Add to ORKGAnalyses the mechanisms that cause thermal run-away in some materials. A control strategy was devised to provide effective temperature control independent of material characteristics. The set of control criteria derived from mathematical models allowed the control limits of a microwave processing system to calculated
A two-dimensional analytical model for predicting the unsteady temperature field in a cylindrical sh...
Past experiments have shown that the microwave curing of epoxies reduces the curing time and has fav...
The principles of microwave heating as applied to industrial processing are outlined and the basic d...
This paper discusses a control system for microwave processing of materials. Microwave joining of ce...
Microwaves can be used to stimulate chemical bonding, diffusion of reagents into and out of the spec...
A study is made of the solution of a differential equation modelling the heating of a layer of mater...
<p>This study analyzes the runaway of microwave (2450 MHz) heated slabs, cylinders, and sphere...
Thermal runaway phenomenon is a major hindrance to the use of microwave heating in manufacturing. Th...
Based on the application requirements of the dynamic process analysis of heating materials using hig...
Temperature is an important parameter for industrial process control. With the usual methods we obt...
In this study, the performance of temperature control microwave closed system (TCMCS) assisted with ...
An instrument has been developed for monitoring cure processes under microwave heating conditions. T...
Experimental measurements and numerical simulations are conducted with the aim of developing a numer...
Dielectric response and electromagnetic knowledge are essential for assessing microwave processing s...
Thermal runaway during microwave heating in ceramic materials has been explained recently in terms o...
A two-dimensional analytical model for predicting the unsteady temperature field in a cylindrical sh...
Past experiments have shown that the microwave curing of epoxies reduces the curing time and has fav...
The principles of microwave heating as applied to industrial processing are outlined and the basic d...
This paper discusses a control system for microwave processing of materials. Microwave joining of ce...
Microwaves can be used to stimulate chemical bonding, diffusion of reagents into and out of the spec...
A study is made of the solution of a differential equation modelling the heating of a layer of mater...
<p>This study analyzes the runaway of microwave (2450 MHz) heated slabs, cylinders, and sphere...
Thermal runaway phenomenon is a major hindrance to the use of microwave heating in manufacturing. Th...
Based on the application requirements of the dynamic process analysis of heating materials using hig...
Temperature is an important parameter for industrial process control. With the usual methods we obt...
In this study, the performance of temperature control microwave closed system (TCMCS) assisted with ...
An instrument has been developed for monitoring cure processes under microwave heating conditions. T...
Experimental measurements and numerical simulations are conducted with the aim of developing a numer...
Dielectric response and electromagnetic knowledge are essential for assessing microwave processing s...
Thermal runaway during microwave heating in ceramic materials has been explained recently in terms o...
A two-dimensional analytical model for predicting the unsteady temperature field in a cylindrical sh...
Past experiments have shown that the microwave curing of epoxies reduces the curing time and has fav...
The principles of microwave heating as applied to industrial processing are outlined and the basic d...