| OCR Text |
Show 70 2500 Hz. This compares with 10 microseconds frequency range from the in Testing the vertical position considered was in time of lants observed was response tested. of 1 and 5 gms., to In use, test. judged was to minimal natural a the driving heat flux the for The response time of the order of microseconds and was the have minimal response was independent 2500 Hz. of 200 Hz. because There the maximum for photo vacuum pedestal assembled unit have occurred below 100 Hz to the on frequency higher frequencies at operate the manufacturer given by weights, severe position frequency need to no with 1 millisecond and The maximum Hz a the response time of the assembled unit suitably a horizontal a 50,000 to transducer. was was 2 response time and all diode of other propel was on system variables. Each of the value of the propellants transducer driving frequency, of This course. evidence that changes and samples three were used to dependent. one was but not the same simply times as approached frequency the large was the designed as used in were the at each to mean high some propellant, burning avoid. of the tests sensitivity response Fortunately, mass was mass dependent, problem the rate Propellant majority found to be nonstationary to for equipment limitation. an sensitivity to zero responding was determine whether the transducer If diminishing a observation added further supporting sensing element not would be back experiment which signal particular the tested exhibited which system was then the |
