Detection of molecular infrared spectra

Total energy distribution measurements of field emitted electrons detect molecular infrared spectra of adsorbed molecules. Tunneling electron gives up energy to excite various modes of adsorbed molecule. These electrons, when energy-analyzed, show up on the collector and exhibit the spectra of various modes excited by tunneling electrons

Single crystal surface work function and desorption studies Final report

Single crystal surface work function and desorption studie

Investigation of electron emission characteristics of low work function surfaces Quarterly progress report no. 3, 1 Apr. - 30 Jun. 1965

Electron emission characteristics of low work function surfaces - total energy distributions for five crystallographic directions of tungste

Total energy distribution measurements of field emitted electrons Final report, 15 Nov. 1968 - 15 Dec. 1969

Total energy distribution of field emitted electrons with respect to adsorption effect

Total energy distribution measurements of field emitted electrons Progress report, 15 May - 15 Sep. 1969

Fermi surfaces, Brillouin zones, and field energy distributions in band structures of rheniu

Investigation of electron emission characteristics of low work function surfaces quarterly progress report no. 2, 28 dec. 1964 - 31 mar. 1965

Quality and stability of electron emission characteristics of low work function surfaces - tungste

Total Energy Distribution Measurements of Field Emitted Electrons Progress Report, 14 Feb. - 14 May 1968

Potential energy analyzer tube for measuring field emitted electrons from coated tungsten and molybdenum surface

Total energy distribution measurements of field emitted electrons Progress report, 15 Feb. - 15 May 1969

Perturbation of electronic and vibronic levels of tungsten and molybdenum by chemisorption of phthalocyanine and pentacen

Fabrication and surface characterization of composite refractory compounds suitable for thermionic converters

Thermal faceting was observed for the high index planes of LaB6. The (100), (110), and (111) planes were found to be the most thermodynamically stable faces in vacuum in a study of electrode materials for thermionic emitters. The properties of adsorbed carbon, cesium, and cesium-oxygen layers were investigated on LaB6 single crystal surfaces as well as on Zr/0/W(100) and W(100). Cesium was found to increase electron reflection near the collision threshold on LaB6(100) and W(100) and to decrease the reflection on Zr/0/W(100). This difference may be explained by the unusually high threshold reflection coefficient of Zr/0/W without adsorbed cesium

Computer programs for prediction of structural vibrations due to fluctuating pressure environments. Volume 1 - Theoretical analyses Final report

Theoretical analyses for computer program to calculate random vibrations of reinforced rectangular cylindrical panels in fluctuating pressure environmen