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JFET Transient Radiation Response
IEEE Transactions on Nuclear Science, 1971A comprehensive study of transient radiation response mechanisms in Junction Field Effect Transistors at dose rates less than 1 × 1010 Rad (si)/sec has been performed. Theoretical models of device response have been developed and represented in terms of a large signal equivalent circuit model.
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Approximation of transient response
Electrical Engineering, 1953ALTHOUGH FEEDBACK CONTROL design requirements usually specify the output time response to some standard form of input, the design process commonly is performed on a frequency response basis. The existing wealth of knowledge and experience in steady-state a-c circuit theory and in feedback amplifier performance justifies this design procedure.
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Journal of Mechanical Engineering Science, 1967
The response of beams to transient excitation applied through the supports is considered. A general method of analysis, based on the integral equation of motion, is developed, applicable to single-and multi-span beams; for non-uniform beams the conventional approximation of replacing the distributed mass by a number of discrete masses is made, and an ...
A. Bradshaw, G. B. Warburton
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The response of beams to transient excitation applied through the supports is considered. A general method of analysis, based on the integral equation of motion, is developed, applicable to single-and multi-span beams; for non-uniform beams the conventional approximation of replacing the distributed mass by a number of discrete masses is made, and an ...
A. Bradshaw, G. B. Warburton
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Proceedings of the IRE, 1954
The FM response to the unit impulse and the unit step function is calculated for a network whose transfer function is known. A meaning is assigned to the associated Fourier integral, which diverge in the Riemann sense. The method is generalized to any input function which vanishes for negative t.
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The FM response to the unit impulse and the unit step function is calculated for a network whose transfer function is known. A meaning is assigned to the associated Fourier integral, which diverge in the Riemann sense. The method is generalized to any input function which vanishes for negative t.
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Calculating servo transient response
Electrical Engineering, 1955THE methods of calculating the closed-loop frequency response of a linear control system are well known and straightforward. To calculate the transient response to a step input, which in some cases may be more important, is more difficult. There is need for a simple fast method of calculating the step transient response (preferably from the frequency ...
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The Journal of the Acoustical Society of America, 1964
The response of pipes to excitation by the sound of a spark was obtained as a function of time. The results are shown by photographs of the responses. The response waveform is affected by direct transmission through the air in the pipe, reflections from the walls of the pipe, diffusion, radiation, absorption, material and shape of the pipe, ratio of ...
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The response of pipes to excitation by the sound of a spark was obtained as a function of time. The results are shown by photographs of the responses. The response waveform is affected by direct transmission through the air in the pipe, reflections from the walls of the pipe, diffusion, radiation, absorption, material and shape of the pipe, ratio of ...
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Transient response in optical bistability
Optics Communications, 1978Bonifacio, R., Meystre, P.
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