Brown's Gas is a pressurized mixture of hydrogen and oxygen gases. It should be especially distinguished from Rhodes Gas, which is a non pressurized mixture of hydrogen and oxygen gases. Both gases should be distinguished from oxyhydrogen, which is also a non pressurized mixture of hydrogen and oxygen, but is specifically mixed just prior to combustion. These three distinct methods of production give each gas respectively different properties.
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| - Brown's Gas is a pressurized mixture of hydrogen and oxygen gases. It should be especially distinguished from Rhodes Gas, which is a non pressurized mixture of hydrogen and oxygen gases. Both gases should be distinguished from oxyhydrogen, which is also a non pressurized mixture of hydrogen and oxygen, but is specifically mixed just prior to combustion. These three distinct methods of production give each gas respectively different properties.
- Brown's gas is the name given to a stoichiometric mixture of oxygen and hydrogen gas (oxyhydrogen), produced by the common-ducted electrolysis of water, as used in machines designed by Bulgarian-born Yull Brown. These machines supply the gas to a type of water torch, used for welding, brazing, and cutting. It is sometimes claimed by others to have special properties that defy the laws of physics.
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abstract
| - Brown's Gas is a pressurized mixture of hydrogen and oxygen gases. It should be especially distinguished from Rhodes Gas, which is a non pressurized mixture of hydrogen and oxygen gases. Both gases should be distinguished from oxyhydrogen, which is also a non pressurized mixture of hydrogen and oxygen, but is specifically mixed just prior to combustion. These three distinct methods of production give each gas respectively different properties.
- Brown's gas is the name given to a stoichiometric mixture of oxygen and hydrogen gas (oxyhydrogen), produced by the common-ducted electrolysis of water, as used in machines designed by Bulgarian-born Yull Brown. These machines supply the gas to a type of water torch, used for welding, brazing, and cutting. It is sometimes claimed by others to have special properties that defy the laws of physics.
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