Get Advances in Cryogenic Engineering: Volume 31 PDF

By Joseph L. Smith Jr., George Y. Robinson Jr. (auth.), R. W. Fast (eds.)

ISBN-10: 1461292999

ISBN-13: 9781461292999

ISBN-10: 1461322138

ISBN-13: 9781461322139

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4 TeV at the same Beam energy. 14 100 E (TeV) 1033cm- 2s-l seems prudent as the next advance in the ene~gy f~ontie~. Less ene~gy and/o~ luminosity begins to comp~omise the discove~y potential. The a~gument fo~ the highest possible ene~gies is ~einfo~ced when the possibility of disc~ete ene~gy th~esholds is included. If the maximum available ene~gy lies just below the th~eshold fo~ the onset of some ~adically new physics, that physics will be undiscove~ed, no matte~ what the luminosity! 1 displays examples of discove~y limits fo~ new pa~ticles in A discove~y is defined as the c~eation of f~om 10 to 100 ~eal and uniquely identified events in one yea~ of data taking, afte~ allowance fo~ backg~ounds and othe~ spu~ious signals.

1. This paper describes the magnet portion of the system (windings, structure, iron) which has been developed mainly at LBL and BNL. ~ Because of the large number of dipole magnets required (approximately 8,000), an effort is made to minimize the cost and to anticipate the use of mass production techniques. The main design features are described below, and test results are presented on model magnets constructed at LBL and BNL. COILS AND CABLE To minimize the amount of superconductor and iron, we have chosen the very small inner diameter of 40 mm (the Tevatron at Fermilab has a bore diameter of 76 mm), used a minimum amount of copper in the cable, and have placed great emphasis on obtaining maximum current density in the NbTi superconductor.

One of his designs for a 750 litreper-hour liquefier, shown in Fig. 10, employed expansion engines at seven temperature levels. The liquefier was proj ected to require only one and one-quarter horsepower per litre rather than the two to four for conventional liquefiers. 2 Two-Phase Expansion Engines Sam was convinced that replacing the conventional Joule-Thomson valve with a two-phase or "wet" expander would lead to increased liquefier efficiency. He tried three of these expanders before he was able to get a fair test of the idea.

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Advances in Cryogenic Engineering: Volume 31 by Joseph L. Smith Jr., George Y. Robinson Jr. (auth.), R. W. Fast (eds.)


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