Saturated Atomic Fluorescence As a Diagnostic Tool for Flames And Plasmas
Saturated Atomic Fluorescence As a Diagnostic Tool for Flames And Plasmas
Bower, James Neill
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The output current was converted to a voltage with one of two load resistors (1 kft or 16.2 kn). An AC amplifier was used to block the DC voltage and amplify the AC or noise signal, in order to best use the dynamic range of the data acquisition system. The output of this amplifier was taken, after suitable adjustment of an upper cut-off RC filter, through another blocking capacitor (1 pF, mylar, used to block DC offset from the amplifier) to an analog to digital converter (LPS-11, Digital Equip...ment Corporation, Maynard, Mass.). This ADC was interrogated by the computer at programmable intervals to collect 2048 samples of noise voltage. These were Fourier transformed. The average of 100 Fourier transforms at a given acquisition rate were converted to a power spectrum, which could be displayed in several ways (see Figure 43). The digital data were transferred in a parallel fashion to another digital computer (PDP-11/20, Digital Equipment Corporation). These data were stored in binary fashion for fast acquisition by a sequential data plotting program (see Appendix 2).
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