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An investigation of selected generating functions

Creator:: Stoebig, Alan
Resource Type:: Masters Thesis
Full Text:: simplified to the following: oo (39) / fni(x)tn = fn(x)tn+1 n=0 n=0 00 00 = f (x)tnn-1 n=1 and co

The ripening of cheddar cheese made with rennet as compared with a rennet-like substitute

Creator:: Maragoudakis, Michael Emmanuel
Resource Type:: Masters Thesis
Full Text:: A IiBIHK?»LXK& StJBSTITtTTE by MICHAEL WMMXJEt fflARAGOUDAKIS A THESIS submitted to OREGOT

The exponential family of probability distributions generated by Ơ-finite measures

Creator:: Waterman, Michael Spencer
Abstract:: The exponential family of probability distributions is obtained from σ-finite measures on the real line. We choose the parameter space to be one-dimensional and the exponent to be linear. Relationships between the measure, its spectrum, and the parameter space are examined, moments of the exponential family are studied, and the...
Resource Type:: Masters Thesis
Full Text:: AN ABSTRACT OF THE THESIS OF MICHAEL SPENCER WATERMAN

High-efficiency radio-frequency power amplifiers

Creator:: Ewing, Gerald Dean
Abstract:: This dissertation describes a new radio-frequency power-amplifier circuit and mode of operation that exceeds the efficiency of the conventional class C amplifier in the low and medium h-f range. It will be found useful in applications where linearity between the input and output are not required, as in all applications...
Resource Type:: Dissertation
Full Text:: calculations. To illustrate this, a O-watt transistor r-f power amplifier was designed, built and tested in

The design of ultrasonic waveguide system for time delay applications

Creator:: Davis, Thomas James
Abstract:: A waveform-preserving, variable time-delay system capable of several milliseconds delay is described in this thesis. These considerably long delays are achieved by judicious use of the relatively low sonic velocity of gases. Initial system design criteria specified a time delay of ten milliseconds and a signal bandwidth of 0-10 KC....
Resource Type:: Masters Thesis
Full Text:: frequency of 40 KC. 39 ! carrier frequency in K_ i o o O O - 44 o 4 3 --- -- _ Io o

Monitoring surface temperature of irradiated fuel elements

Creator:: Clark, R. G. (Robert Gilder), 1917-2005
Resource Type:: Masters Thesis
Full Text:: APPROVED: essor o ectrlca In Charge of Major neering Chairman of Date thesis is Presented Tyoed by

An electrolytic tank analog for myoelectric surface potentials

Creator:: Churchill, Frank Tefft
Abstract:: It was observed that certain myoelectric surface potentials are of a pulse nature. The pulses have nearly the same exact waveshape, but are asynchronously repetitive. Physiological evidence indicated that myoelectric pulses are concurrent with the activity of a small unit of organized muscle fibres (motor unit). The electrical activity of...
Resource Type:: Masters Thesis
Full Text:: . . . 38 22. Comparison of Proximal Monopolar Myo- electric and Analog Waveforms . o 39 AN

A sampling criterion enabling signal reconstruction with specified limit error

Creator:: Wilkins, Dennis James
Abstract:: A sampling criterion which provides a numerical relationship between sampling rate and worst-case peak error for linear interpolation of sample points is presented. The criterion, based upon the second derivative of a waveform, is derived, its properties are observed for a sine wave, and its applicability to complex signals is...
Resource Type:: Masters Thesis
Full Text:: ACKNOWLEDGMENT The author is indebted to Professor Robert R. Michael who con- ceived the original form of the

The maximum principle and its application to industrial engineering problems

Creator:: Kanbe, Kenji
Abstract:: The maximum principle developed by the Russian mathematician, L.S. Pontryagin is considered to be one of the most significant contributions to the recent advances in mathematical optimization techniques. Unfortunately, most of the published literature on the application of the maximum principle is in the field of control system design, and...
Resource Type:: Masters Thesis
Full Text:: -1, x2 -1, un) n-1 n 2 n-1 n n = x2 + 3(u ) + 10(x1 +u -Q ) x1 = 1363, x = O. 39 (48) (49

Analysis of nuclear reactor period measurements

Creator:: Moon, Laurence Leslie
Resource Type:: Masters Thesis
Full Text:: Associate Professor Robert R. Michael for his helpful suggestions and encouragement during the research

ScholarsArchive@OSU

An investigation of selected generating functions

The ripening of cheddar cheese made with rennet as compared with a rennet-like substitute

The exponential family of probability distributions generated by Ơ-finite measures

High-efficiency radio-frequency power amplifiers

The design of ultrasonic waveguide system for time delay applications

Monitoring surface temperature of irradiated fuel elements

An electrolytic tank analog for myoelectric surface potentials

A sampling criterion enabling signal reconstruction with specified limit error

The maximum principle and its application to industrial engineering problems

Analysis of nuclear reactor period measurements

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