Encyclopedia of Physical Science and Technology, Volume 4Academic Press, 1992 - Physical sciences |
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Page 658
1. Point Liquid - Level Sensors The operation of all cryogenic liquid - level sensors generally depends on a large property change , which occurs at the liquid - vapor inter- face ( e.g. , a significant change in density ) . This may ...
1. Point Liquid - Level Sensors The operation of all cryogenic liquid - level sensors generally depends on a large property change , which occurs at the liquid - vapor inter- face ( e.g. , a significant change in density ) . This may ...
Page 660
... liquid to gas . Systems containing liquid cryo- gens can reach bursting pressures , if not re- lieved , simply by trapping the liquid in an enclo- sure . The rate of pressure rise depends on the rate of heat transfer into the liquid ...
... liquid to gas . Systems containing liquid cryo- gens can reach bursting pressures , if not re- lieved , simply by trapping the liquid in an enclo- sure . The rate of pressure rise depends on the rate of heat transfer into the liquid ...
Page 681
... liquid " He cryostat dewar is sketched in Fig . 22. Particular care is taken to minimize heat fluxes flowing into the liquid " He on account of its tiny latent heat : one watt is sufficient to evaporate 1 liter of liquid in approx ...
... liquid " He cryostat dewar is sketched in Fig . 22. Particular care is taken to minimize heat fluxes flowing into the liquid " He on account of its tiny latent heat : one watt is sufficient to evaporate 1 liter of liquid in approx ...
Contents
Guide to Using the Encyclopedia ix Concrete Reinforced | 323 |
Compilers Computer Science 1 Controls Adaptive Systems | 345 |
Composite Materials 17 Controls Bilinear Systems | 355 |
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algorithm applications atoms coefficients complex components computer network concrete constant convex convex sets coordinates corrosion cosmic cosmic inflation cosmic rays cryogenic defined density developed electrons encryption energy equations example factor false vacuum feedback field filter finite flow Fourier Fourier transform frequency function gradient gray level heat Higgs fields hologram input integral ions ligand linear liquid load logic magnetic matrix measurements ment merge sort metal method nonlinear observer operations output oxide parameters particles phase photons physical pixel plant polynomial predicted pressure problem processor properties puter pyrolysis reconstruction reinforcement result sampling Section sequence shown in Fig signal solution space step step response structure superfluid surface techniques temperature Theorem theory thermal time-varying system tion transform ture universe variables vector wave front zero