Radiative Transfer by Doubling Very Thin Layers
Doubling principle providing rapid and accurate results for problem of diffuse reflection from plane parallel atmosphere
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Doubling principle providing rapid and accurate results for problem of diffuse reflection from plane parallel atmosphere
Double ionization cross section of He when bombarded by protons calculated using Born approximation, noting energy dependence
Double beam photoelectric filter photometer for simultaneous measurements of two astronomical objects, noting variable atmospheric extinction errors reduction
Double Gauss lenses optimized at F/2 with total field view of 42 degrees designed by using aspherics
Double layered scintillator consisting of thin CsI/Tl/ layer evaporated onto plastic scintillator for distinguishing low energy protons and electrons
Hydroxyl free radical microwave spectrum definition by doubling transitions frequency predictions, noting radio astronomy applicability
Double error probability in differentially coherent phase shift keyed communications systems, noting computerized simulation substantiation of theory
Double scattering of plasma streams by interactions with large moving bodies in bithermal ionosphere with and without magnetic field
Tantalum and stainless steel double containment mercury boiler for SNAP 8 space power system, describing thermal design
Doppler shift measurements with double wedge technique applied to mass motion of air plasma escaping ends of theta pinch
Double exposure holographic interferometry with separate reference beams, noting finite-fringe interferogram reconstruction and transient phenomena recording capabilities
Double high-pressure chamber for chronic exposure of small animals whose design facilitates nutritional needs and waste products exchange without decompressing animals
Analysis of liquid-metal heat transfer in cocurrent-flow, double-pipe heat exchangers shows that heat-transfer coefficients depend upon the operating conditions of the heat exchanger and that use of the customary design equation to predict heat-exchanger performance leads to significant errors.
Dry catalytic combustion at high temperatures is used for assaying biological materials labeled carbon-14 and tritium, or double-labeled. A modified oxygen-flask technique is combined with standard vacuum-line techniques and includes convenience of direct in-vial collection of final combustion products, giving quantitative recovery of tritium and carbon-14.
Design point performance of double containment tantalum and stainless steel mercury boiler for SNAP 8
Optimal parameters of double-focusing mass spectrograph for measuring solar wind mass/ charge number composition
Dual resonant cavity absorption cell using double resonance microwave spectroscopy modulation technique
Aerodynamic characteristics and ground effects of supersonic transport with double delta wing