By Victor I. Mikla
, Pages i,iii
, Page iv
, Page v
, Pages ix-xi
, Pages xiii-xviii
1 - guidance of Amorphous Selenium Photoconductor motion pictures by means of Vacuum Deposition
, Pages 1-22
2 - Molecular constitution of Se-Rich Amorphous Films
, Pages 23-46
3 - impact of Thermal Evaporation stipulations on constitution and Structural alterations in Amorphous Arsenic Sulfides
, Pages 47-55
4 - the large Invention of the 20 th Century—Xerography
, Pages 57-79
5 - Xerographic Spectroscopy of hole States: Se-Rich Amorphous Semiconductors
, Pages 81-107
6 - impression of Antimony Alloying on Photoelectronic homes of a-Se
, Pages 109-132
7 - High-Definition television Pickup Tubes
, Pages 133-142
8 - X-Ray Photoconductors for Direct Conversion of electronic Flat-Panel X-Ray picture Detectors
, Pages 143-154
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Additional resources for Amorphous Chalcogenides. The Past, Present and Future
This purpose may be realized by allowing the substrate to capture only the plateau region by properly shuttering the substrate during evaporation. Carrier transport in a-Se–Te films was investigated by using conventional TOF and IFTOF transient photoconductivity measurements. There are two essential features that should be mentioned. First, hole transport is measurable up to the highest Te concentration of 15%. Second, the electron transport signal is present at low Te concentration (~4%). The drift mobility is determined using a well-known formula μ L2/(tTV).
Thin film samples were kept in complete darkness until measured to minimize exposure to light sources, which could lead to changes in the properties and structure of the films. The thermal evaporation method was used due to the necessity of reproducing films with the chemical composition of glasses. Moreover, the evaporation of As–Se glasses is not of a dissociate character, but it proceeds with fractionation . The temperature Tev of an open-type tantalum evaporator, measured with Pt/Pt–Rh thermocouple, was within 670 T 770 K, depending on glass composition.
It accounts for 30–90% of integrated intensity of Raman spectrum in glasses. Malinovsky et al.  have compared the spectral form of the low-frequency band in various samples. 17). A unique property of the boson peak was found: in a broad-frequency range, the form of the peak is independent of the chemical composition of the sample. 17) indicates that the boson peak has a universal nature, which is due to the most general features of the vitreous structure and is not associated with the concrete chemical composition of glass or the structure of corresponding crystal.