Polyimide (PI) has been deposited by chemical vapor deposition (CVD) under vacuum over the past 20 years. In the early nineties, studies, experiences and characterization were mostly studied as depositions from the co-evaporation of the dianhydride and diamine monomers. Later on, several studies about its different applications due to its interesting mechanical and electrical properties enhanced its development. Nowadays, not many researches around PI deposition are being carried. This paper presents a PI film deposition research project with an original CVD process design. The deposition is performed under ambient conditions (atmospheric pressure) through a gas flux vector. Design of apparatus, deposition conditions and preliminary charact...
The formation of thin polyimide films from vapor phase deposited 4,4 Oxydianiline (ODA) and Pyromell...
This dissertation presents an investigation of the mechanical, thermal, and physical properties of p...
Report of research conducted under the supervision of Mitchell Anthamatten, Ph.D., Department of Che...
We describe the design, construction, and calibration of Knudsen cell evaporators for the chemical v...
Polyimides represent a class of aromatic hydrocarbons of excellent dielectric, thermal and optical c...
[[abstract]]Vapor deposition polymerized (VDP) polyimide (PI) thin films were prepared and character...
We completed the development of a method for preparing smooth vapor deposited polyimide (PI) up to 1...
via vapor deposition Chemical Vapor Deposition (CVD) methods significantly augment the capabilities ...
The range of available structure combinations to synthesize polyimide (PI) makes it technically poss...
The focus of recent efforts at LLNL has been to demonstrate that vapor deposition processing is a su...
Aromatic polyimides have excellent thermal stability, mechanical strength and toughness, high electr...
The thermal properties of spin-coated polyimide films and their etching characteristics are evaluate...
Abstract: The classical techniques of PI film metallization by either vapour deposition or electroch...
The use of low pressure chemical vapour deposition (LPCVD) for the growth of thin films of polysilic...
The need for large quantities of rapidly and cheaply produced electronic devices has increased rapid...
The formation of thin polyimide films from vapor phase deposited 4,4 Oxydianiline (ODA) and Pyromell...
This dissertation presents an investigation of the mechanical, thermal, and physical properties of p...
Report of research conducted under the supervision of Mitchell Anthamatten, Ph.D., Department of Che...
We describe the design, construction, and calibration of Knudsen cell evaporators for the chemical v...
Polyimides represent a class of aromatic hydrocarbons of excellent dielectric, thermal and optical c...
[[abstract]]Vapor deposition polymerized (VDP) polyimide (PI) thin films were prepared and character...
We completed the development of a method for preparing smooth vapor deposited polyimide (PI) up to 1...
via vapor deposition Chemical Vapor Deposition (CVD) methods significantly augment the capabilities ...
The range of available structure combinations to synthesize polyimide (PI) makes it technically poss...
The focus of recent efforts at LLNL has been to demonstrate that vapor deposition processing is a su...
Aromatic polyimides have excellent thermal stability, mechanical strength and toughness, high electr...
The thermal properties of spin-coated polyimide films and their etching characteristics are evaluate...
Abstract: The classical techniques of PI film metallization by either vapour deposition or electroch...
The use of low pressure chemical vapour deposition (LPCVD) for the growth of thin films of polysilic...
The need for large quantities of rapidly and cheaply produced electronic devices has increased rapid...
The formation of thin polyimide films from vapor phase deposited 4,4 Oxydianiline (ODA) and Pyromell...
This dissertation presents an investigation of the mechanical, thermal, and physical properties of p...
Report of research conducted under the supervision of Mitchell Anthamatten, Ph.D., Department of Che...