23 Simulated Responsivity And Decay Time As A Function Of Temperature

23: Simulated responsivity and decay time as a function of temperature ...
23: Simulated responsivity and decay time as a function of temperature ...
Responsivity and decay time as a function of applied bias voltage for ...
Responsivity and decay time as a function of applied bias voltage for ...
21: Responsivity and pulse decay time as a function of the device size ...
21: Responsivity and pulse decay time as a function of the device size ...
21: Responsivity and pulse decay time as a function of the device size ...
21: Responsivity and pulse decay time as a function of the device size ...
Responsivity and pulse decay time as a function of the device size of ...
Responsivity and pulse decay time as a function of the device size of ...
Observed decay time constant as a function of temperature and ...
Observed decay time constant as a function of temperature and ...
Observed decay time constant as a function of temperature and ...
Observed decay time constant as a function of temperature and ...
(a) Comparison of simulated and measured TL decay as a function of ...
(a) Comparison of simulated and measured TL decay as a function of ...
19: Responsivity as a function of the temperature for a voltage of ...
19: Responsivity as a function of the temperature for a voltage of ...
a Responsivity, b Detectivity and c EQE as a function of temperature in ...
a Responsivity, b Detectivity and c EQE as a function of temperature in ...
Decay time constants, as a function of temperature, for Co irradiation ...
Decay time constants, as a function of temperature, for Co irradiation ...
Thermal decay time from the exponential decay fit as a function of ...
Thermal decay time from the exponential decay fit as a function of ...
Fast and slow decay time constants 1 and 2 as functions of temperature ...
Fast and slow decay time constants 1 and 2 as functions of temperature ...
Thermal decay time from the exponential decay fit as a function of ...
Thermal decay time from the exponential decay fit as a function of ...
Decay heat as function of time after fission, for a thermal neutron ...
Decay heat as function of time after fission, for a thermal neutron ...
Log decay rates as a function of temperature for modes in amorphous ...
Log decay rates as a function of temperature for modes in amorphous ...
(a-d) Simulated spectral responsivity as a function of aspect ratio ...
(a-d) Simulated spectral responsivity as a function of aspect ratio ...
J/ψ decay rate in the thermal medium as a function of temperature T ...
J/ψ decay rate in the thermal medium as a function of temperature T ...
Maximum measured resonant responsivity as a function of temperature at ...
Maximum measured resonant responsivity as a function of temperature at ...
Luminescence decay time constants as function of temperature ...
Luminescence decay time constants as function of temperature ...
Decay time constant as function of temperature, measured for excitation ...
Decay time constant as function of temperature, measured for excitation ...
͑ a ͒ Temperature evolution of the decay time deduced from the ...
͑ a ͒ Temperature evolution of the decay time deduced from the ...
Decay time constant as function of temperature, measured for excitation ...
Decay time constant as function of temperature, measured for excitation ...
a) Dark current as a function of substrate temperature without UV ...
a) Dark current as a function of substrate temperature without UV ...
22: Measured responsivity and decay time of the 30 (crosses), 50 ...
22: Measured responsivity and decay time of the 30 (crosses), 50 ...
22: Measured responsivity and decay time of the 30 (crosses), 50 ...
22: Measured responsivity and decay time of the 30 (crosses), 50 ...
Responsivity as a function of Al/InSb /p-Si/Al thin films different ...
Responsivity as a function of Al/InSb /p-Si/Al thin films different ...
Bayes factors as a function of initial temperature using Model 2C as ...
Bayes factors as a function of initial temperature using Model 2C as ...
Temperature dependences of the decay time (1, 2) and the light sum (2 0 ...
Temperature dependences of the decay time (1, 2) and the light sum (2 0 ...
The responsivity of the device as a function of incident power at a ...
The responsivity of the device as a function of incident power at a ...
Decay heat of fissionable actinides 241 Pu, 232 Th, and 237 Np, as a ...
Decay heat of fissionable actinides 241 Pu, 232 Th, and 237 Np, as a ...
Photocurrent density as a function of time for the (a) bare InGaN NWs ...
Photocurrent density as a function of time for the (a) bare InGaN NWs ...
A single realization of a simulated average temperature decay based on ...
A single realization of a simulated average temperature decay based on ...
Relative responsivity Δr max /Δσ of electrocaloric LC as a function of ...
Relative responsivity Δr max /Δσ of electrocaloric LC as a function of ...
Probing Temperature Responsivity of Microgels and Its Interplay with a ...
Probing Temperature Responsivity of Microgels and Its Interplay with a ...
Temperature dependence of the peak responsivity and corresponding QE of ...
Temperature dependence of the peak responsivity and corresponding QE of ...

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