Refractive index of several glasses as a function of wavelength and temperature.
Refractive indices for various glasses obtained as function of wavelengths and temperature, using spectrometer as collimator
Neu, J. T.↗
Engineering topics
Neu, J. T.
Publications and source records attributed to Neu, J. T..
Theoretical and practical implication of the bidirectional reflectance of spacecraft surfaces.
Spacecraft surfaces bidirectional reflectance flux distribution applications to space thermal control computations
Dummer, R. S.↗
Evaluation of the effects of space environment exposure on index of refraction and extinction coefficients of Apollo window materials
Temperature and radiation effects on index of refraction and extinction coefficients of Apollo window materials
Compton, J.↗
Design, fabrication and performance of an ellipsoidal spectroreflectometer
Far infrared ellipsoidal spectrophotometer design, fabrication, and performance
Neu, J. T.↗
Theoretical and practical implications of the bidirectional reflectance of spacecraft surfaces.
Spacecraft surfaces bidirectional reflectance flux distribution applications to space thermal control computations
Dummer, R. S.↗
Visibility in space - Target description subroutine
Computer subroutine for use in calculating visibility of Lunar Excursion Module /LEM/ ASCENT stage during moon orbit rendezvous with Command Service Module /CSM/
COMPUTER METHOD↗
Visibility in space target description subroutine
Explore the source record for details and available documents.
Breckenridge, W. T., Jr.↗