Biomedical monitoring during dynamic stress testing. III - Maximum exercise tolerance - Ergometer.
Maximum exercise tolerance in healthy aircrew members limited by cardiac output
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Maximum exercise tolerance in healthy aircrew members limited by cardiac output
Control circuit enables a solar cell power supply to deliver maximum electrical power to a load. It senses the magnitude of the slope of the voltage-current characteristic curve and compares it to a reference voltage which represents the slope corresponding to the desired operating limits.
FORTRAN 2 computer program calculates maximum estimates of a monotonic non-decreasing response function. The program uses the method of reversals algorithm which applies to the analysis of univariate or multivariate sensitivity experiments.
Implementation and performance of maximum likelihood detector in channel with intersymbol interference
Maximum likelihood method for fitting sum of expotentials to experimental data
Two-dimensional wings of maximum lift-drag ratio in hypersonic flow
Maximum lift-drag ratio of slender, flat top, hypersonic body assuming modified Newtonian pressure distribution and constant surface averaged skin friction coefficient
Maximum possible error in position in least squares elliptical orbit
Approximation method for determining maximum response of simple beams to stationary random excitation perfectly correlated in space and time
Dynamic programming and Pontryagin maximum principle
Tabulated maximum polarization values of lunar geologic units mapped on basis of observations from earth
Maximum response of rectangular plates to random excitation
Optimum shaped-bodies of maximum lift-to-drag ratio in hypersonic flow for modified Newtonian pressure distribution and constant skin friction
Three-dimensional slender wings of maximum lift/ drag ratio in hypersonic flow studied by variational calculus under several lift and volume conditions
Slender wing maximum lift-drag ratio at hypersonic speeds obtained assuming modified Newtonian pressure distribution and skin-friction drag
Analysis of satellite power systems for maximum utilization of power
Comparison is made of the power consumed and the acoustic amplification realized when a dc bias field is placed across a piezoelectric semiconductor and adjusted to amplify a microwave acoustic signal to the point where the forward gain is just equal to the reverse attenuation. This represents the maximum possible gain condition.
Pulse width modulated switching voltage regulators applied to Maximum Power Point Tracking /MPPT/ space power systems