high speed ion
英 [haɪ spiːd ˈaɪən]
美 [haɪ spiːd ˈaɪən]
网络 高速离子
双语例句
- The Implement of Tension Control System of High Speed Tap Transport Device for Heavy Ion Detecting
高速重离子探测带设备张力控制系统的实现 - High speed steel samples were ion nitrided in a tube reactor with an auxiliary heating furnace. The change of nitriding layer thickness, surface hardness and impact strength of the sample with H 2/ N 2 ratio, temperature and time were studied.
用外加热方式在管状反应室中对高速钢试样进行离子氮化，对氮化层的厚度变化、表面硬度及冲击韧性随H2／N2、渗氮温度及时间的变化进行研究。 - Fatigue wear performance of TiN hard coating on the surface of high speed steel ( HSS) by ion sputtering deposition process was investigated using atomic force microscope.
采用物理气相沉积工艺在高速钢表面沉积TiN薄膜，研究了TiN薄膜的疲劳磨损过程。 - The results show that multi component ( TiCr) N films can be deposited on high speed steel by a combined ion plating of TiN and high temperature chromizing process.
结果表明，离子镀TiN高温渗Cr复合工艺可在高速钢基体上形成含Cr的氮化物多元膜。 - The fiber is characterized by a high exchanging speed, rapid draining rate and ease of eluting, as compared with corresponding ion exchange resins.
与相应的离子交换树脂相比，该纤维具有交换速率快、易洗脱等特点。 - The present paper narrates the mechanical properties of TiN coating on high speed steel prepared by HCD ion plating which were studied with the aid of microhardness. measurement and scratch adhesion testing.
本文利用显微硬度和划痕粘附性测量技术，对采用HCD方法涂镀在高速钢上的TiN镀层的力学性能进行了研究。 - The Influence of Substrate Negative Bias on the Adhesion of TiN Coatings Deposited on the High Speed Steel Substrate by Plasma Enhanced Magnetron Sputter Ion Plating
基片负偏压对PEMSIP法高速钢基体TiN涂层结合力的影响 - This paper mainly investigates the morphologies and phase structure of carbides in the modified layers on the surface of M2 high speed steel by Ion Beam Enhanced Deposition.
主要研究M2高速钢离子束增强沉积表面改性层中碳化物相的组织形态与相结构的变化情况。 - Zr-Ni-N coextruded film is deposited on high speed steel and single crystal silicon slice by using vacuum arc deposition technique. The influences of low energy nitrogen ion beam aid deposition on coating structure, morphology and hardness of Zr-Ni-N film are studied.
采用多弧离子镀技术在高速钢和单晶硅基体上制备Zr-Ni-N复合薄膜，研究了低能氮离子束对Zr-Ni-N涂层结构、表面形貌和硬度的影响。 - The high speed tap transport device we designed is the key equipment of the Lanzhou heavy ion accelerator, which is memory, observation, detection of heavy ions and different from the traditional stretching force control machine and general CNC system.
我们设计的高速传带设备是兰州重离子加速器的重点设备，它用于存储、观察、检测重离子。