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OXYHYDROGEN FLAME , the flame attending the combustion of hydrogen andSee also: oxygen, and characterized by a very high temperature
.
Hydrogen See also: gas readily burns in oxygen or air with the formation of See also: water
.
The quantity of heat evolved, according to See also: Julius Thomsen, is 34,116 calories for each See also: gram of hydrogen burned
.
This heat-disturbance is quite See also: independent of the mode in which the See also: process is conducted; but the temperature of the flame is dependent on the circumstances under which the process takes place
.
It obviously attains its maximum in the See also: case of the firing of pure "oxyhydrogen " gas (a mixture of hydrogen with exactly See also: half its See also: volume of oxygen, the quantity it combines with in becoming water, See also: German Knell-gas)
.
It becomes less when the " oxyhydrogen " is mixed with excess of one or the other of the two reacting gases, or an inert gas such as nitrogen, because in any such case the same amount of heat spreads over a larger quantity of See also: matter
.
Many forms of oxyhydrogen lamps have been invented, but the explosive nature of the gaseous mixture rendered them all more or less
in-chief of the second See also: Japanese army corps, which, landing on the Liaotung
.
Peninsula, carried See also: Port Arthur by See also: storm, and, subsequently See also: crossing to Shantung, captured the fortress of Wei-See also: hai-wei
.
For these services he received the title of See also: marquess, and, three years later, he became See also: field-marshal
.
When (1904) his country became embroiled in war with
See also: Russia, he was appointed See also: commander-in-chief of the Japanese armies in See also: Manchuria, and in the sequel of See also: Japan's victory the mikado bestowed on him (1907) the See also: rank of See also: prince
.
He received the See also: British See also: Order of Merit in 1906
.
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