Identifying optimum parameters of hot extrusions Progress report, 1 May - 13 Jul. 1967
Hot forging of magnesium oxide billets, and postulates strength variations with annealing temperature
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Hot forging of magnesium oxide billets, and postulates strength variations with annealing temperature
Annealing effects on strength of extruded MgO
Ni XIX, Cu XX and Zn XXI spectra observation using vacuum spark chamber
Grazing incidence spectrometer and low inductance spark source used for energy level identification in various elements
Optimum parameters of hot extrusion of calcium, magnesium, and zirconium oxides
Photointerpretation techniques for forest species and timber types on high altitude multispectral imagery
Hot extrusion of refractory oxides to improve strength
Flight tests with helicopters for studying manueverability
Identification of forestry and wildland resources by analysis of remote sensor data
Identification of finite memory, time discrete linear systems by Kiefer-Wolfowitz stochastic approximation procedures, presenting two algorithms for sequential identification
Mass spectrometric sequence determination of oligopeptides via acetylacetonyl derivatives, giving reliable results with small peptides
Pilot/vehicle dynamics from flight test records, discussing close-loop attitude control tasks
Stochastic approximation for identification of distributed parameter system solutions described by linear partial differential equations
All selected coatings contain nutrients that support microbial growth and survival. Incorporation of microbiocidal agents into coatings more susceptible to attack is recommended for improved inhibition of microorganism growth and for increased protection against deterioration of coatings by microorganisms.
Potential applications of NASA technology to solid waste environmental problems
Pilot describing function estimates from closed loop tracking operation data
Model of executive decision making emphasizing interaction of organization members
Decomposing method for linear transfer functions identification from frequency or time response, using Cauer form continued fraction expansion