Computer Simulation of An Optically Pumped Methyl Fluoride Laser

Cover Computer Simulation of An Optically Pumped Methyl Fluoride Laser
Computer Simulation of An Optically Pumped Methyl Fluoride Laser
Schau, Harvey Charles
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61 Pressure broadened C0 2 Figure 22 . Broadened C0 2 in resonance with methyl fluoride.
CHAPTER V RESULTS Numerical solutions of the equations described in the last chapter were carried out at the University of Florida on an I.B.M. 360-75 computer. The numerical technique employed was Hamming's modification of the Milne predictor -corrector method. A fourth order Runge-Kutta method is used to generate the first time-increment solution since the predictor -corrector method is not self -starting
.... Hamming's method is a stable fourth order integration procedure which has the advantage of a variable step size. This saves computing time without sacrificing accuracy.
The accuracy for all the results was kept between one part in 10 3 to one part in 10 4 . This is better than actually required; however it facilitates faster overall integration since solutions were not allowed to start diverging at any point. The time step was between .5 and .01 measured in units of time where one unit was the time for one collision.


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