Vacuum-ultraviolet photochemistry. VII.
Photolysis of hydrazine vapor in vacuum UV, EXAMINING emission as function of pressure and photolysis time
PHOTOLYSIS↗
SEARCH · Engineering Papers
Results for “Pressure effects”
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Development of a terminal landing rocket system for Apollo-type vehicles.
Base-mounted landing rocket system for Apollo type vehicle evaluated for heat-shield water pressure, ground effect, vehicle dynamics, etc
APOLLO SPACECRAFT↗
A method for calculating parachute opening forces for general deployment conditions.
Calculating method for parachute opening forces, system velocity, cloth pressure loading and filling time for horizontal and vertical deployment conditions
NUMERICAL INTEGRATION↗
X-ray diffraction analysis of cohenite from iron meteorites.
Cohenite grains from iron meteorites studied by X-ray diffraction for establishing pressure scale, using solid state recrystallization
X-RAY DIFFRACTION↗
Pool boiling of methane between atmospheric pressure and the critical pressure.
Pool boiling of methane over pressure range from 1 atm to critical pressure in both nucleate and stable film boiling regimes
PRESSURE EFFECT↗
Expulsion of storable propellants utilizing a volatile liquid as the pressurizing medium.
Volatile liquid pressurization as expulsion method for storable propellants noting in-flight refueling system design parameters
THERMODYNAMIC PROPERTY↗
Theoretical high-pressure equations of state including correlation energy.
High pressure equations of state including electron gas correlation energy, giving density vs pressure curves for various elements
CORRELATION FUNCTION↗
A two-dimensional discharge theory.
DC discharge parameters solution using pressure theory with generation terms stressing one- and two-dimensional cases
DIFFERENTIAL EQUATION↗
Melting of fayalite up to 40 kilobars.
Linear melting curve of fayalite up to 40 kb determined, using piston cylinder and thermocouples
IRON COMPOUND↗
Pressure shifts of highly excited states of atoms.
Fermi pressure shifts of highly excited states of atoms in gaseous medium due to electron particle interactions, discussing scattering contributions
EXCITED STATE↗
Pressure conversion constants for magnetron ionization gauges.
Explorer 32 satellite atmospheric density experiment gas calibrations, comparing operation and pressure response of various ionization gauges
ATMOSPHERIC DENSITY↗
A split-damper inertially coupled passive gravity-gradient attitude control system.
Attitude errors of inertially coupled gravity gradient satellite with solar radiation pressure as dominant disturbance, noting slot problems in stabilized package accommodating damper motion
PRESSURE EFFECT↗
Experimental investigation of the heat transfer on the end wall of a blade channel /in turbines/
Heat transfer coefficients and pressure gradient effects for gas turbine blades and walls
Uskov, I. B.↗
Two-hundred inch multi-cell /pressure test/
Multi-cell tank configuration stress data and discontinuity effects from pressure tests
Spano, J. J.↗
Multipoles, waveforms, and atmospheric effects
Multipoles, waveforms, and atmospheric effects on pressure field distribution and sonic boom reduction
George, A. R.↗
Rapid decompression of chimpanzees to a near vacuum.
Physiological effects of rapid decompression of chimpanzees to near vacuum level while breathing pure oxygen
CHIMPANZEES↗
Formulas for long period radiation pressure, lunar and solar gravitational effects on the motion of artificial satellites
Gyro-synchrotron radiation intensity, spectrum, and polarization calculations from magnetoactive plasma electron distribution
Ramaty, R.↗
Gaseous hydrogen requirements for the discharge of liquid hydrogen from a 1.52 meter /5 ft/ diameter spherical tank
Physical parameter effect on pressurant gas requirements during expulsion of liquid hydrogen from spherical tanks
Dewitt, R. L.↗