Visualization of microwave energy distribution in a multimode microwave cavity using CoCl2 on gypsum plates [0.03%]
利用石膏板上的氯化钴可视化多模微波腔中的微波能量分布
Jianming Dai,Valérie Orsat,G S Vijaya Raghavan
Jianming Dai
This study provides a facile method to map the microwave field distribution in a multimode microwave cavity. Anhydrous calcium sulfate powder was used to make the gypsum plates that were used as the carrying medium. Cobalt chloride hexahydr...
Chandrasekharan Rajasekharan,Chandrasekharan Girishkumar,Lonappan Anil et al.
Chandrasekharan Rajasekharan et al.
Lumbar puncture is a key diagnostic investigation in neurological diseases. The effect of microwaves on various biological tissues is an active area of research. This study describes a novel in-vitro method of cerebrospinal fluid (CSF) anal...
Chin-Yuan Hsieh
Chin-Yuan Hsieh
In this paper we study the depolarized backscatter enhancement phenomenon for electromagnetic wave scattering from rough surfaces. Some new experimental data on light scattering from rough metallic surfaces shows a phenomenon of backscatter...
Juan Antonio Aguilar-Garib
Juan Antonio Aguilar-Garib
Sintering of CuO and ZnO in a single mode microwave cavity with shrinkage control [0.03%]
在单模微波腔中具有收缩控制的CuO和ZnO烧结
Sylvain Marinel,Etienne Savary,Moussa Gomina
Sylvain Marinel
A specific TE10m microwave cavity has been designed to follow-up the shrinkage during the microwave sintering of ceramics powders using an optical based position sensing device. The basic principle consists in measuring the distance from a ...
Microwave assisted combustion synthesis of non-equilibrium intermetallic compounds [0.03%]
微波燃烧合成非平衡金属间化合物
Paolo Veronesi,Roberto Rosa,Elena Colombini et al.
Paolo Veronesi et al.
A simplified model of the microwave-assisted combustion synthesis of Ni and Al metal powders to form the NiAl intermetallic on titanium and steel substrates is presented. The simulation couples an electro-thermal model with a chemical model...
Microwave sintering of refractory metals/alloys: W, Mo, Re, W-Cu, W-Ni-Cu and W-Ni-Fe alloys [0.03%]
难熔金属/合金的微波烧结工艺研究——以W、Mo、Re、W-Cu、W-Ni-Cu和W-Ni-Fe为例
Avijit Mondal,Dinesh Agrawal,Anish Upadhyaya
Avijit Mondal
Refractory metals and alloys are well known for their high mechanical properties which make them useful for wide range of high temperature applications. However, owing to the refractoriness of these metals and alloys, it is very difficult t...
Characteristics of aluminum and magnesium based nanocomposites processed using hybrid microwave sintering [0.03%]
采用混合微波烧结工艺制备的铝基和镁基纳米复合材料的特征研究
Wong Wai Leong Eugene,Manoj Gupta
Wong Wai Leong Eugene
Powder metallurgy is one of the highly established methods to synthesize metals, alloys and composites. Sintering is one of the important steps in powder metallurgy methodology and is usually realized through conventional resistance furnace...
Noboru Yoshikawa
Noboru Yoshikawa
As the fundamentals of microwave (MW) interaction with metals, boundary conditions of electromagnetic (EM) field on metal surface are discussed, which consider the EM field in the metal surface layer in terms of surface impedance. Experimen...
Microwaves & metals [0.03%]
微波与金属
Paolo Veronesi
Paolo Veronesi