Add to ORKGIn this paper, the microwave assisted sintering behaviour of mixtures of glass microspheres and tungsten particles having a diameter in the range of the metal's skin depth at 2.45 GHz is investigated. The microstructure of the sintered samples is discussed as far as dielectric properties of the powders, heating rate and maximum sintering temperature are concerned
Microwave processing has gained worldwide acceptance as a novel method for heating and sintering a v...
Microwave heating (MW) was studied for the sintering of amorphous powders. In comparison to conventi...
This paper regards the application of microwave for the sintering of green parts produced by selecti...
In this paper, the microwave assisted sintering behaviour of mixtures of glass microspheres and tung...
In this paper, the microwave assisted sintering behaviour of mixtures of glass microspheres and tung...
Microwaves at 2.45 GHz frequency have been used to selectively sinter Ag-based mixtures of milled gl...
The application of microwave radiation to sinter a chopped metal fibre reinforced glass matrix compo...
Microwave sintering in air of spherical powders generated during EDWC (Electrical Discharge Wire Cut...
In this article we report for the first time on the preparation of small, amorphous, metastable GeS ...
The application of microwave radiation as the heating source for the processing of glass matrix comp...
International audienceThe sintering of 17-4PH stainless steel powder using microwaves has rarely bee...
Abstract Microwave sintering can be an efficient, economic and valuable approach for the processing ...
The work evaluates the effect of heating rate in microwave sintering, and the effect of particle siz...
Densification and microstructural changes of two glassy compositions belonging to the wollastonite a...
Coupling numerical simulation of the electromagnetic field during sintering of metallic powder compa...
Microwave processing has gained worldwide acceptance as a novel method for heating and sintering a v...
Microwave heating (MW) was studied for the sintering of amorphous powders. In comparison to conventi...
This paper regards the application of microwave for the sintering of green parts produced by selecti...
In this paper, the microwave assisted sintering behaviour of mixtures of glass microspheres and tung...
In this paper, the microwave assisted sintering behaviour of mixtures of glass microspheres and tung...
Microwaves at 2.45 GHz frequency have been used to selectively sinter Ag-based mixtures of milled gl...
The application of microwave radiation to sinter a chopped metal fibre reinforced glass matrix compo...
Microwave sintering in air of spherical powders generated during EDWC (Electrical Discharge Wire Cut...
In this article we report for the first time on the preparation of small, amorphous, metastable GeS ...
The application of microwave radiation as the heating source for the processing of glass matrix comp...
International audienceThe sintering of 17-4PH stainless steel powder using microwaves has rarely bee...
Abstract Microwave sintering can be an efficient, economic and valuable approach for the processing ...
The work evaluates the effect of heating rate in microwave sintering, and the effect of particle siz...
Densification and microstructural changes of two glassy compositions belonging to the wollastonite a...
Coupling numerical simulation of the electromagnetic field during sintering of metallic powder compa...
Microwave processing has gained worldwide acceptance as a novel method for heating and sintering a v...
Microwave heating (MW) was studied for the sintering of amorphous powders. In comparison to conventi...
This paper regards the application of microwave for the sintering of green parts produced by selecti...