Bitter magnets

Bitrex Bitter acids Bitter ale Bitter almond oil Bitter bark Bitter magnet... 

Erancis Bitter Magnet Laboratory Massachusetts Institute of Technology,... 

Gene Dresselhaus, Francis Bitter Magnet Laboratory, Massachusetts Institute of Technology, Cambridge, Massachusetts 02139, USA... 

If very high fields are required then one alternative apart from Bitter magnets, is to use pulse magnets and the Kobe facility has recently been described, which provides up to 36 T pulse field combined with a range of sources that extend from 110 GHz to 3 THz.102... 

Bitter magnet An ironless magnet consisting of stacked layers of pierced copper disks. Named after Francis Bitter of the Massachusetts Institute of Technology. 

This is in contrast to the Bitter magnet. In such a magnet design, because of the unimportant role of magnetoresistance at ordinary temperatures the most efficient coil is one in which n = -1, i.e., 1/r. See [4]. 

D. R. Wells [4] has given a detailed analysis of the mechanical stresses in Bitter magnets, a problem which is related to the one treated here. 

The difference between high-frequency and low-frequency EPR is usually defined by the magnet system. Superconducting or Bitter magnets are employed for high-frequency EPR (such as those operating at 94 GHz), whereas traditional electromagnets are used for lower frequencies (e.g. Q-band... 

F. Bitter, Selected Papers and Commentaries, edited by T. Erber and C.M. Fowler (MIT, Cambridge, 1969) F. Bitter, Magnetic... 

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