高频感应炉

试样于高频感应炉的氧气流中加热燃烧。

The specimen was heated and burnt in oxygen fluid in high-frequency induction furnace .

样品在氩气氛下采用高频感应炉制备，所有样品经过均匀化热处理。

The samples were produced by melting the materials in an induction furnace under argon atmosphere .

利用实验室高频感应炉和现场高炉的铁水实测数据建立了测硅数学模型，得出了铁水中硅含量与其影响因素的函数关系。

Based on laboratory data and practical measuring for molten iron , the mathematical model of silicon determination is established and a new installation including silicon sensor for rapid determination of silicon contents is successfully developed .

为了拓宽316L不锈钢的应用领域，改善其使用性能，本论文研究了采用高频加压感应炉，在1600℃和不同的氮分压下熔炼出氮含量不同的316L不锈钢。

In order to expand the application areas of 316L stainless steel , 316L stainless steel containing different nitrogen content was melted in high-frequency induction furnace at 1600 ℃ and different nitrogen pressure .

利用高频感应加热炉，通过改变钎焊温度、钎焊时间和冷却速度，研究了白口铸铁的组织和性能变化规律。

Using a high frequency induction furnace , the effects of brazing temperature ( T ), brazing time ( t ) and cooling speed ( v ) on microstructure and property of white cast iron have been studied .