Jet-wake effect of a high-bypass engine on wing-nacelle interference drag of a subsonic transport airplane
Wind tunnel study of aerodynamic interference drag caused by fan jet engine wake of subsonic transport
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Wind tunnel study of aerodynamic interference drag caused by fan jet engine wake of subsonic transport
Using passband interference filters in multispectral photography for earth resources applications
Investigation of engine-exhaust-airframe interference on cruise vehicle at Mach 6
Characteristics of V/STOL wall interference for closed circular wind tunnels
Flow visualization, thermocouple measurements, and analyses of shock interference heating effects on straight wing space shuttle model
Model for task interference with pilot performance in multivariable manual control systems
Wind tunnel investigation of use of slotted test-section walls to reduce wall interference for high-lift-model testing
Potential star tracker interference from radiation produced by mercury bombardment thrustors using electric propulsion systems
Theoretical analysis of aerodynamic interference induced by cruise and lift fans on transport type aircraft
Users manual for 3 computer programs for predicting aerodynamic interference between lifting surfaces and lift and cruise fans in transport-type aircraft
Wall interference for static stability tests in closed rectangular test sections and in ground effect
Interference passband filters with wide angle lenses for multispectral photography, discussing design and applications
Aerodynamic support interference in wind tunnel testing of configurations involving bulbous base, mass addition, transition near base and hypersonic low density flows
Upper bound on error probability due to intersymbol interference for correlated and uncorrelated digital signals, presenting examples for data communication systems
Cochannel interference reduction in FSK system by applying Hilbert transform techniques
The transonic phase of the 0.0088105-scale MSC orbiter booster separation test was conducted in the LTV 4-foot high speed wind tunnel, at Mach numbers of 0.6,0.9, 1.1, and 1.38. The purpose of this test was to define the effects of the orbiter/ booster proximity interference on the aerodynamic characteristics of the launch configuration during separation or abort maneuvers. Each model had both straight and delta wings available for variation of launch vehicle configuration concepts.
STADAN radio frequency interference problems involving electromagnetic compatibility and lightning
Apollo 15 and 16 will carry instruments for the purpose of measuring X-ray and gamma ray fluxes from the lunar surface and in cis-lunar space. The intensity levels expected are low over most of the energy range of interest, requiring that background contributions be minimized. The radiation sources on Apollo determined and their interference with these instruments evaluated. The results were used as a basis for dealing with this problem and for recommendations applicable to future manned and unmanned missions.