NI的例句大全

For high nitrogen Cr Si Ni N films in comparison with low nitrogen Cr Si Ni N films, the variation of electrical resistance was smaller during the heat treatment, and the higher annealing temperatures was needed to obtain a small temperature coefficient of resistance ( TCR).

与低氮含量Cr Si Ni N薄膜相比，高氮含量Cr Si Ni N薄膜的电阻值在热处理过程中变化较小、欲获得较小电阻温度系数（TCR）需要更高的退火温度。

In the temperature control valve, the driver spring is made up of Ni-Ti alloy, it acts as temperature sensor as well as controller, controls the valve together with the press spring.

控制阀中的驱动弹簧是由Ni-Ti合金制成的，它既是感温元件又是控制元件，与偏压弹簧结合共同完成控制过程。

Microstructure features in directionally solidified ni_3al alloy after high temperature deformation

定向凝固Ni3Al合金高温变形后的显微组织特征

Reduction of Ni(ⅱ) ions on the Ni-containing zeolites ⅵ. effect of reduction temperature and the dispersion of ni~ 0

载Ni沸石上Ni~（2+）的还原作用Ⅳ.还原温度的影响及Ni~0的分散性

On the other hand, the Ti-Ni-Cu alloys show narrow transformation temperature hysteresis and relatively high martensitic transformation temperature.

另一方面，Ti-Ni-Cu三元形状记忆合金则拥有较高的相变温度和较窄的相变温度迟滞，可以作为很好的驱动材料。

The martensitic transformation temperatures could be considerably increased by increasing Mn and decreasing Ga with fixed Ni content, while the temperature hysteresis becomes narrow and Curie temperature keeps constant.

保持Ni含量不变，增加Mn，降低Ga含量会使马氏体相变温度明显提高，同时相变滞后温区减小，居里温度基本不变。

In Ni-rich Ti_49. 4Ni_50. 6 film R phase transformation temperature and the thermal hysteresis of both R phase and martensitic transformation decrease with increasing the aging temperature, while the martensitic transformation temperature increases.

Ti（49.4）Ni（50.6）薄膜R相变温度降低，马氏体相变温度升高，R相变和马氏体相变热滞降低。

The microstructure and linear superelasticity of 22% cold worked Ti-49. 8at% Ni alloy has been studied by tensile test at various temperature and TEM observation.

利用透射电镜观察不同温度下的拉伸试验，研究了冷变形量22%的Ti-49.8%Ni（原子分数）合金的显微组织及线性超弹性行为。

Major phases nanocrystals were studied in Temperature Programmed Desorption of CO, SO 2, and supported Ni, Co, and Mn were measured in Temperature Programmed Reduction ( TPR).

对复合纳米晶进行了CO、SO2程序升温脱附性能测试。对负载Ni、Mn、Co进行程序升温还原测试。

Secondly, the deuteration behaviors before/ after Pd addition of Ti-Zr-Ni quasicrystalline alloys were studied by using home-made solid-gas reaction systems, Temperature Programmed Desorption ( TPD) and X-ray Photoelectron Spectroscopy ( XPS) techniques.

其次，采用自制的气固反应系统、程序升温热脱附仪与X射线光电子谱仪（XPS）等技术，对照研究Ti-Zr-Ni准晶在Pd添加前后的氘化行为，并探讨Ti-Zr-Ni基准晶的储氢共性。

Temperature programmed reduction of Ni zn/ C catalyst

Ni-Zn/活性炭催化剂的程序升温还原研究

The effect of preparation parameters on the disribution of Ni species and the CO hydrogenation performance of the derived Ni/ Al2O3 catalysts was studied by activity measurement, surface area and pore volume measurement, XRD, and temperature programmed reduction ( TPR) methods.

用比表面和孔体积测定、XRD和程序升温还原（TPR）方法研究了一系列不同制备条件对Ni在Al2O3表面上的分配形态及其对CO加氢反应催化性能的影响。

High temperature interfacial reaction between granular SiC and Ni in a composite plating

复合电镀层中SiC粒子与Ni之间的高温界面反应

Effect of Different Recovery Temperature on Recovery Stress of Ni-Ti-Nb Alloys

不同回复加热温度对Ni Ti Nb合金回复应力的影响

Application of temperature relay in Ni-MH batteries

温度继电器在氢镍蓄电池组中的应用

Effect of high temperature run on Microstructure of dissimilar steel joint with Ni-based weld

高温运行对镍基焊缝异种钢接头显微组织的影响

By adopting optical metallography, micro-hardness examination etc., the comparative test to the microstructure of the dissimilar steel tube joint ( 12Cr1MoV and 0Cr17Ni12Mo2) with Ni-based weld between in as-welded condition and after the high temperature run was carried out.

采用光学金相、显微硬度等试验方法，对12Cr1MoV和0Cr17Ni12Mo2两种管材的镍基焊缝异种钢接头显微组织，进行焊后状态和高温运行后状态对比分析试验。

A part of room temperature section of phase diagram of y-cu-ni ( y ≤ 16.7 at.-%) system

Y-Cu-Ni（Y≤16.7at.-%）三元系相图的室温截面

0.5 Ni Low Temperature Steel for Pressure Vessel

0.5Ni低温压力容器用钢

MAG welding for 12 Ni 14 low temperature steel heat exchanger

12Ni14低温钢换热器的混合气体保护焊