Francis W. Aston - Publications

Affiliations: 
University of Cambridge, Cambridge, England, United Kingdom 
Area:
Physical chemistry
Website:
http://nobelprize.org/nobel_prizes/chemistry/laureates/1922/aston.html

87 high-probability publications. We are testing a new system for linking publications to authors. You can help! If you notice any inaccuracies, please sign in and mark papers as correct or incorrect matches. If you identify any major omissions or other inaccuracies in the publication list, please let us know.

Year Citation  Score
1942 Aston FW. International table of stable isotopes Nature. 150: 515.  1
1942 Aston FW, Bohr N, Hahn O, Harkins WD, Joliot F, Mulliken RS, Oliphant ML. Sixth report of the committee on atoms of the international union of chemistry Nature. 150: 515.  1
1940 Aston FW, Bohr N, Hahn O, Harkins WD, Joliot F, Mulliken RS, Oliphant ML. Fifth report of the Committee on Atoms of the International Union of Chemistry Journal of the Chemical Society (Resumed). 1416-1417.  1
1939 Aston FW. Discrepancies in the isotopic weight of 12C [7] Nature. 143: 797-798.  1
1938 Baxter GP, Hönigschmid O, Lebeau P, Aston FW, Bainbridge KT, Jordan EB, Hale AH, Scott AF, Hurley FH, Wittmann G, Witter F, Menn W, Nier AO, Moles E, Toral T, et al. Atomgewichte Zeitschrift FüR Analytische Chemie. 112: 342-345. DOI: 10.1007/BF01383890  1
1938 Aston FW. Packing fractions of bromine, chromium, nickel and titanium [1] Nature. 141: 1096.  1
1937 Aston FW, Bohr N, Hahn O, Harkins WD, Urbain G. First report of the Committee on atoms of the International Union of Chemistry Journal of the Chemical Society (Resumed). 1910-1912.  1
1937 Aston FW. Packing fractions of krypton and xenon [1] Nature. 140: 149.  1
1937 Aston FW. Isotopic weight of 12C [1] Nature. 139: 922.  1
1936 Aston FW. Masses of some light atoms measured by means of a new mass-spectrograph [2] Nature. 137: 357-358.  1
1936 Aston FW. New data on isotopes [1] Nature. 137: 613.  1
1936 Aston FW. Isotopic weights by the doublet method [1] Nature. 138: 1094.  1
1935 Aston FW. THE STORY OF ISOTOPES. Science (New York, N.Y.). 82: 235-40. PMID 17730547 DOI: 10.1126/science.82.2124.235  1
1935 Aston FW. Isotopes Nature. 135: 686-687.  1
1935 Aston FW. Masses of some light atoms determined by a new method [1] Nature. 135: 541.  1
1934 Aston FW. Constitution of carbon, nickel and cadmium [3] Nature. 134: 178.  1
1934 Aston FW. Constitution of hafnium and other elements [2] Nature. 133: 684.  1
1934 Aston FW. Calcium isotopes and the problem of potassium [1] Nature. 133: 869.  1
1934 Aston FW. Constitution of dysprosium, holmium, erbium, thulium, ytterbium and lutecium [2] Nature. 133: 327.  1
1933 Aston FW. Constitution of neodymium, samarium, europium, gadolinium and terbium [3] Nature. 132: 930-931.  1
1932 Aston FW. Fourth liversidge lecture Journal of the Chemical Society (Resumed). 2888-2894. DOI: 10.1039/JR9320002888  1
1932 Aston FW. Isotopic constitution of lead from different sources [2] Nature. 129: 649.  1
1932 Aston FW. Mass-spectra of helium and oxygen [5] Nature. 130: 21-22.  1
1932 Aston FW. New isotopes of mercury [4] Nature. 130: 847.  1
1932 Aston FW. Constitution of tantalum and niobium [4] Nature. 130: 130.  1
1931 Aston FW. Constitution of osmium and ruthenium [1] Nature. 127: 233.  1
1931 Aston FW. New isotopes of strontium and barium [2] Nature. 128: 221.  1
1931 Aston FW. Atomic weight of cæsium: Use of the word 'mass-spectrograph' [1] Nature. 127: 813.  1
1931 Aston FW. Constitution of rhenium [2] Nature. 127: 591.  1
1931 Aston FW. Constitution of lithium [1] Nature. 128: 149.  1
1931 Aston FW. Constitution of thallium and uranium [3] Nature. 128: 725.  1
1930 Aston FW. Constitution of tungsten [1] Nature. 126: 913.  1
1930 Aston FW. Constitution of molybdenum [1] Nature. 126: 348.  1
1930 Aston FW. Constitution of chromium [1] Nature. 126: 200.  1
1930 Aston FW. Unit of atomic weight [2] Nature. 126: 953.  1
1929 Aston FW. The mass-spectrum of uranium lead and the atomic weight of protactinium [1] Nature. 123: 313.  1
1929 Aston FW, Briscoe HVA, Whytlaw Gray R, Rideal EK. Revised table of atomic weights for 1929 Journal of the Chemical Society (Resumed). 216-219.  1
1929 Aston FW. The constitution of oxygen [2] Nature. 123: 488-489.  1
1928 Aston FW. The constitution of zinc [1] Nature. 122: 345.  1
1928 Aston FW. The constitution of germanium [2] Nature. 122: 167.  1
1928 Aston FW. Atoms and their packing fractions Nature. 120: 956-959.  1
1927 Aston FW. The constitution of ordinary lead [1] Nature. 120: 224.  1
1927 Aston FW. The constitution of mercury derived from coal tar [1] Nature. 119: 489.  1
1926 Aston FW. Sub-atomic phenomena and radioactivity The Analyst. 23: 280-295. DOI: 10.1039/AR9262300280  1
1926 Hönigschmid O, Zintl E, Baxter GP, Starkweather HW, Batuecas T, Maverick G, Schlatter C, Rauch A, Briscoe HVA, Robinson PL, Stephenson GE, Harkins WD, Gleditsch E, Aston FW, Fresenius L. Atomgewichte für das Jahr 1926 Zeitschrift FüR Analytische Chemie. 68: 47-49. DOI: 10.1007/BF02423286  1
1926 Aston FW. Atoms and X-rays Nature. 116: 902-904.  1
1926 Aston FW. The isotopes of sulphur [8] Nature. 117: 893-894.  1
1925 Aston FW, Baxter GP, Brauner B, Debierne A, Leduc A, Richards TW, Soddy F, Urbain G. Second Report of the International Committee of the International Union of Pure and Applied Chemistry on the chemical elements. International atomic weights, 1925 Journal of the Chemical Society, Transactions. 127: 913-917. DOI: 10.1039/CT9252700913  1
1925 Aston FW. Photographic plates for the detection of mass rays Mathematical Proceedings of the Cambridge Philosophical Society. 22: 548-554. DOI: 10.1017/S030500410000325X  1
1925 Aston FW, Baxter GP, Brauner B, Debierne A, Leduc A, Richards TW, Soddy F, Urbain G. International atomic weights 1925 second report of the international committee on chemical elements Journal of the American Chemical Society. 47: 597-601.  1
1925 Aston FW. The isotopes of mercury [6] Nature. 116: 208.  1
1924 Aston FW. The mass spectra of zirconium and some other elements [1] Nature. 114: 273.  1
1924 Aston FW. The rarity of the inert gases on the earth [1] Nature. 114: 786.  1
1924 Aston FW. The mass-spectrum of indium [2] Nature. 113: 192.  1
1924 Aston FW. The mass-spectra of cadmium, tellurium, and bismuth [4] Nature. 114: 717.  1
1924 Aston FW. Recent results obtained with the mass-spectrograph [4] Nature. 113: 856-857.  1
1924 Aston FW. Atomic species and their abundance on the earth Nature. 113: 393-395.  1
1923 Aston FW. The light elements and the whole number rule [2] Nature. 111: 739.  1
1923 Aston FW. Further determinations of the constitution of the elements by the method of accelerated anode rays Nature. 112: 449-450.  1
1923 Aston FW. The mass-spectrum of copper [1] Nature. 112: 162.  1
1923 Aston FW. The Isotopes of Germanium [1] Nature. 111: 771.  1
1923 Aston FW, Baxter GP, Brauner B, Debierne A, Leduc A, Richards TW, Soddy F, Urbain G. Report of the international committee on chemical elements 1923 Journal of the American Chemical Society. 45: 867-874.  1
1922 Aston FW. The atoms of matter; their size, number, and construction Nature. 110: 702-705.  1
1922 Aston FW. The isotopes of selenium and some other elements [1] Nature. 110: 664.  1
1922 Aston FW. The isotopes of antimony [1] Nature. 110: 732.  1
1922 Aston FW. The mass-spectrum of iron [7] Nature. 110: 312-313.  1
1922 Aston FW. The isotopes of tin [4] Science. 56: 19-20.  1
1922 Aston FW. The isotopes of tin [3] Nature. 109: 813.  1
1922 Aston FW. Atomic weights and isotopes Journal of the Franklin Institute. 193: 581-608.  1
1921 Aston FW. Mass-spectra and atomic weights Journal of the Chemical Society, Transactions. 119: 677-687. DOI: 10.1039/CT9211900677  1
1921 Aston FW, Thomson GP. The constitution of lithium [2] Nature. 106: 827-828.  1
1921 Aston FW. The constitution of nickel [1] Nature. 107: 520.  1
1921 Aston FW. Isotopes and atomic weights Nature. 107: 334-338.  1
1921 Aston FW. The constitution of the alkali metals [2] Nature. 107: 72.  1
1920 Aston FW. The separation of the element chlorine into normal chlorine and meta-chlorine, and the positive electron [2] Nature. 105: 231.  1
1920 Aston FW. The separation of the element chlorine into normal chlorine and meta-chlorine, and the positive electron [7] Nature. 106: 375.  1
1920 Aston FW. The constitution of the elements [1] Nature. 105: 547.  1
1920 Aston FW. The constitution of the elements [4] Nature. 104: 393.  1
1920 Aston FW. The constitution of the elements [3] Nature. 106: 468.  1
1920 Aston FW. The constitution of the elements [6] Nature. 105: 8.  1
1919 Aston FW. XXXVI. - A simple form of apparatus for estimating the oxygen content of air from the upper atmosphere Journal of the Chemical Society, Transactions. 115: 472-475. DOI: 10.1039/CT9191500472  1
1919 Aston FW. Neon [6] Nature. 104: 334.  1
1917 Aston FW. Unusual rainbows [3] Nature. 100: 5-6.  1
1912 Aston FW. An anode dark space in the discharge in oxygen [6] Nature. 89: 218.  1
1911 Aston FW. Localising minute leaks in vacuum apparatus [5] Nature. 88: 42.  1
1902 Aston FW, Cribb CH, Reik R, Katz J. Kühler Zeitschrift FüR Analytische Chemie. 41: 503-504. DOI: 10.1007/BF01369405  1
1901 Frankland PF, Aston FW. LV. - Influence of a heterocyclic group on rotatory power; the ethyl and methyl esters of dipyromucyltartaric acid Journal of the Chemical Society, Transactions. 79: 511-520. DOI: 10.1039/CT9017900511  1
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