Energy-independent detector for total hydrogen fluxes in the range 1-10 Kev for space and laboratory applications.
Energy independent detector for total H fluxes used in space and laboratory measurements
Bernstein, W.↗
SEARCH · Engineering Papers
Results for “Independent”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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The conditions for dominance between alternatives which are independent multiplicative random variables.
Maximizing long term investment capital growth by conditions for dominance between alternatives consisting of independent multiplicative random variables
Cohen, D.↗
A reflector feed system with simultaneous, independent, scanning secondary beams.
Parabolic reflector feed system for spacecraft multiple transmitters and receivers with simultaneous, independent secondary beam scanning
Mills, M. K.↗
Reflection laws of high order elliptic differential equations in two independent variables with constant coefficients and unequal characteristics across analytic boundary conditions.
Reflection laws of high order elliptic differential equations in two independent variables with constant coefficients and unequal characteristics across analytic boundary conditions
Sloss, J. M.↗
Low-temperature amplitude-independent longitudinal ultrasonic attenuation in normal lead.
Amplitude independent normal state attenuation of longitudinal ultrasound propagating in /001/ direction in single crystal PB at low temperatures
Fate, W. A.↗
Amplitude-independent longitudinal ultrasonic attenuation in superconducting lead.
Amplitude independent attenuation of longitudinal ultrasound propagating in /001/ direction in single crystal superconducting Pb compared with BCS predictions
Fate, W. A.↗
Character of the Equations of Elasto-Plastic Flow in Three Independent Variables
Elastoplastic flow equations character in three independent variables, noting solution methods for initial and boundary value problems
Swedlow, J. L.↗
A test of the independence of the approach and avoidance gradients.
Test of independence of approach and avoidance gradients using shock-food pairings in rats
Donahoe, J. W.↗
Polynomial smoothing formulas and derivative formulas for one or two independent variables
Polynomial smoothing formulas and derivative formulas for one or two independent variables
Semtner, A. J.↗
Sample sizes for approximate independence of largest and smallest order statistics
Sample sizes for approximate independence of largest and smallest order statistics
Walsh, J. E.↗
Chance of all success for independent binomial events with large success probabilities
Independent binomial events reliability with large success probabilities
Walsh, J. E.↗
Investigation of a class of bodies that generate far-field sonic boom shock strength and impulse independent of body length and volume
Design method for far field sonic boom shock strength and impulse independent of body length and volume
Barger, R. L.↗
Compound radiointerferometer with independent heterodynes for the investigation of emission sources radioimages
Compound radio interferometer with independent heterodynes to investigate radio emission sources
Alekseyev, V. A.↗
A new matrix theorem and its application for establishing independent coordinates for complex dynamical systems with constraints
Matrix theorem and application to establishing independent coordinates for complex dynamical systems with constraints
Steeves, E. C.↗
On the concept of rate-independence.
Mechanical and thermodynamical theories of material behavior based on rate independence concept, discussing equivalence of various theories
Owen, D. R.↗
Lunar crater counts. V - Latitude independence and sources of impacting bodies.
Lunar premare and postmare craters distributions, discussing latitude independence and sources of impacting bodies
Hartmann, W. K.↗
Temperature-independent resistor for microelectronic circuits
Heat treating insulating crystals in gaseous hydrogen atmosphere produce resistive device which is temperature-independent from 77 to 295 degrees K. Increasing the concentration of hydrogen within the crystal yields semiconductor, hybrid, and metallic conduction characteristics which are combined with a depletion layer at the surface.
Aegerter, S.↗
Theory of separation of variables for linear partial differential equations of the second order in two independent variables
Separation of variables for linear partial differential equations of second order in two independent variables
Goldstein, M. E.↗