In MUCOOL note 92 we described a general linear theory for transverse ionization
cooling in solenoidal channels. This brief report will apply and illustrate our
theory to the recently proposed "single-flip" cooling channel. Simple specific 
formulae are given for calculating the transverse emittance and angular momentum 
in a "single-flip" cooling channel. The cooling behavior in a constant-focusing 
channel is found to be different from that in a periodic-focusing channel:
after some initial cooling, instead of reaching an equilibrium, the emittance
grows linearly with the length of the channel.

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