| OPTICAL AND ELECTRICAL PROPERTIES OF DIAMOND (OPTICAL AND ELECTRICAL PROPERTIES OF NON METALS). |
FEB 1967 |
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| Authors:
A. Halperin; V. Bar; R. Chen; J. Levinson; ISRAEL ATOMIC ENERGY COMMISSION YAVNE SOREQ NUCLEAR RESEARCH CENTRE
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 | Results of an investigation of some of the optical and electrical properties of diamond are described. The work included both semiconducting and insulating diamonds. After the Introduction in Chapter 1, the background for thermoluminescence (TL) work, including the development of some theoretical aspects of the correlation between TL and thermally stimulated currents (TSC) is presented in Chapter 2. The next chapter (Chapter 3) deals with the TL of semiconducting diamonds, ... |
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| STUDY OF OPTICAL AND TRANSPORT PROPERTIES OF THIN FILMS OF METALS AND ALLOYS. |
09 JUL 1965 |
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| Authors:
F. Abeles; INSTITUT D'OPTIQUE PARIS (FRANCE)
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| The results of the following investigations are presented: (1) Improvements to the preparation and fabrication of evaporated thin metallic films; (2) Comparison of thin film thickness using x-rays, the temperature coefficient of the resistivity and goniophotometric measurements; (3) Use of goniophotometric measurements for detecting very thin surface layers (oxides); (4) Use of ellipsometric measurements for study of thin films and surfaces, with new instrumentation; (5) Measurement of resistivity and Hall ... |
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| ULTRASONIC DISPERSION OBSERVED BY OPTICAL DIFFRACTION. I. NITROUS OXIDE, |
29 JUL 1963 |
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| Authors:
J. V. Martinez; J. G. Strauch Jr.; J. C. Decius; OREGON STATE UNIV CORVALLIS
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| OPTICAL CONSTANTS OF METALS IN THE FAR ULTRA VIOLET AND THEIR RELATION TO ENERGY BAND STRUCTURE. |
31 MAR 1963 |
104 pages |
| Authors:
Luke Steven Gournay; COLORADO UNIV BOULDER LAB FOR ATMOSPHERIC AND SPACE PHYSICS
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 | The real and imagnary components (optical con stants) of the indices of refraction of silver, a silver-indium alloy, gold, gold-aluminum al loys, and aluminum have been studied in the wave length range of 304 to 1671 A. Electrical con ductivity as derived from the optical constants is shown to be related to interband transitions in these metals. Analysis of results for silver indium alloys indicate a breakdown of the rigid ... |
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