DIFFERENTIAL ORBIT IMPROVEMENT WITH THE USE OF ROTATED RESIDUALS
Differential orbit improvement with the use of rotated residuals
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Differential orbit improvement with the use of rotated residuals
Residual static strength of titanium & stainless steel alloys and one superalloy at various temperatures
Influence of residual gas atmosphere in space chambers on neutral efflux and critical temperature of tungsten ionizers
Residual effects of storm conditions at sea upon postural equilibrium functioning of vestibular normal and vestibular defective human subjects
System for transferring cryogenic liquids to a dewar prevents boiloff of residual liquid by venting the boiloff to the atmosphere during the transfer tube cooling period. The system is most useful with liquids having very small heat of vaporization.
Photometric analyzer measures NVR /nonvolatile residue/ in trichloroethylene and other organic solvents. The analyzer converts the liquid solvent to aerosol and passes it between an optically focused light beam and a photodetector that is connected to standard amplifying and readout equipment.
Numerical residual perturbation solution for prediction of satellite position in restricted three-body problem
Salt stress corrosion of residually stressed titanium-aluminum-molybdenum-vanadium alloy sheet after high temperature exposure
Fatigue tests and fatigue life evaluation for titanium-aluminum-molybdenum sheet at elevated temperatures with residual stress
Range residuals of very high frequency radar tracking data of ionosphere
Residual gas analysis with mass spectrometer used for testing spacecraft and its components
Stratigraphic distribution of carbohydrate residues in middle Devonian Onondaga beds of Pennsylvania and western New York and application to paleontology and paleoecology
Holding solenoid uses residual magnetism to hold its armature in a desired position after excitation current is removed from the coil. Although no electrical power or mechanical devices are used, the solenoid has a low tolerance to armature displacement from the equilibrium position.
Ultrasonic method is used to measure residual stress in metal structures. By using this method, various forms of wave propagation in metals are possible, and more thorough analysis of complex geometric structures may be had.
Comparison of nephelometric instrumental technique and gravimetric method for analysis of nonvolatile residue level in hydrocarbon cleaning solvents
Nondestructive methods for determining residual stress and fatigue damage in metals
Crack propagation, delayed failure, and residual static strength of titanium, aluminum, and stainless steel alloys in air, three percent salt solution, and sea water
Physical characteristics of residual DNA in bacterial cells after degradation due to ionizing radiation