Add to ORKGThis work is focused on preparation of magnesium silicide to purify silicon via waste-free route
Pyro-metallurgical refining techniques are being developed for use with molten metallurgical-grade (...
Over the past several years, Motorola's Materials Technology Laboratory (MTL), has been conduct...
Up-grading silicon feedstock by removing B and metal impurities can improve process efficiency and l...
Recycling technologies help to save energy, materials and environment. This is the main reason of...
The aim of this study is to optimize the reaction conditions that would ensure efficient and economi...
A new approach is discussed for the generation of high purity silicon from silica fume (SF), which i...
This work is focused on the regeneration of silicon and germanium from electronic waste and on the p...
Silicon is the dominant material in photovoltaic devices and with regard to the PV market growth, th...
The newly patented method for regeneration of ultrapure silicon and germanium via magnesium silicide...
DE 10117924 A UPAB: 20030121 NOVELTY - Production of magnesium silicide compounds (I) comprises reac...
The metallurgical grade silicon (MG-Si) is obtained from the reduction of silica (SiO2) in an induct...
From that reason the newly patented process, in which waste photovoltaic panels and optical lenses s...
To develop a new method of refining silicon for use in solar cell materials, liquation refining with...
Silicon is an important semiconducting and photovoltaic material. It is also widely used for chemica...
The effect of magnesium addition into a commercial silicon and its leaching refining behavior is stu...
Pyro-metallurgical refining techniques are being developed for use with molten metallurgical-grade (...
Over the past several years, Motorola's Materials Technology Laboratory (MTL), has been conduct...
Up-grading silicon feedstock by removing B and metal impurities can improve process efficiency and l...
Recycling technologies help to save energy, materials and environment. This is the main reason of...
The aim of this study is to optimize the reaction conditions that would ensure efficient and economi...
A new approach is discussed for the generation of high purity silicon from silica fume (SF), which i...
This work is focused on the regeneration of silicon and germanium from electronic waste and on the p...
Silicon is the dominant material in photovoltaic devices and with regard to the PV market growth, th...
The newly patented method for regeneration of ultrapure silicon and germanium via magnesium silicide...
DE 10117924 A UPAB: 20030121 NOVELTY - Production of magnesium silicide compounds (I) comprises reac...
The metallurgical grade silicon (MG-Si) is obtained from the reduction of silica (SiO2) in an induct...
From that reason the newly patented process, in which waste photovoltaic panels and optical lenses s...
To develop a new method of refining silicon for use in solar cell materials, liquation refining with...
Silicon is an important semiconducting and photovoltaic material. It is also widely used for chemica...
The effect of magnesium addition into a commercial silicon and its leaching refining behavior is stu...
Pyro-metallurgical refining techniques are being developed for use with molten metallurgical-grade (...
Over the past several years, Motorola's Materials Technology Laboratory (MTL), has been conduct...
Up-grading silicon feedstock by removing B and metal impurities can improve process efficiency and l...