Plasmas and their interaction with materials have become subjects of major interest because of their importance in modern forefront technologies such as microelectronics, fusion energy, and space. Plasmas are used in microelectronics to process semiconductors (etching of patterns for microcircuits, plasma-induced deposition of thin films, etc.); plasmas produce deleterious erosion effects on surfaces of materials used for fusion devices and spaceships exposed to the low earth environment.Diagnostics of plasmas and materials exposed to them are fundamental to the understanding of the physical
The research effort in the area of dusty plasmas initially aimed at avoiding particle formation and ...
Abstract. The growing field of applications of plasma as deposition, etching, surface modification a...
The research effort in the area of dusty plasmas initially aimed at avoiding particle formation and ...
A survey is given of in-situ diagnostics of plasma and surface for application in plasma etching and...
A survey is given of in-situ diagnostics of plasma and surface for application in plasma etching and...
A survey is given of in-situ diagnostics of plasma and surface for application in plasma etching and...
A survey is given of in-situ diagnostics of plasma and surface for application in plasma etching and...
A survey is given of in-situ diagnostics of plasma and surface for application in plasma etching and...
Plasma interactions and their effects on materials depend on a number of factors, including the pre-...
The growing field of applications of plasma as deposition, etching, surface modification and chemica...
The research effort in the area of dusty plasmas initially aimed at avoiding particle formation and ...
An overview is given of the wide range of diagnostics that is providing valuable information on the ...
An overview is given of the wide range of diagnostics that is providing valuable information on the ...
The research effort in the area of dusty plasmas initially aimed at avoiding particle formation and ...
The research effort in the area of dusty plasmas initially aimed at avoiding particle formation and ...
The research effort in the area of dusty plasmas initially aimed at avoiding particle formation and ...
Abstract. The growing field of applications of plasma as deposition, etching, surface modification a...
The research effort in the area of dusty plasmas initially aimed at avoiding particle formation and ...
A survey is given of in-situ diagnostics of plasma and surface for application in plasma etching and...
A survey is given of in-situ diagnostics of plasma and surface for application in plasma etching and...
A survey is given of in-situ diagnostics of plasma and surface for application in plasma etching and...
A survey is given of in-situ diagnostics of plasma and surface for application in plasma etching and...
A survey is given of in-situ diagnostics of plasma and surface for application in plasma etching and...
Plasma interactions and their effects on materials depend on a number of factors, including the pre-...
The growing field of applications of plasma as deposition, etching, surface modification and chemica...
The research effort in the area of dusty plasmas initially aimed at avoiding particle formation and ...
An overview is given of the wide range of diagnostics that is providing valuable information on the ...
An overview is given of the wide range of diagnostics that is providing valuable information on the ...
The research effort in the area of dusty plasmas initially aimed at avoiding particle formation and ...
The research effort in the area of dusty plasmas initially aimed at avoiding particle formation and ...
The research effort in the area of dusty plasmas initially aimed at avoiding particle formation and ...
Abstract. The growing field of applications of plasma as deposition, etching, surface modification a...
The research effort in the area of dusty plasmas initially aimed at avoiding particle formation and ...