¹ Source: wiktionary.com
Definition of Hydrides
1. hydride [n] - See also: hydride
Lexicographical Neighbors of Hydrides
Literary usage of Hydrides
Below you will find example usage of this term as found in modern and/or classical literature:
1. Journal of the American Chemical Society by American Chemical Society (1912)
"They also attempted to determin the composition of the hydrides. ... Equilibrium
measurements for both hydrides were made from 330° to 430°. ..."
2. Hydrogen & Fuel Cells: Review of National R&D Programs by International Energy Agency (2004)
"O hydrides Metal hydrides are specific combinations of metallic alloys that ...
Metal hydrides posses the unique ability to absorb hydrogen and release it ..."
3. Lecture Notes for Chemical Students by Edward Frankland (1881)
"This family is divided into two classes :— Class I. hydrides of the ... Two series
of hydrides belonging to this class are well known ; they are :— 1. ..."
4. A Dictionary of Chemistry and the Allied Branches of Other Sciences by Henry Watts (1871)
"181) exhibits the specific gravities and boiling-points of the alcoholic hydrides
obtained from these several sources. The vapour-densities have also been ..."
5. Catalysis in Organic Chemistryby Paul Sabatier by Paul Sabatier (1922)
"The hydrides of naphthalene act in the same way: the higher hydrides under the
influence of nickel at 200° come back to the ..."
6. Laboratory Methods of Inorganic Chemistry by Heinrich Biltz, Wilhelm Biltz (1909)
"hydrides. A few metals combine directly with hydrogen at definite temperatures
to form hydrides (eg, cerium hydride No. 32). Copper hydride is formed in ..."
7. Laboratory Methods of Inorganic Chemistry by Heinrich Biltz, Wilhelm Biltz (1909)
"hydrides. A few metals combine directly with hydrogen at definite temperatures
to form hydrides (eg, cerium hydride No. 32). Copper hydride is formed in ..."
8. The Retrospect of Practical Medicine and Surgery: Being a Half-yearly edited by William Braithwaite, James Braithwaite, Edmond Fauriel Trevelyan (1872)
"[When hydrogen combines with the organic radicals it forms hydrides of them.
The hydrides of methyl, ethyl, propyl, and butyl, are highly inflammable gases, ..."
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