Hamilton Cady

Hamilton Cady's AcademicInfluence.com Rankings

Hamilton Cady

Chemistry

#1445

Historical Rank

chemistry Degrees

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Chemistry

Why Is Hamilton Cady Influential?

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According to Wikipedia, Hamilton Perkins Cady was an American chemist who in 1907 in collaboration with David McFarland discovered that helium could be extracted from natural gas. Early life On May 2, 1874, Cady was born in Skiddy, Kansas. He is the son of Perkins Elijah Cady and Ella Falkenbury.

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Hamilton Cady'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

Oxidation and Reduction (101)
The Electrolysis and Electrolytic Conductivity of Certain Substances dissolved in LiquidAmmonia (1897) (28)
THE OCCURRENCE OF HELIUM IN NATURAL GAS AND THE COMPOSITION OF NATURAL GAS. (1907) (24)
THE SOLUBILITY OF HELIUM IN WATER (1922) (13)
ON THE VELOCITIES OF THE IONS IN LIQUID AMMONIA SOLUTIONS. (1904) (12)
THE CHEMISTRY OF THE FUTURE. (1927) (10)
A general definition of acids, bases, and salts (1928) (10)
A MODIFICATION OF THE MOVING BOUNDARY METHOD FOR THE DETERMINATION OF TRANSFERENCE NUMBERS (1929) (9)
REACTIVITY AND CONDUCTANCE OF BENZENE SOLUTIONS. (1921) (6)
ON THE FORMATION OF HYDROCYANIC ACID FROM PROTEINS (1913) (6)
Decomposition Potentials and Metal Overvoltages in Liquid Ammonia and Water (6)
Determination of Helium Group Gases in Natural Gases and in Atmosphere (1945) (5)
CHEMICAL REACTIONS AND ELECTRICAL CONDUCTIVITY OF NON-AQUEOUS SOLUTIONS. (1913) (4)
Electromotive Force between Amalgams (1898) (4)
HELIUM IN NATURAL GAS. (1906) (4)
Helium in Kansas Natural Gas (1906) (3)
THE DETERMINATION OF MOLAR WEIGHTS OF VAPORS NEAR THE BOILING POINT (1937) (3)
Electrolysis in Liquid Sulphur Dioxide (3)
A Constant Temperature Device (1898) (3)
Concentration Cells in Liquid Ammonia (3)
The Rôle of Hydrogen Ion Concentration in the Precipitation of Calcium and Magnesium Carbonates (2)
The Fusion Curves for the Systems Ammonia–Propyl Alcohols and Ammonia–Butyl Alcohols. (1932) (2)
THE POSSIBLE PRESENCE OF CORONIUM IN HELIUM FROM NATURAL GAS. (1919) (1)
A Comparison of the Glass and Quinhydrone Electrodes for the Measurement of the Activity of the Hydrogen Ion in Sucrose Solutions (1935) (1)
Helium as a Balloon Gas (1919) (1)
A DETERMINATION OF THE ATOMIC WEIGHT OF NITROGEN OCCLUDED IN FERGUSONITE. (1928) (1)
A Precision Method for the Determination of Molecular Weights (1941) (1)
Neon and Argon in Natural Gas (1907) (0)
Naphthalene and Aqueous Acetone (1898) (0)
A Note on the Detection of Cyanides (1906) (0)
Note on Mercurous Sulfate for Standard Cells (1906) (0)
A MODIFICATION OF THE PERMANGANATE METHOD FOR THE DETERMINATION OF IRON. (1897) (0)
The Possible Presence of Coronium in Helium from Natural Gas (1919) (0)
The Rôle of Surface Electrons in Adsorption and Catalysis. (1932) (0)

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Other Resources About Hamilton Cady

en.wikipedia.org

What Schools Are Affiliated With Hamilton Cady?

Hamilton Cady is affiliated with the following schools:

Carleton College
University of Kansas
Stanford University
Cornell University