Two-dimensional Simulation Of A Two-phase, Regenerative Pumped Radiator Loop Utilizing Direct Contact Heat Transfer With Phase Change
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The article contains sections titled: 1. Potassium 1.1. Properties 1.2. Production 1.3. Handling and Occupational Safety 2. Potassium Alloys 2.1. Properties of NaK Alloy 2.2. Production of NaK Alloy 2.3 Handling and Occupational Safety of NaK Alloy 3. Uses of Potassium and Potassium Compounds 3.1. Potassium and NaK Alloy 3.2. Potassium Hydride 3.3. Potassium Bases 3.3.1 Potassium Alkoxides 3.3.2 Potassium Amides 3.4. Potassium Superoxide 4. Acknowledgement Potassium is the third element in the alkali metal group. This highly reactive metal is used to make potassium superoxide for use in self‐contained breathing apparatus. Potassium in the form of alloys with sodium is used in industrial synthesis of alkylated aromatic hydrocarbons such as isobutylbenzene. Compounds of potassium derived from alcohols and amines are routinely used as bases in pharmaceutical and agricultural synthesis.
The article contains sections titled: 1. Potassium 1.1. Properties 1.2. Production 1.3. Handling and Occupational Safety 2. Potassium Alloys 2.1. Properties of NaK Alloy 2.2. Production of NaK Alloy 2.3 Handling and Occupational Safety of NaK Alloy 3. Uses of Potassium and Potassium Compounds 3.1. Potassium and NaK Alloy 3.2. Potassium Hydride 3.3. Potassium Bases 3.3.1 Potassium Alkoxides 3.3.2 Potassium Amides 3.4. Potassium Superoxide 4. Acknowledgement Potassium is the third element in the alkali metal group. This highly reactive metal is used to make potassium superoxide for use in self‐contained breathing apparatus. Potassium in the form of alloys with sodium is used in industrial synthesis of alkylated aromatic hydrocarbons such as isobutylbenzene. Compounds of potassium derived from alcohols and amines are routinely used as bases in pharmaceutical and agricultural synthesis.
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