(redirected from Joule-Thomson)
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References in periodicals archive ?
It is insulated to retain the heat of compression to be used to offset the Joule-Thomson cooling effect from the expansion of air during power generation.
Tenders are invited for: Athena: 2k joule-thomson engineering model cooler system including cooler drive electronics
However, because of its extreme mechanical simplicity, Joule-Thomson expansion still remains one of the primary mechanisms for refrigeration production.
They are for calculating the Joule-Thomson effect due to a drop in pressures, designing a double-pipe heat exchanger, calculating batch heating and cooling, calculating metal temperature, and designing a distillation column using Smoker equations.
Utilising the strain signal, particularly for gas pipes, is much more advantageous than the use of temperature measurement (using the Joule-Thomson cooling).
The required gas delivery pressure and temperature are 150 psi (10 bar) and 45[degrees]E A gas fired or electrical gas heater is required here to compensate the 45[degrees]F (25[degrees]C) Joule-Thomson temperature drop in the expanded gas.
Modern cryoprobes are typically energized by Joule-Thomson (JT) cycles; the use of a gas mixture working fluid, rather than a single component such as nitrogen, greatly increases the refrigeration capacity of the JT cycle [Brodyansky et al.
The temperature of the air stream does not increase because of the Joule-Thomson effect.
Cryosurgical probes that are energized by the Joule-Thomson refrigeration cycle appeared in the middle of the twentieth century.
But, it represents poorly the supercritical state: the properties of the fluids in this region are inaccurately predicted, in particular, derived properties such as the second virial coefficient [MATHEMATICAL EXPRESSION NOT REPRODUCIBLE IN ASCII] and the Joule-Thomson inversion curve.
The inversion temperatures--the temperature at which the Joule-Thomson effect of a gas changes sign--of two premier cryogenic gases, hydrogen and helium, are quite low.