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DESCRIPTION OF THE INSTRUMENT
ANALYSIS OF ERRORS
REMARKS AND PLANS FOR FURTHER INVESTIGATIONS
1 other sections not shown
500 KC oscillator accuracy Amplifier angle of incidence angular resolution assume background bakelite calculated center plate circuitry clearing field closest spark Coincidence Circuit constant CORNELL UNIVERSITY cosmic rays detect determine the coordinates determine the posi Distribution for Run double sparks effect end plate equations error in coordinates flight four microphones four runs gate geometry given byt high voltage pulse inch investigation locating measured mesons micro microphone distance Microphone Pulses microseconds multiple sparks number of counts obtained paper tape particle photon photons/cm2-sec Phys point detectors point of impact position proposed gamma ray pulse produced Pulser random errors relays reset the flip-flops Rutherlagen scaler stage scanner coupler Scintillator Centers second peak sensitive area shock wave shown in Figure single spark sonic spark chamber sound velocity specific heat ratio strong blast approximation Systematic errors thatt tion trajectory Univibrator velocity of propagation velocity of sound volts wavefront zero