The issue of waiting to get the peak field intensity could be shortened by
spinning the paddles at a higher speed. However, I wouldn't want to be
inside a metal chamber with a 4'x8' metal plate spinning at 300 RPM.
Sounds like an Edgar Allen Poe story -- 'The Plate In The Reverb Chamber'.
He paddle must spin slow enough or stop and dwell, so that the test
sample has time to respond to the peak fed intensity. Since one doesn¹t know
where in the chamber the peak is, only its amplitude, the rotation rate or
dwell time must be such that the test sample response time is accommodated
Let me recode that sorry for the typos:
The paddle must spin slow enough or stop and dwell - so that the test
sample has time to respond to the peak field intensity. Since one doesn¹t
know where in the chamber the peak is, only its amplitude, the rotation rate
or dwell time must be such that
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