This report encompasses the research work done on the Applied Research Project 14/96, titled : Accelerated Radiation Curing of Polymers / Composite for Microelectronics / Aerospace Applications." It encompasses the study of the curing of thermosetting polymers as used in the microelectroncis industries and aerospace industries. The radiation process considered for this project include both the electron beam curing process and the microwave curing process. Basic to both processes is the underlying cure kinetics of the polymer system. This include the study of the gelation process, the conversion and attainment of higher glass transition temperatures, and the modeling of the mechanism for cure kinetics
Radiation cure polymerisation of a commercial diglycidyl ether of bisphenol F epoxy resin has been a...
In a world of modern and advanced technology, engineering industries are constantly growing at a tre...
In a world of modern and advanced technology, engineering industries are constantly growing at a tre...
Increasing application in the aerospace and microelectronics industries has led to the demand for ac...
Increasing application in the aerospace and microelectronics industries has led to the demand for ac...
As more industries acknowledge the superior properties and advantages of composites over the traditi...
Because of the complexity of the electron beam (EB) curing process, current understanding of EB curi...
The use of radiation curing in the synthesis of composites is discussed including the value of ultra...
The present study was to assess the curing composites based on glass fiber and epoxy resin subjected...
The initial experiments conducted in the late 1960's at Radiation Dynamics, Inc. (now IBA Industrial...
Electron beam curing of composites is a nonthermal, nonautoclave curing process offering the followi...
The present study was to assess the curing composites based on glass fiber and epoxy resin subjected...
Thermosetting polymer materials are widely utilised in modern microelectronics packaging technology....
Fibre reinforced composite materials have become an alternative to many structural materials such as...
Fibre reinforced composite materials have become an alternative to many structural materials such as...
Radiation cure polymerisation of a commercial diglycidyl ether of bisphenol F epoxy resin has been a...
In a world of modern and advanced technology, engineering industries are constantly growing at a tre...
In a world of modern and advanced technology, engineering industries are constantly growing at a tre...
Increasing application in the aerospace and microelectronics industries has led to the demand for ac...
Increasing application in the aerospace and microelectronics industries has led to the demand for ac...
As more industries acknowledge the superior properties and advantages of composites over the traditi...
Because of the complexity of the electron beam (EB) curing process, current understanding of EB curi...
The use of radiation curing in the synthesis of composites is discussed including the value of ultra...
The present study was to assess the curing composites based on glass fiber and epoxy resin subjected...
The initial experiments conducted in the late 1960's at Radiation Dynamics, Inc. (now IBA Industrial...
Electron beam curing of composites is a nonthermal, nonautoclave curing process offering the followi...
The present study was to assess the curing composites based on glass fiber and epoxy resin subjected...
Thermosetting polymer materials are widely utilised in modern microelectronics packaging technology....
Fibre reinforced composite materials have become an alternative to many structural materials such as...
Fibre reinforced composite materials have become an alternative to many structural materials such as...
Radiation cure polymerisation of a commercial diglycidyl ether of bisphenol F epoxy resin has been a...
In a world of modern and advanced technology, engineering industries are constantly growing at a tre...
In a world of modern and advanced technology, engineering industries are constantly growing at a tre...