The photoemission of materials which might be used in probe measurements of the exo-atmospheric electric field is considered by evaluating the wavelength dependence of their photoelectric yield for eleven elements over the range 800 to 3200 A. Yield data for zinc, copper beryllium, platinum, cadmium, graphite, carbon, gold, silver, tantalum, and tungsten show that copper-beryllium is a preferred material. Silver has one of the highest photoemissions when exposed to solar radiation
Power degradation in the solar cells was consistent with the exposure environment and appears to be ...
In situ photoemission (IPE) was used to study the boundaries between 0.5 M H(,2)SO(,4) and single cr...
Photoyields and secondary electron emission (SEE) characteristics were determined under UHV conditio...
The photoemission was measured of engineering materials (aluminum; copper, plain; copper, abraded; c...
Understanding the photon-induced charging of spacecraft materials is necessary in modeling the overa...
Optical and photoelectric properties, including polarization effects, of gold and aluminum in extrem...
An experimental program, to evaluate the change in total hemispherical emittance and solar absorptan...
Intensity measurements in vacuum ultraviolet - photoelectric yields of untreated metals and semicond...
The research activity comprised the measurement of basic atomic processes and parameters which relat...
Photoemission energy distribution experiments on clean metal and adsorbate-covered surfaces were per...
AbstractWe describe a novel photoemission technique utilizing a traditional Kelvin probe as a detect...
La photoémission dans un électrolyte est discutée en s'intéressant plus particulièrement aux possibi...
The kinetic energy distributions of photo-electrons emitted from gold surfaces under illumination by...
Techniques for monitoring changes in preparation of solar sail materials resulting from space radiat...
Contains research objectives and summary of research on one research project.Joint Services Electron...
Power degradation in the solar cells was consistent with the exposure environment and appears to be ...
In situ photoemission (IPE) was used to study the boundaries between 0.5 M H(,2)SO(,4) and single cr...
Photoyields and secondary electron emission (SEE) characteristics were determined under UHV conditio...
The photoemission was measured of engineering materials (aluminum; copper, plain; copper, abraded; c...
Understanding the photon-induced charging of spacecraft materials is necessary in modeling the overa...
Optical and photoelectric properties, including polarization effects, of gold and aluminum in extrem...
An experimental program, to evaluate the change in total hemispherical emittance and solar absorptan...
Intensity measurements in vacuum ultraviolet - photoelectric yields of untreated metals and semicond...
The research activity comprised the measurement of basic atomic processes and parameters which relat...
Photoemission energy distribution experiments on clean metal and adsorbate-covered surfaces were per...
AbstractWe describe a novel photoemission technique utilizing a traditional Kelvin probe as a detect...
La photoémission dans un électrolyte est discutée en s'intéressant plus particulièrement aux possibi...
The kinetic energy distributions of photo-electrons emitted from gold surfaces under illumination by...
Techniques for monitoring changes in preparation of solar sail materials resulting from space radiat...
Contains research objectives and summary of research on one research project.Joint Services Electron...
Power degradation in the solar cells was consistent with the exposure environment and appears to be ...
In situ photoemission (IPE) was used to study the boundaries between 0.5 M H(,2)SO(,4) and single cr...
Photoyields and secondary electron emission (SEE) characteristics were determined under UHV conditio...