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conventional vacuum sintering
相关语句
  常规真空烧结
     Using the microwave sintering new technology,the technology and property of microwave sintered P/M iron-based material were studied and compared with conventional vacuum sintering technology.
     采用微波烧结新技术研究了粉末冶金铁基材料的烧结工艺与性能,并同常规真空烧结工艺进行了比较。
短句来源
  “conventional vacuum sintering”译为未确定词的双语例句
     Compared with conventional vacuum sintering,the microwave sintering could not only reduce sintering temperature and shorten sintering time in large range,but also decrease pore and increase hardness,bending strength and tensile strength in large range.
     烧结温度降低,烧结时间大幅度缩短,且微波烧结制品的孔隙明显减小或消失,硬度、抗弯强度、抗拉强度均有较大幅度提高。
短句来源
     The results showed that the nano SiC doped MgB2 bulks with less impurity and high superconducting properties could be synthesized by both the conventional vacuum sintering and the sparking plasma sintering.
     在10K, 0T时,SPS技术合成的掺杂块材Jc值达到4.5×10 Acm ,是掺杂前样品的2倍,增大外加磁场到4T时,前者是后者的6倍,并且在我们的测试范围内,SPS技术制得的掺杂样品的J5 -2c值均不同程度的高于传统烧结得到的样品的Jc值。
短句来源
     In this paper were summarized some new sintering techniques and their properties for nano-grained cemented carbide such as pressure sintering,field assisted sintering,microwave sintering and two-stage sintering. The test results have well demonstrated the feasibility of conventional vacuum sintering in nano- structured cemented carbide preparation.
     介绍了用于纳米硬质合金烧结的压力烧结、场辅助烧结、微波烧结、二步烧结等新技术,在评价各种烧结方法的基础上,以实验依据充分论证了普通真空烧结在纳米硬质合金制备中的可行性。
短句来源
  相似匹配句对
     The conventional R.
     传统R.
短句来源
     The microwave sintering is superior to conventional methods.
     该烧结方法具有一定的优越性。
     VACUUM SINTERING AND CARBURIZE REACTION OF HARDMETALS
     硬质合金的真空烧结与渗碳反应
短句来源
     Problems of Vacuum in the De-waxing and Sintering
     脱蜡烧结中的真空度问题
短句来源
     The vacuum grouting technique has advantages over that of conventional grouting.
     真空辅助压浆技术克服了传统压浆技术的缺点。
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  conventional vacuum sintering
It is found that the spark plasma sintering properties of Ti(C,N)-based cermet differ from those of conventional vacuum sintering.
      


In this paper were summarized some new sintering techniques and their properties for nano-grained cemented carbide such as pressure sintering,field assisted sintering,microwave sintering and two-stage sintering.The test results have well demonstrated the feasibility of conventional vacuum sintering in nano- structured cemented carbide preparation.

介绍了用于纳米硬质合金烧结的压力烧结、场辅助烧结、微波烧结、二步烧结等新技术,在评价各种烧结方法的基础上,以实验依据充分论证了普通真空烧结在纳米硬质合金制备中的可行性。

This paper deals mainly with new extrusion-forming technology for YG6 cemented carbide. By using SBP as plasticizer, Content of plasticizer on influence density of extrusion blank have been studied, Debind principium of SBP have been analyzed. Through conventional vacuum-sintering technology ,physics machanics of product correspond with CIP-forming.

主要讨论了YG6硬质合金挤压成型新工艺,以SBP为增塑剂,研究了增塑剂的含量对挤压毛坯密度的影响,分析了SBP脱脂机理,通过常规真空烧结获得的产品性能与CIP成型的产品性能相当。

Using the microwave sintering new technology,the technology and property of microwave sintered P/M iron-based material were studied and compared with conventional vacuum sintering technology.The results showed that microwave sintered P/M iron-based material could reach 95.8% relative density at 1 280 ℃ sintering temperature when heat preservation 10 min.Compared with conventional vacuum sintering,the microwave sintering could not only reduce sintering temperature and shorten sintering...

Using the microwave sintering new technology,the technology and property of microwave sintered P/M iron-based material were studied and compared with conventional vacuum sintering technology.The results showed that microwave sintered P/M iron-based material could reach 95.8% relative density at 1 280 ℃ sintering temperature when heat preservation 10 min.Compared with conventional vacuum sintering,the microwave sintering could not only reduce sintering temperature and shorten sintering time in large range,but also decrease pore and increase hardness,bending strength and tensile strength in large range.

采用微波烧结新技术研究了粉末冶金铁基材料的烧结工艺与性能,并同常规真空烧结工艺进行了比较。结果表明:微波烧结粉末冶金铁基材料在1280℃的烧结温度下保温10min时,可达到95.8%的相对密度;烧结温度降低,烧结时间大幅度缩短,且微波烧结制品的孔隙明显减小或消失,硬度、抗弯强度、抗拉强度均有较大幅度提高。

 
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