Timing response of CdTe detectors

DETECTION EFFICIENCY OF X/γ RADIATION OF CdTe AND CdZnTe SINGLE CRYSTALS WITH OHMIC CONTACTS AND SCHOTTKY DIODE

“…Íåîáõ³äí³ äëÿ ðîçðàõóíê³â òåìïåðà-òóðí³ çàëåaeíîñò³ øèðèíè çàáîðîíåíî¿ çîíè E g (T) = E gî -γ⋅T âèçíà÷àëèñü åêñïåðèìåíòàëü-íî (E gî = 1.605 e äëÿ CdTe, E gî = 1.731 e äëÿ Cd 0. 8 …”

EGS4 calculations for a Cd-Zn-Te detector to measure synchrotron radiation at PEP-II

“…The CZT material data was created with the MIXT option of PEGS4 using a density o f 5.78 g cm 3 and RHOZ values of 50.58, 3.27 and 63.80 for Cd, Zn and Te, respectively corresponding to atomic percentages of 45, 5 and 50. The PEGS4 energy limits were chosen to be AP=0.001,UP=10.0 and AE=0.521,UE=10.511 MeV for photons and electrons, respectively.…”

“…The following processes now come standard with EGS4: photoelectric e ect with angular sampling from the Sauter formula, coherent Rayleigh and Compton scattering unbound, discrete M ller and Bhabha interactions, positron annihilation in-ight and at-rest, continuous energy loss, Moli ere multiple scattering applied to charged-particle tracks and pair production bremsstrahlung with angular sampling. In addition to these processes, the simulations presented in this paper speci cally take i n to account production of K-shell uorescence from a CZT mixture, using an improvement t o a method developed for EGS4 by Del Guerra et al 2 , collection of electron-hole pairs the signal using the Hecht equation 3 , broadening of the signal due to electronic-noise. The CZT crystal that we are using is 33 m m 2 with a thickness of 2 mm.…”

Efficiency of Thin-Film CdS/CdTe Solar Cells

“…In the case of uniform field (E = const), the charge collection efficiency is expressed by the well-known Hecht equation (Eizen, 1992;Baldazzi et al, 1993):…”