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hsm

  • 网络硬件安全模块;分级存储管理;高速存储器
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  1. Application of HSM and Linear Motor on the Numerical Control Machine Tool

    高速加工与直线电机在数控机床的应用

  2. Technologies of high-speed machining process are very important for HSM application .

    高速切削的工艺技术是成功进行高速切削加工的关键技术之一。

  3. Model and simulation calculation of laminar cooling system for HSM

    热轧带钢层流冷却系统模型与模拟计算

  4. There are many opinions , many different ways to define HSM .

    关于高速切削的定义,存在许多观点、许多谜团和许多不同的方法。

  5. The study on load distribution of HSM has very important realistic meanings .

    因此研究热连轧精轧机组负荷分配具有十分重要的现实意义。

  6. Application and management of descaling with high pressure water to centrifugal pump in HSM

    热轧高压水除鳞泵的应用与管理

  7. The Process of Using HSM in Plastic Bottle Manufacturing

    塑料瓶吹塑模具的高速铣削加工工艺

  8. Experimental Study on Surface Roughness of HSM Hardened Steel

    高速铣削淬硬钢表面粗糙度的试验研究

  9. Analysis on Applications of HSM in Digital Libraries

    浅析数据分级存储在数字图书馆建设中的运用

  10. High speed machining ( HSM ) attracts world wide attention since it first comes up .

    高速切削自提出以来就引起世界范围的广泛关注。

  11. Comparison of CSP with conventional HSM in the products characteristics

    薄板坯连铸连轧产品性能特征及与传统工艺的比较

  12. HSM has the extremely high production efficiency , and can remarkably improve the processing components quality .

    高速切削加工具有非常高的生产效率,并可显著地改善零件的加工质量。

  13. NURBS curve interpolation technology and its application in HSM

    高速加工NURBS曲线插补技术分析与应用

  14. Theoretical Research of Surface Roughness for HSM

    高速切削表面粗糙度理论研究综述

  15. Based on the analyzing of the HSM technology , the technology database for HSM is designed ;

    在综合分析高速切削加工技术的基础上,提出了高速切削工艺数据库系统的设计思想;

  16. Therefore , the selection focus of tool holder for HSM is balancing and accuracy .

    故选择高速加工用之刀柄时应注意其动平衡性及精度。

  17. Software of forecasting finish rolling temperature for HSM was developed based on the traditional strip temperature dropping model .

    在传统热连轧精轧机组温降模型基础上,开发了带钢热连轧终轧温度预报软件。

  18. In high speed milling , the tool-path planning method in HSM affects the machining efficiency and quality .

    在高速铣削加工中,刀具轨迹规划方法的优劣直接影响到加工的效率及质量。

  19. Therefore , the researches of HSM stability is an important fundamental project which can develop the HSM technology .

    因此,对高速切削系统的动态特性的研究是促进高速切削技术发展和推广应用的重要应用基础课题。

  20. The levelling force measurement and analysis for the levellers of HSM thick plate

    热轧厂厚板矫直机矫直力测试分析

  21. The Engagement Evaluation Based on BIT-Map for Tool-Path Optimization in HSM

    基于BIT图的高速加工轨迹优化的拐角估算

  22. Empirical equations on cutting force in HSM of titanium alloys with carbide tools have been established .

    高速铣削过程中切削力的试验研究。通过对切削力数据进行分析研究,建立了钛合金高速铣削时切削力的经验公式,并对动态铣削力进行了分析。

  23. Application of PFC Technology in Chenggang 1780 HSM Hot rolled stainless steel sheets and plates

    承钢1780热连轧机板型控制技术的应用GB/T4237-1992不锈钢热轧钢板

  24. The main works were shown as following : ( 1 ) The strip shape set up system for HSM was established .

    主要内容如下:(1)建立了热连轧机板形控制设定系统。

  25. Study on Plate Shape Control Practice of Light Gauge High Strength Medium Plate Application of PFC Technology in Chenggang 1780 HSM

    高强度薄规格中厚板板型控制工艺研究承钢1780热连轧机板型控制技术的应用

  26. Costly and time consuming EDM-processes can also be reduced or eliminated via HSM .

    使用高速切削,也可以减少和免除费时费钱的EDM(放电加工)加工。

  27. The result has showed that the air-oil cooling is an effective method in HSM of titanium alloys .

    通过对几种冷却方式效果的对比研究,表明喷雾冷却法是一种适合于钛合金高速切削的冷却方法。

  28. The article presents the features of the roller tables installed in HSM in terms of the construction and composition .

    简要介绍现代热连轧机组中辊道的结构组成及特点。

  29. As failure mechanisms of cutting tools in HSM is different with those in conventional machining , new theory and research method should be presented .

    高速切削时,刀具具有不同于普通切削的失效机理,需要新的理论和方法来进行研究。

  30. With the developing in tool material , CNC and machine the research in HSM is more and more widely and thoroughly .

    随着机床技术、数控技术、刀具材料与制造技术等的发展,对高速切削的研究和应用也愈加广泛和深入。