By H. S. Yang, H. Nagai, N. Takano, M. Murakami (auth.), Quan-Sheng Shu (eds.)
In contemporary years, the expertise of cryogenic comminution has been commonly utilized within the box of chemical engineering, meals making, medication creation, and especially in recycling of waste material. end result of the expanding toxins of waste tires and the dearth of uncooked rubber source, the recycling method for waste rubber items has develop into vital and commercially manageable. This expertise has proven a good number of benefits reminiscent of inflicting no environmental toxins, requiring low strength intake and generating top of the range items. therefore, the conventional crusher which was once used to reclaim fabrics, reminiscent of waste tires, nylon, plastic and lots of polymer fabrics at atmospheric 12 temperature is being changed through a cryogenic crusher. • within the cryogenic crusher, the valuables of the milled fabric is generally very delicate to temperature swap. whilst a crusher is in operation, it is going to generate loads of warmth that reasons the fabric temperature elevated. as soon as the temperature raises over the vitrification temperature, the cloth estate will swap and lose the brittle habit inflicting the strength intake to upward push sharply. as a result, the comminution procedure can't be persisted. as a result, it truly is believed that the cryogenic crusher is the main severe part within the cryogenic comminution procedure. The study at the temperature bring up and effort intake within the cryogenic crusher is not just to lessen the strength intake of the crasher, but in addition to lessen the strength intake of the cryogenic system.
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Additional resources for Advances in Cryogenic Engineering
EXPE~ENTALSETUPANDPROCEDURES Experimental Setup A specially designed glass cryostat was used in our experiments, as shown on the left of Figure 1.
Van Sciver,Z J. G. Wei send II, 1 and S. Wolff 1Deutsches Elektronen- Synchrotron, DESY Notkestrasse 85, 22607 Hamburg, Germany 2National High Magnetic Field Laboratory (NHMFL) Florida State University 1800 E. Paul Dirac Dr. Tallahassee, Florida 32310 3Moscow State Technical University Moscow, Russia ABSTRACT A key feature of the cryogenic system for the proposed TeV Superconducting Linear Accelerator ( TESLA ) is a He II two-phase flow line that provides cooling for the superconducting RF cavities.
The very good agreement confirms thermodynamic equilibrium in each box and good sensor accuracy. Line and circle illustrate comparison of measured and predicted pressure losses over the 22m long line only (thereby excluding entrance and exit effects). e. acceleration of the two-phase flow at the inlet ofthe line. 1010 -22m DP Visual test section Outlet box Figure 1. -.. 02 ; u ' • I -. . :~~·-· ............... -r- . D. 5E+OS Reynolds number Figure 2. Friction factor calibration 300 - 250 « e:.