2
|
| 73 | BOHR N, 1928, NATURWISSENSCHAFTEN, V16, P245 WoS | 2
|
| 74 | BOHR N, 1929, NATURWISSENSCHAFTEN, V17, P483 WoS | 2
|
| 75 | BOHR N, 1933, NATURWISSENSCHAFTEN, V21, P13 WoS | 2
|
| 76 | BONHOEFFER KF, 1924, Z PHYS CHEM-STOCH VE, V113, P199 WoS | 2
|
| 77 | BOPP F, 1940, ANN PHYSIK, V38, P345 WoS | 2
|
| 78 | BORN M, 1918, SITZUNGSBERICHTE PRE, V45, P1048 WoS | 2
|
| 79 | BORN M, 1919, VERH DTSCH PHYS GES, V21, P679 WoS | 2
|
| 80 | BORN M, 1922, Z PHYS, V10, P137 WoS | 2
|
| 81 | BORN M, 1926, GOTT NACHR, P146 WoS | 2
|
| 82 | BORN M, 1928, Z PHYS, V51, P165 WoS | 2
|
| 83 | BORN M, 1933, Z PHYS, V82, P551 WoS | 2
|
| 84 | BORN M, 1934, P ROY SOC LOND A MAT, V147, P522 WoS | 2
|
| 85 | BORN M, 1939, P ROY SOC EDINB, V59, P219 WoS | 2
|
| 86 | BORN M, 1940, P ROY SOC EDINB, V60, P100 WoS | 2
|
| 87 | BORN M, 1940, P ROY SOC EDINB, V60, P141 WoS | 2
|
| 88 | BORN M, 1942, REP PROG PHYS, V9, P294 WoS | 2
|
| 89 | BORN M, 1953, PHILOSOPHICAL QUARTE, V3, P134 WoS | 2
|
| 90 | BORN M, 1954, PHYSIK BL, V10, P49 WoS | 2
|
| # | Author / Year / Journal / Reference | LCS
|
|---|
| 91 | BREIT G, 1936, PHYS REV, V50, P825 WoS | 2
|
| 92 | BUCHERER AH, 1909, ANN PHYS, V28, P513 WoS | 2
|
| 93 | CARATHEODORY C, 1909, MATH ANN, V67, P355 WoS | 2
|
| 94 | CHAPMAN S, 1916, PHIL T ROY SOC A, V216, P279 WoS | 2
|
| 95 | DAVISON CJ, 1927, PHYS REV, V30, P707 WoS | 2
|
| 96 | DAVISSON, 1923, PHYS REV, V22, P243 WoS | 2
|
| 97 | DEBYE P, 1915, MUNCHENER BER, P1 WoS | 2
|
| 98 | DEBYE P, 1920, PHYS Z, V21, P178 WoS | 2
|
| 99 | DEHLINGER W, 1914, PHYS Z, V15, P276 WoS | 2
|
| 100 | DICKENSCHIED F, 1908, THESIS HALLE WoS | 2
|
| 101 | DIRAC PAM, 1926, P ROY SOC LOND A MAT, V111, P281 WoS | 2
|
| 102 | DIRAC PAM, 1926, P R SOC LOND A-CONTA, V112, P661 WoS | 2
|
| 103 | DIRAC PAM, 1926, P ROY SOC LOND A MAT, V112, P674 WoS | 2
|
| 104 | DORN E, 1910, PHYS Z, V11, P777 WoS | 2
|
| 105 | EINSTEIN A, 1905, ANN PHYS-BERLIN, V17, P132 WoS | 2
|
| 106 | EINSTEIN A, 1905, ANN PHYS-BERLIN, V17, P891 WoS | 2
|
| 107 | ENSKOG D, 1917, THESIS UPPSALA WoS | 2
|
| 108 | EPSTEIN PS, 1922, Z PHYS, V9, P92 WoS | 2
|
| 109 | EWALD PP, 1916, ANN PHYS-BERLIN, V49, P1 WoS | 2
|
| 110 | EWELL RH, 1937, J CHEM PHYS, V5, P726 WoS | 2
|
| 111 | FAJANS K, 1923, NATURWISSENSCHAFTEN, V11, P165 WoS | 2
|
| 112 | FAJANS K, 1924, Z PHYS, V23, P1 WoS | 2
|
| 113 | FAXEN H, 1923, Z PHYS, V17, P266 WoS | 2
|
| 114 | FORSTERLING K, 1920, ANN PHYS-BERLIN, V61, P549 WoS | 2
|
| 115 | FUCHS K, 1940, P ROY SOC EDINBURGH, V60, P147 WoS | 2
|
| 116 | FURTH R, 1941, P CAMB PHILOS SOC 3, V37, P281 WoS | 2
|
| 117 | GREEN HS, 1947, P ROY SOC LONDON, V189, P103 WoS | 2
|
| 118 | GRUNEISEN E, 1912, ANN PHYS-BERLIN, V39, P257 WoS | 2
|
| 119 | HEISENBERG W, 1927, Z PHYS, V43, P172 WoS | 2
|
| 120 | HEISENBERG W, 1943, Z PHYS, V120, P673 WoS | 2
|
| # | Author / Year / Journal / Reference | LCS
|
|---|
| 121 | HEISENBERG W, 1947, Z NATURFORSCH A, V2, P185 WoS | 2
|
| 122 | HELLINGER E, J REINE ANGEW MATH, V136 | 2
|
| 123 | HERGLOTZ G, 1910, ANN PHYS-BERLIN, V31, P393 WoS | 2
|
| 124 | HERZFELD KF, 1922, Z PHYS, V8, P132 WoS | 2
|
| 125 | HEURLINGER T, 1920, Z PHYS, V1, P82 WoS | 2
|
| 126 | HEYDWEILLER A, 1913, ANN PHYS-BERLIN, V41, P499 WoS | 2
|
| 127 | HEYDWEILLER A, 1914, VERH D PHYS GES, V16, P722 WoS | 2
|
| 128 | HEYDWEILLER A, 1915, ANN PHYS, V48, P681 WoS | 2
|
| 129 | HEYDWEILLER A, 1916, ANN PHYS-BERLIN, V49, P653 WoS | 2
|
| 130 | HILBERT D, 1904, VERH K GES WISS G MP WoS | 2
|
| 131 | HILBERT D, 1912, MATH ANN, V72, P562 WoS | 2
|
| 132 | HUPKA E, 1909, VERH DEUT PHYS GES, V11, P249 WoS | 2
|
| 133 | IN PRESS P ROY SOC | 2
|
| 134 | JAHN HA, 1941, P ROY SOC LOND A MAT, V179, P320 WoS | 2
|
| 135 | KEESOM WH, 1938, PHYSICA, V5, P270 WoS | 2
|
| 136 | KELLERMANN EW, 1940, PHILOS TR R SOC S-A, V238, P513 WoS | 2
|
| 137 | KELLERMANN EW, 1941, PROC R SOC LON SER-A, V178, P17 WoS | 2
|
| 138 | KIRKWOOD JG, 1942, J CHEM PHYS, V10, P394 WoS | 2
|
| 139 | KRATZER A, 1922, ANN PHYS-BERLIN, V67, P127 WoS | 2
|
| 140 | KRISHNAN RS, 1945, NATURE, V156, P267 WoS | 2
|
| 141 | KRISHNAN RS, 1946, NATURE, V157, P623 WoS | 2
|
| 142 | LANDAU LD, 1941, J PHYS USSR, V5, P71 WoS | 2
|
| 143 | LANDE A, 1939, PHYS REV, V56, P482 WoS | 2
|
| 144 | LANGEVIN P, 1910, RADIUM, V9, P249 WoS | 2
|
| 145 | LENNARDJONES JE, 1924, P ROY SOC LOND A MAT, V106, P463 WoS | 2
|
| 146 | LINDEMANN FA, 1910, PHYS Z, V11, P609 WoS | 2
|
| 147 | LONDON F, 1930, Z PHYS CHEM B-CHEM E, V11, P222 WoS | 2
|
| 148 | LONSDALE K, 1941, NATURE, V148, P628 WoS | 2
|
| 149 | LONSDALE K, 1941, PROC R SOC LON SER-A, V179, P8 WoS | 2
|
| 150 | LORENTZ HA, 1915, VERSL KON AKAD, V24, P671 WoS | 2
|
| # | Author / Year / Journal / Reference | LCS
|
|---|
| 151 | MARCH A, 1937, Z PHYS, V104, P93 WoS | 2
|
| 152 | MARCH A, 1937, Z PHYS, V105, P620 WoS | 2
|
| 153 | MARCH A, 1937, Z PHYS, V106, P49 WoS | 2
|
| 154 | MARCH A, 1937, Z PHYS, V106, P532 WoS | 2
|
| 155 | MARCH A, 1937, Z PHYS, V108, P128 WoS | 2
|
| 156 | MAYER JE, 1938, J CHEM PHYS, V6, P101 WoS | 2
|
| 157 | MIE G, 1912, ANN PHYS-BERLIN, V37, P511 WoS | 2
|
| 158 | MINKOWSKI H, 1909, PHYS Z, V10, P104 WoS | 2
|
| 159 | NIESSEN FF, 1922, THESIS UTRECHT WoS | 2
|
| 160 | OBERLANDER L, 1914, THESIS HALLE WoS | 2
|
| 161 | OLDENBERG O, 1924, Z PHYS, V25, P136 WoS | 2
|
| 162 | OSEEN CW, 1915, ANN PHYS-BERLIN, V48, P1 WoS | 2
|
| 163 | PAULI W, 1926, Z PHYS, V36, P336 WoS | 2
|
| 164 | PODOLSKY B, 1942, PHYS REV, V62, P68 WoS | 2
|
| 165 | POLANYL M, 1920, Z PHYS, V1, P337 WoS | 2
|
| 166 | RAMAN CV, 1941, P INDIAN ACAD SCI A, V14, P317 WoS | 2
|
| 167 | RAMAN CV, 1941, P INDIAN ACAD SCI, V14, P459 WoS | 2
|
| 168 | RAMSAUER C, 1921, ANN PHYS-BERLIN, V64, P513 WoS | 2
|
| 169 | RAMSAUER C, 1921, ANN PHYS-LEIPZIG, V66, P546 WoS | 2
|
| 170 | RAMSAUER C, 1923, ANN PHYS-BERLIN, V72, P345 WoS | 2
|
| 171 | RASETTI F, 1931, NATURE, V127, P626 WoS | 2
|
| 172 | RATNOWSKY S, 1913, VERH DTSCH PHYS GES, V15, P75 WoS | 2
|
| 173 | REEKIE J, 1940, P CAMBRIDGE PHILOS S, V36, P236 WoS | 2
|
| 174 | RICHARDS TW, 1909, J AM CHEM SOC, V31, P158 WoS | 2
|
| 175 | RUBENS, 1897, WIED ANN PHYS, V60, P452 WoS | 2
|
| 176 | SARGINSON K, 1941, P ROY SOC EDINBURGH, V61, P77 WoS | 2
|
| 177 | SCHAEFER C, 1916, ANN PHYS-BERLIN, V50, P283 WoS | 2
|
| 178 | SCHENCK R, 1905, KRISTALLINISCHE FLUS WoS | 2
|
| 179 | SCHRODINGER E, 1926, NATURWISSENSCHAFTEN, V14, P664 WoS | 2
|
| 180 | SCHRODINGER E, 1946, STATISTICAL THERMODY WoS | 2
|
| # | Author / Year / Journal / Reference | LCS
|
|---|
| 181 | SCHWARZSCHILD K, 1916, SITZ BER KGL PREUSS, P548 WoS | 2
|
| 182 | SCHWARZSCHILD SK, 1908, ANN PHYS, V25, P377 WoS | 2
|
| 183 | SOMMERFELD A, 1918, PHYS Z, V19, P297 WoS | 2
|
| 184 | TETRODE H, 1913, PHYS Z, V14, P212 WoS | 2
|
| 185 | THIRRING H, 1913, PHYS Z, V14, P867 WoS | 2
|
| 186 | THOMSON GP, 1927, NATURE, V119, P890 WoS | 2
|
| 187 | THOMSON GP, 1928, P R SOC LOND A-CONTA, V117, P600 WoS | 2
|
| 188 | VLASOV A, 1945, J PHYS USSR, V9, P130 WoS | 2
|
| 189 | VLASOV A, 1945, J PHYS USSR, V9, P25 WoS | 2
|
| 190 | VOIGT W, 1903, GOTTINGER NACHRICHTE, P155 WoS | 2
|
| 191 | VOIGT W, KRISTALLPHYSIK, P744 | 2
|
| 192 | VOIGT W, LEHRBUCH KRISTALLPHY | 2
|
| 193 | VONWARTENBERG H, 1921, Z ELKTROCHEM ANGEW P, V27, P162 WoS | 2
|
| 194 | VONWARTENBERG H, 1921, Z ELKTROCHEM ANGEW P, V27, P568 WoS | 2
|
| 195 | WASASTJERNA JA, 1913, COMM FENN, V1, P7 WoS | 2
|
| 196 | WATAGHIN G, 1934, Z PHYS, V88, P92 WoS | 2
|
| 197 | ZWICKY F, 1923, PHYS Z, V24, P131 WoS | 2
|
| 198 | 1912, PHYS Z, V13, P297 WoS | 2
|
| 199 | 1912, ANN PHYS, V39, P789 WoS | 2
|
| 200 | 1926, ZS PHYS, V37, P863 WoS | 2
|