The periodic classification and the problem of chemical evolution / by George Rudorf.

  • Rudorf, George.
Date:
1900
Catalogue details

Licence: In copyright

Credit: The periodic classification and the problem of chemical evolution / by George Rudorf. Source: Wellcome Collection.

    243/252 page 223
    INDEX A Absolute specific heat, 218. Absorption spectra, 105, 146. Addon, 195. Adkins, 68. Affinity of oxides for water, 139. Alkides, boiling points of, 137. composition of, 129. Alloyed gold, tenacity of, 121. Amagat, 212. Ames, 108. Anaximenes, 190. Atoms, definition of, 189. hard, 188. shape of, 194. vortex, 192. Atomic gravitation, 70. —— heats, 30, 82. —— volumes, 85. effect on magnetic properties, 117. weights, Berzelius’, 199. choice of, 51. from spectrum, 114. :— Gmelin’s, 199. Stas’, 201. table of, 202. Avogadro, Law of, 27. B Bel, Le, 161. Bernoulli, 211. Berthelot, 101. Beryllium, specific heat of, 32. atomic weight of, 143. vapour density of chloride, 41. Berzelius, 24, 30, 38. Atomic weights of, 199. Law of, 28. fcieudant, 37. Boiling points of alkides, 137. butides, 138. elements, 92. ethides, 137. halides, 134, 205. methides, 137. propides, 138. Boisbaudran, Lecoq de, 38, 114, 145. Boron, specific heat of, 32. Boscovich, 189. Boyle, 212, 215. Brauner, 55, 138, 146, 147. Brittleness, 121. Bromides, molecular volumes of, 135. properties of, 205. Bruhl, 102. Bulk Modulus, 125. Bunsen, 142. Butides, boiling points of, 138. C Barter, 159. Balmer, 108. Bayley, 88. Bedson, 20, 25 Callendau, 134. Carey Lea, 119.
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