Development and test of a microwave ice accretion measurement instrument (MIAMI)
Bertram Magenhein, James K. Rocks, Lewis Research Center, United States. National Aeronautics and Space Administration. Scientific and Technical Information Branch, Ideal Research Inc
National Aeronautics and Space Administration, Scientific and Technical Information Branch, 1982 - Technology & Engineering - 79 pages
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Accretion Measurement Instrument accretion rate aircraft airfoil amplitude approximation assembly language asymptote cable calibration change in frequency COMPUTER FLOW CHART computer memory crystal detector cut-off dielectric constant digital displays dip switch droplets DUE TO LAYERS dynamic range end plates EPROM Equation experimental Figure l0 freeze frequency f guide wavelength Ice Accretion Measurement ice layers ice structure icing research tunnel illustrated in Figure input LAYERS OF POLYETHELENE liquid water Measurement Instrument MIAMI MIAMI Model MIAMI SYSTEM MIAMI transducer microprocessor Microwave Ice Accretion monitored mounted NASA normalization factor oscilloscope output parameters peak PEN RECORDING plots POLYETHELENE TAPE PRINT quiescent frequency quiescent resonant frequency resonant frequency index resonant surface waveguide sample volume shift in resonant shown in Figure stagnation point Subroutine surface wave sweep temperature TMEN transit TRftNSIT ICE unfrozen water voltage VTO driver VTO tuning curve