We investigate the impact of copper on the light induced minority-carrier lifetime degradation in various crystalline silicon materials. We demonstrate here that the presence of neither boron nor oxygen is necessary for the degradation effect. In addition, our experiments reveal that copper contamination alone can cause the light induced minority-carrier lifetime degradation.Peer reviewe
We propose a method to measure trace copper contamination in p-type silicon using the microwave phot...
In this contribution, we provide an insight into the light-induced degradation of multicrystalline (...
Effects of iron and copper impurities on the amount of precipitated oxygen and the oxide precipitate...
Light-induced degradation (LID) is a deleterious effect in crystalline silicon, which is considered ...
To date, gallium-doped Czochralski (Cz) silicon has constituted a solar cell bulk material free of l...
In addition to boron and oxygen, copper is also known to cause light-induced degradation (LID) in si...
Although light-induced degradation (LID) in crystalline silicon is attributed to the formation of bo...
Multicrystalline silicon (mc-Si) is currently dominating the silicon solar cell market due to low in...
Copper is a harmful metal impurity that significantly impacts the performance of silicon-based devic...
This study aims at the reduction of light-induced degradation of boron-doped solar-grade Czochralski...
In silicon-based devices copper (Cu) contamination is the cause of a variety of adverse effects, one...
AbstractIn this contribution, we provide an insight into the light-induced degradation of multicryst...
avaa käsikirjoitus, kun julkaistuLight-induced degradation (LID) can occur in crystalline silicon (S...
In this work copper in silicon is studied by means of the microwave photoconductive decay technique....
Copper is a common impurity in photovoltaic silicon. While reported to precipitate instantly in n-ty...
We propose a method to measure trace copper contamination in p-type silicon using the microwave phot...
In this contribution, we provide an insight into the light-induced degradation of multicrystalline (...
Effects of iron and copper impurities on the amount of precipitated oxygen and the oxide precipitate...
Light-induced degradation (LID) is a deleterious effect in crystalline silicon, which is considered ...
To date, gallium-doped Czochralski (Cz) silicon has constituted a solar cell bulk material free of l...
In addition to boron and oxygen, copper is also known to cause light-induced degradation (LID) in si...
Although light-induced degradation (LID) in crystalline silicon is attributed to the formation of bo...
Multicrystalline silicon (mc-Si) is currently dominating the silicon solar cell market due to low in...
Copper is a harmful metal impurity that significantly impacts the performance of silicon-based devic...
This study aims at the reduction of light-induced degradation of boron-doped solar-grade Czochralski...
In silicon-based devices copper (Cu) contamination is the cause of a variety of adverse effects, one...
AbstractIn this contribution, we provide an insight into the light-induced degradation of multicryst...
avaa käsikirjoitus, kun julkaistuLight-induced degradation (LID) can occur in crystalline silicon (S...
In this work copper in silicon is studied by means of the microwave photoconductive decay technique....
Copper is a common impurity in photovoltaic silicon. While reported to precipitate instantly in n-ty...
We propose a method to measure trace copper contamination in p-type silicon using the microwave phot...
In this contribution, we provide an insight into the light-induced degradation of multicrystalline (...
Effects of iron and copper impurities on the amount of precipitated oxygen and the oxide precipitate...