Thomas Graham | Academic Influence

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Thomas Graham

Chemistry

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Chemistry

Why Is Thomas Graham Influential?

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According to Wikipedia, Thomas Graham was a Scottish chemist known for his pioneering work in dialysis and the diffusion of gases. He is regarded as one of the founders of colloid chemistry. Life Graham was born in Glasgow,Scotland and was educated at the High School of Glasgow. Graham's father was a successful textile manufacturer, and wanted his son to enter into the Church of Scotland. Instead, defying his father's wishes, Graham became a student at the University of Glasgow in 1819. There he developed a strong interest in chemistry, studying under Professor Thomas Thomson, who was impressed and influenced by the young man. He left the University after receiving his MA in 1824.

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Thomas Graham 's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

XVIII. On the absorption and dialytic separation of gases by colloid septa (224)
X. Liquid diffusion applied to analysis (189)
XIV. On the properties of silicic acid and other analogous colloidal substances (116)
XI. On the Law of the Diffusion of Gases (1833) (93)
Liquid diffusion applied to analysis (1861) (91)
VII. The Bakerian lecture.— On osmotic force (64)
XXVIII. On the motion of gases (58)
On the Absorption and Dialytic Separation of Gases by Colloid Septa. [Abstract] (57)
On the relation of hydrogen to palladium (1869) (49)
I. The Bakerian Lecture.—On the diffusion of liquids (40)
VI. On the absorption and dialytic separation of gases by colloid septa (38)
II. Liquid diffusion applied to analysis (27)
IV. On exceptions to the law that salts are more soluble in hot than in cold water; with a new instance (1827) (23)
I. The Bakerian lecture.—On osmotic force (22)
II. On the occlusion of hydrogen gas by metals (22)
XVII. On the molecular mobility of gases (22)
XIII. Researches on the arseriates, phosphates, and modifications of phosphoric acid (20)
On the molecular mobility of gases (1864) (17)
XIX. On liquid transpiration in relation to chemical composition (10)
On the motion of gases.—Part II (10)
XXXV.—On liquid diffusion applied to analysis (10)
IV. On the occlusion of hydrogen gas by meteoric iron (7)
XXII.—On the absorption and dialytic separation of gases by colloid septa (6)
LXIX. On the absorption and dialytic separation of gases by colloid septa (6)
VII. On the Influence of the Air in determining the Crystallization of Saline Solutions (1828) (5)
Elements of Chemistry; Including the Applications of the Science in the Arts (1851) (5)
XXXVIII.—On the molecular mobility of gases (4)
X. An Account of the Formation of Alcoates, Definite Compounds of Salts and Alcohol analogous to the Hydrates (1828) (4)
LXIV. Reply to Mr. Phillips's additional observations on chemical symbols (1834) (2)
XX. Additional observations on the diffusion of liquids. (Third Memoir.) (2)
XXXVIII. Supplementary observations on the diffusion of liquids (2)
XXXVI.—On the relation of hydrogen to palladium (2)
Liquid Diffusion Applied to Analysis. [Abstract] (2)
On the Existence of Charcoal in the Lungs (1834) (2)
VI. Inquiries respecting the constitution of salts. Of oxalates, nitrates, phosphates, sulphates, and chlorides (1)
On Water as a Constituent of Salts (1)
VII. On the water of crystallization of soda-alum (1836) (1)
XIX. On the motion of gases.—Part II (1)
XXXVII. An account of M. Longchamp's theory of nitrification; with an extension of it (1827) (1)
XXII. Reply to Mr. Phillips's observations on the use of chemical symbols (1834) (1)
On the Molecular Mobility of Gases. [Abstract] (1)
VI. Additional observations on hydrogenium (1)
XXI. Experiments on the heat disengaged in combinations (1)
Observations on etherification (1852) (1)
XXIV. On the finite extent of the atmosphere (1827) (1)
Additional observations on the diffusion of liquids (1)
VII. On Phosphuretted Hydrogen (0)
VI.—Observations on etherification (0)
Chemical Reports and Memoirs (1849) (0)
LXVI. On water as a constituent of salts. In the case of sulphates (1835) (0)
CXXXIX. Note on the useful applications of the refuse-lime of gas-works (0)
CL. On the composition of the fire-damp of the newcastle coal mines (0)
Additional Observations on the Diffusion of Liquids. [Abstract] (0)
XIX. On liquid transpiration in relation to chemical composition (0)
XII.—On the application of liquid diffusion to produce decompositions (0)
XXIII. On the division of liquids (1850) (0)
Papers read to the Society, November 22, 1860. (0)
XVIII. Note on the useful applications of the refuse lime of gas-works (1845) (0)
On the Motion of Gases. Part II. [Abstract] (0)
XXIX. Note on the constitution of salts (1838) (0)
XIV. On the constitution of the sulphates as illustrated by late thermometrical researches (0)
XLII.—Speculative ideas respecting the constitution of matter (0)
XCV. Experiments on the heat disengaged in combinations (0)
LVII. Experiments on the heat disengaged in combinations (1843) (0)
XXX. On the diffusion of liquids (1850) (0)
XV. Speculative ideas respecting the constitution of matter (1864) (0)
LI.—On capillary liquid transpiration in relation to chemical composition (0)
Chemical and Medical Examination of the Rothsay Sulphuretted Water (1831) (0)
LXXIX. On the constitution of the sulphates as illustrated by late thermometrical researches (0)
I. On the molecular mobility of gases (0)
ART. XXV.—Elements of Chemistry; indcluding the Application of the Science in the Arts (1852) (0)
CXLIV. Note on the existence of phosphoric acid in the deep-well water of the London Basin (0)
1. On Phosphuretted-Hydrogen Gas. (0)
Chemical reports and memoirs ... / edited by Thomas Graham. (0)
XIV. On Water as a Constituent of Salts. 1. In the case of Sulphates (0)
Supplementary observations on the diffusion of liquids (0)
On Liquid Transpiration in Relation to Chemical Composition. [Abstract] (0)
Art. XVII.—Elements of Chemistry, including the applications of the science in the Arts. With numerous illustrations. (1843) (0)
Inquiries Respecting the Constitution of Salts. Of Oxalates, Nitrates, Phosphates, Sulphates, and Chlorides. [Abstract] (0)

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Thomas Graham is affiliated with the following schools:

University of Edinburgh

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