The comparison between the quantum efficiency of photocathodes coated with thin CsI films obtained by thermal evaporation and, for the first time, by Ar ion-beam sputtering is reported. The sensitivity of photocathodes has been Found to be strongly dependent on the morphology and roughness of the evaporated and sputtered CsI films. The effect of surface roughness on four different substrates has been investigated and is discussed. Preliminary measurement results on the photoeinissivity of diamond films are also given. (c) 2005 Elsevier B.V. All rights reserved
Variations in photoyield at 186 and 252 nm have been measured from CVD diamond photocathode material...
The results of the external Quantum Efficiency (QE) measurements, in the range 150-210 nm, of Poly-,...
The results of the external Quantum Efficiency (QE) measurements, in the range 150-210 nm, of Poly-,...
Performance of thin CsI films operated at the same time as reflective and semitransparent photocatho...
Performance of thin CsI films operated at the same time as reflective and semitransparent photocatho...
We present recent results of the study of surface properties and quantum efficiency (QE) of CsI phot...
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 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...
Optical and photoemissive properties of CsI photocathodes (PCs) grown at two different evaporation r...
The absolute quantum efficiency of polycrystalline diamond films grown on silicon substrates by chem...
Optical and morphological properties of semi-transparent Caesium Iodide (CsI) thin films for three d...
Stoichiometric CsI thin films were deposited by Ar ion-beam sputtering of a CsI target at room tempe...
The results of the external Quantum Efficiency (QE) measurements, in the range 150-210 nm, of Poly-,...
Variations in photoyield at 186 and 252 nm have been measured from CVD diamond photocathode material...
The results of the external Quantum Efficiency (QE) measurements, in the range 150-210 nm, of Poly-,...
The results of the external Quantum Efficiency (QE) measurements, in the range 150-210 nm, of Poly-,...
Performance of thin CsI films operated at the same time as reflective and semitransparent photocatho...
Performance of thin CsI films operated at the same time as reflective and semitransparent photocatho...
We present recent results of the study of surface properties and quantum efficiency (QE) of CsI phot...
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 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...
Optical and photoemissive properties of CsI photocathodes (PCs) grown at two different evaporation r...
The absolute quantum efficiency of polycrystalline diamond films grown on silicon substrates by chem...
Optical and morphological properties of semi-transparent Caesium Iodide (CsI) thin films for three d...
Stoichiometric CsI thin films were deposited by Ar ion-beam sputtering of a CsI target at room tempe...
The results of the external Quantum Efficiency (QE) measurements, in the range 150-210 nm, of Poly-,...
Variations in photoyield at 186 and 252 nm have been measured from CVD diamond photocathode material...
The results of the external Quantum Efficiency (QE) measurements, in the range 150-210 nm, of Poly-,...
The results of the external Quantum Efficiency (QE) measurements, in the range 150-210 nm, of Poly-,...