Optical and photoemissive properties of CsI photocathodes (PCs) grown at two different evaporation rates (1 and 0.04nm/s) have been investigated. The surface morphology of 300-nm-thick CsI films was also studied by means of atomic force microscopy. After 24-h exposure to humid air, properties of PCs grown at the slowest evaporation rate resulted affected more than those obtained at the fastest rate, making this latter more adequate for the photocathode preparation. (C) 2004 Elsevier B.V. All rights reserved
Structural and optical studies have been performed on the thermally-evaporated ``as-deposited'' and ...
Cesium iodide (CsI) photocathode is widely used in various UV (ultraviolet) detecting devices becaus...
We have experimentally investigated the following aspects related to the quantum efficiency of CsI p...
Optical and photoemissive properties of CsI photocathodes (PCs) grown at two different evaporation r...
We describe a possible correlation between the bias voltage applied to the substrate during the grow...
We describe a possible correlation between the bias voltage applied to the substrate during the grow...
The degradation of CsI thin film photocathodes (PCs) under UltraViolet (UV) irradiation has been inv...
The degradation of CsI thin film photocathodes (PCs) under UltraViolet (UV) irradiation has been inv...
The degradation of CsI thin film photocathodes (PCs) under UltraViolet (UV) irradiation has been inv...
Optical and morphological properties of semi-transparent Caesium Iodide (CsI) thin films for three d...
CsI can be used as a photocathode material in UV photon detectors. The detection efficiency of the d...
The comparison between the quantum efficiency of photocathodes coated with thin CsI films obtained b...
A study on the influence of the substrate morphology on the photoemission properties of caesium iodi...
A study on the influence of the substrate morphology on the photoemission properties of caesium iodi...
We present recent results of the study of surface properties and quantum efficiency (QE) of CsI phot...
Structural and optical studies have been performed on the thermally-evaporated ``as-deposited'' and ...
Cesium iodide (CsI) photocathode is widely used in various UV (ultraviolet) detecting devices becaus...
We have experimentally investigated the following aspects related to the quantum efficiency of CsI p...
Optical and photoemissive properties of CsI photocathodes (PCs) grown at two different evaporation r...
We describe a possible correlation between the bias voltage applied to the substrate during the grow...
We describe a possible correlation between the bias voltage applied to the substrate during the grow...
The degradation of CsI thin film photocathodes (PCs) under UltraViolet (UV) irradiation has been inv...
The degradation of CsI thin film photocathodes (PCs) under UltraViolet (UV) irradiation has been inv...
The degradation of CsI thin film photocathodes (PCs) under UltraViolet (UV) irradiation has been inv...
Optical and morphological properties of semi-transparent Caesium Iodide (CsI) thin films for three d...
CsI can be used as a photocathode material in UV photon detectors. The detection efficiency of the d...
The comparison between the quantum efficiency of photocathodes coated with thin CsI films obtained b...
A study on the influence of the substrate morphology on the photoemission properties of caesium iodi...
A study on the influence of the substrate morphology on the photoemission properties of caesium iodi...
We present recent results of the study of surface properties and quantum efficiency (QE) of CsI phot...
Structural and optical studies have been performed on the thermally-evaporated ``as-deposited'' and ...
Cesium iodide (CsI) photocathode is widely used in various UV (ultraviolet) detecting devices becaus...
We have experimentally investigated the following aspects related to the quantum efficiency of CsI p...