The quantum yield in induced junction photodiodes has been measured. The results show that the quantum yield can be larger than unity at wavelengths longer than 400 nm. This observation has to be considered when applying spectral responsivity models which usually assume a quantum yield of exactly unit
Black silicon induced junction photodiodes have nearly ideal responsivity across a wide range of wav...
The external quantum efficiency is routinely measured to determine the carrier collection probabilit...
We show that the quantum yield in an artificial N-site photosynthetic system can be calculated exact...
Photons absorbed in silicon produce electron–hole pairs, which can cause impact ionization and quant...
We determine experimentally the internal quantum efficiency of a 3-element trap detector made of Ham...
Carrier multiplication by generation of two or more electron-hole pairs following the absorption of ...
The design and construction of a predictable quantum efficient detector (PQED), suggested to be capa...
The design and construction of a predictable quantum efficient detector (PQED), suggested to be capa...
The recent success of bulk synthesis of pure nanoscale silicon quantum wires (SiQW's) enables u...
We present a method to determine the internal quantum deficiency (IQD) of a predictable quantum effi...
We investigate the predictable quantum efficient detector (PQED) in the visible and near-infrared wa...
Commercial photodiodes suffer from reflection losses and different recombination losses that reduce ...
International audienceThe strong visible photoluminescence (PL) of nanostructured silicon, such as p...
The quantum yield of synthetic eumelanin is known to be extremely low and it has recently been repor...
This study investigates the photoluminescence quantum yield for co-sputtered solid-state dispersions...
Black silicon induced junction photodiodes have nearly ideal responsivity across a wide range of wav...
The external quantum efficiency is routinely measured to determine the carrier collection probabilit...
We show that the quantum yield in an artificial N-site photosynthetic system can be calculated exact...
Photons absorbed in silicon produce electron–hole pairs, which can cause impact ionization and quant...
We determine experimentally the internal quantum efficiency of a 3-element trap detector made of Ham...
Carrier multiplication by generation of two or more electron-hole pairs following the absorption of ...
The design and construction of a predictable quantum efficient detector (PQED), suggested to be capa...
The design and construction of a predictable quantum efficient detector (PQED), suggested to be capa...
The recent success of bulk synthesis of pure nanoscale silicon quantum wires (SiQW's) enables u...
We present a method to determine the internal quantum deficiency (IQD) of a predictable quantum effi...
We investigate the predictable quantum efficient detector (PQED) in the visible and near-infrared wa...
Commercial photodiodes suffer from reflection losses and different recombination losses that reduce ...
International audienceThe strong visible photoluminescence (PL) of nanostructured silicon, such as p...
The quantum yield of synthetic eumelanin is known to be extremely low and it has recently been repor...
This study investigates the photoluminescence quantum yield for co-sputtered solid-state dispersions...
Black silicon induced junction photodiodes have nearly ideal responsivity across a wide range of wav...
The external quantum efficiency is routinely measured to determine the carrier collection probabilit...
We show that the quantum yield in an artificial N-site photosynthetic system can be calculated exact...