1) micro-extrusion
微挤压
1.
Development of Experimental System for Superplastic Micro-extrusion and Simulation Research;
超塑性微挤压实验系统开发与模拟研究
2.
Required by Superplastic micro-extrusion forming system,based on rapid control prototyping,the blending programme of VB to MATILAB and accessing of VB to database are completed,a mutual disposal system is develeped in human-machine combined by function and interface,which uses the strong function of MATILAB on controlling to build up moving control prototypying for the whole experiment.
针对超塑性微挤压成形工艺要求,以快速控制原型设计概念为基础,利用MATLAB在控制方面的强大功能建立整个实验平台的运动控制模型。
3.
micro-extrusion molding system was introduced.
介绍了一项新兴的微型齿轮制造技术———微挤压成形技术及微型齿轮挤压成形系统,分析了微挤压成形的关键技术及所遇到的技术问题和解决这些问题应注意的事项,将推动这一新兴技术向更深入、更广阔的领域发展。
2) micro_hole extrusion
微孔挤压
1.
SiC w reinforced CMAS glass_ceramic composite was fabricated successfully by micro_hole extrusion technique.
通过微孔挤压技术成功地制备了含有ＳｉＣｗ补强的钙－镁－铝的硅酸盐（ＣＭＡＳ）玻璃陶瓷基复合材料。
3) micro backward-extrusion
微反挤压
5) thixo-forming and micro-forward-extrusion
触变微正挤压
6) millisecond compression blasting
微差挤压爆破
1.
The application of multiraw blasting and millisecond compression blasting have gotten good results in reducing operation cost,increasing production capacity and improving economical benefit.
针对老厂锡矿13-2-3#矿体在投产后进行了中深孔爆破工艺和参数的改进,采用了多排同段大药量微差挤压爆破技术,有效地降低了生产成本、提高了生产能力,取得了较好的经济技术指标。
2.
This thesis aims at resolving problems those occur in mining 13-2-3~# ore block of Laochang tin mine and realize the aim of cutting production costing, enhancing production competence and getting good indexes of economic and technique by technique reforming in process and parameters of medium-length hole blasting, adopting much line in the same stage millisecond compression blasting.
针对老厂锡矿13-2-3号矿体在投产后进行了中深孔爆破工艺和参数的改进,采用了多排同段大药量微差挤压爆破技术,有效地降低了生产成本、提高了生产能力,取得了较好的经济技术指标。
补充资料：冲击挤压(见冷挤压)
冲击挤压(见冷挤压)
impact extrusion
ehongji jiya冲击挤压(impaet extrusion)见冷挤压。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条