Mathematical analysis of the Fitzgerald apparatus
Mathematical analysis of Fitzgerald apparatus measuring solids dynamic mechanical properties
Behrendt, D. R.↗
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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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Variations in the mathematical modeling for GEOS-A
Minor variations in mathematical model for GEOS 1 /Explorer 29/ studied for effects on orbit
Hartwell, J. G.↗
Least Squares, Minimum Variance and Kalman Estimation Applied to a Mathematical Model Final Report
Least squares, minimum variance, and Kalman estimation applied to mathematical model of free flight trajectories
Source record↗
A mathematical model of the effect of a predator on species diversity
Mathematical model of predator effect on bacteria growth
Weston, C. R.↗
A mathematical approach to the investigation of energy consumption by active human beings in enclosed spaces
Mathematical model for human gas exchange and energy consumption in enclosed chambers
Vasilev, V. K.↗
Mathematical modeling of the function of the vestibular apparatus during weightlessness
Mathematical models of vestibular functions during weightlessness
Chekhonadskiy, N. A.↗
Solar cell performance - Mathematical model Quarterly report, 1 Jun. - 31 Aug. 1969
Mathematical model for solar cell performance in space environments
Barrett, M. J.↗
A mathematical model of the effect of a predator on species diversity
Mathematical model determines reaction between new predator and microbe competitor when the competitor is the predator's sole nutrient resource. The model utilizes differential equations to describe the interactions with the specific growth rates, and analyzes these growth rates as they are affected by population density and nutrient concentration.
Weston, C. R.↗
Mathematical programming methods of pattern classification
Mathematical programming methods of pattern classification
Grinold, R. C.↗
Mathematical models of magnetospheric convection and its coupling to the ionosphere
Mathematical models of magnetospheric convection and its coupling to ionosphere
Vasyliunas, V. M.↗
On-line parsing of hand-printed mathematical expressions Final report for phase 2
Computer program for analyzing hand printed mathematical expressions
Williams, T. G.↗
A study program on the development of mathematical model/s/ for microbial burden prediction. Volume 6 - Technical report, phase 7 and revised User's Manual for the Microbial Burden Prediction Model Final report addendum
Computer program improvements of mathematical models for microbial burden prediction
Source record↗
Solar cell performance mathematical model Quarterly report
Mathematical model for predicting performance of solar cells in aerospace environments
Barrett, M. J.↗
The evaluation and refinement of a mathematical model for the statistical determination of internal microbial contamination of spacecraft materials Final report
Mathematical model for statistical probability of internal microbial spacecraft contamination
Ernst, R. P.↗
Solar cell performance, mathematical model Quarterly report, 1 Dec. 1969 - 28 Feb. 1970
Mathematical model for performance prediction of silicon solar cell in space environment
Barrett, M. J.↗
Prediction of electron density and collision cross section. Volume 2 - Equilibrium electron density prediction, a mathematical model Final report
Mathematical model for prediction of electron density at equilibrium
Mc Dermit, J. H.↗
A study program on the development of a mathematical model/s/ for microbial burden prediction. Volume 8 - Revisions to volume 6, user's manual Final report, addendum
Development of mathematical models for microbial burden prediction - input translator program
Farabee, L. B.↗
Computational methods for mathematical functions
Analyses useful to problems of computing mathematical functions
Thacher, H. C., Jr.↗