Science Diliman (July-December 2004) 16:2, 31–35 A 2.45 GHz magnetron from a domestic microwave oven, with a power output rating of 1.5 kW, is utilized as the microwave source in the design of a multipurpose electron cyclotron resonance plasma device in the Plasma Physics Laboratory of the National Institute of Physics. Measurements of the power output to a 2 liter water load and a dummy load were obtained using calorimetry. The experiment shows that it is possible to achieve a relatively stable maximum average power of 190 W delivered to the 2 liter water load continuously for at least 10 min. It is also shown that the magnetron can deliver a maximum power of about 2.2 kW
Calabazas Creek Research, Inc. developed a load capable of continuously dissipating 2 MW of RF power...
Recent advances in the control of CW magnetrons have raised the possibility of using these devices a...
We present recent work on the development of a microwave ion source that will be used in a high-yiel...
The crucial task when summarizing magnetron power in microwave technological installations is tracki...
ABSTRACT The use of microwave heating for therapeutic applications necessites a temperature control ...
AbstractIn this paper, we have designed and constructed the simple microwave plasma source (MPS) at ...
A permanent-magnet microwave ion source has been built for use in a high-yield, compact neutron gene...
A microwave ion source has been designed and constructed for use with a sealed-tube, high-yield neut...
Abstract. Nowadays power microwave radiation is widely used in medical applications as hyperthermia,...
High efficiency electrodeless plasma at atmospheric pressure was generated using 2.45 GHz microwaves...
OAK-B135 A powerful microwave system operating at the second harmonic of the electron cyclotron freq...
M.Ing.The heating and drying of products is a process which is essential to improve the quality. Thi...
The gyrotron is a microwave tube which employs the electron cyclotron maser interaction to produce h...
We present recent work on the development of a microwave ion source that will be used in a high-yiel...
The initial design of a microwave calorimeter for the Microwave Tokamak Experiment is presented. The...
Calabazas Creek Research, Inc. developed a load capable of continuously dissipating 2 MW of RF power...
Recent advances in the control of CW magnetrons have raised the possibility of using these devices a...
We present recent work on the development of a microwave ion source that will be used in a high-yiel...
The crucial task when summarizing magnetron power in microwave technological installations is tracki...
ABSTRACT The use of microwave heating for therapeutic applications necessites a temperature control ...
AbstractIn this paper, we have designed and constructed the simple microwave plasma source (MPS) at ...
A permanent-magnet microwave ion source has been built for use in a high-yield, compact neutron gene...
A microwave ion source has been designed and constructed for use with a sealed-tube, high-yield neut...
Abstract. Nowadays power microwave radiation is widely used in medical applications as hyperthermia,...
High efficiency electrodeless plasma at atmospheric pressure was generated using 2.45 GHz microwaves...
OAK-B135 A powerful microwave system operating at the second harmonic of the electron cyclotron freq...
M.Ing.The heating and drying of products is a process which is essential to improve the quality. Thi...
The gyrotron is a microwave tube which employs the electron cyclotron maser interaction to produce h...
We present recent work on the development of a microwave ion source that will be used in a high-yiel...
The initial design of a microwave calorimeter for the Microwave Tokamak Experiment is presented. The...
Calabazas Creek Research, Inc. developed a load capable of continuously dissipating 2 MW of RF power...
Recent advances in the control of CW magnetrons have raised the possibility of using these devices a...
We present recent work on the development of a microwave ion source that will be used in a high-yiel...