NI的例句大全

The updated research progress on micro Zn Ni battery, micro lithium battery with solid electrolyte, micro solar cell, micro thermoelectric battery and micro fuel cell at abroad are introduced. A New Type of Micro-thermoelectric Power Generator

介绍了国际上微型锌镍电池、微型固体电解质锂电池、微型太阳电池、微型温差电池及微型燃料电池和微型核电池研究工作的最新进展

Many experiments show that the Fe-Ni thin fim thermocouples have the advantages of easy making, high stability and fast dynamic response, and the thermoelectric potential is also higher ( 0.022 mV/ ℃).

Fe－Ni薄膜热电偶具有易于制作、稳定性好和动态响应快等优点，热电势率也较高（0.022mV／℃）。

Thermoelectric power and DC conductivity of Co-Mn-Ni-O amorphous film as functions of temperature in the range of 200& 330K are given in this paper.

本文给出了Co-Mn-Ni-O非晶薄膜样品在200-330K温度范围内的温差电动势率和直流电导率与温度的关系。

Thermoelectric power and DC conductivity of bulk As-Te, As-Te-Ge and ( As_2Te_3)_ ( 1-x) Ni_xchalcogenide glasses as function of temperature have been given in this paper.

本文给出体样品As-Te、As-Te-Ge和（As2Te3）（1-x）Ni x硫系玻璃半导体温差电动势率和直流电导率与温度的关系。

Thermoelectric power and DC conductivity of Co-Mn-Ni-O amorphous thin film

Co-Mn-Ni-O非晶薄膜的温差电动势率和电导率的研究

Preparation of Ni-induced Crystallized SiGe Film and Study on Thermoelectric Hydrogen Sensor

Ni诱导SiGe薄膜晶化烧结制备与热电势氢传感器件

A detailed thermomagnetic analysis was carried out on a number of alloys along a tie-line in the two-phase(β+ β') region of the Fe-Ni-Al ternary system.

用热磁分析方法较仔细地观测了Fe-Ni-Al三元系合金沿β+β′两相区内某一结线上的几个不同成分的合金样品。

The main point is thermomechanical treatment technology used in the production of low carbon, high toughness, high strength, weldable steel for ship-building, with a view to enhancing production and quality-saving expensive alloys of Ni, Cr, Mo, etc and reducing production cost.

重点是生产低碳、高韧性、高强度、易焊接的造船用钢采用形变热处理技术，以提高产量和质量，节省昂贵的Ni、Cr、Mo等合金，降低生产成本。

Changes of Structure and Morphology of Electroless Co Ni P Alloy Coating in Coating Thickening Process

化学镀Co-Ni-P合金镀层增厚过程中结构和形貌的改变

Hardness measurements identified that the relationship between the yield strength ( one-third of hardness) which increased with decrease of layer thickness for Cu/ Ni multilayers and single layer thickness at sub-micron length scale& could be described by the Hall-Petch ( H-P) formula for dislocation pile-up.

结果表明，当膜厚在亚微米范围内时，Cu/Ni多层膜的屈服强度（为硬度值的1/3）与单层膜厚之间符合基于位错塞积模型的Hall-Petch（H-P）关系式；

Finally, the reasons of decrease of Ti-Ni thin films discharge capacity were discussed.

最后作者结合各种文献及本实验工作对Ti-Ni薄膜放电容量下降的原因进行了探讨。

The phase composition analysis shows that the Ni_3C, Mn_ 23 C, γ( Ni, Mn) and nano-scale diamond particles exist in the metal thin film contacting the diamond, and graphite was not found on the interface.

分析表明金刚石/金属包膜界面包膜一侧由Ni3C，Mn23C，γ（Ni，Mn）和纳米级金刚石颗粒组成，未发现石墨结构；

The effects of different pH values and heat treatment temperatures on the internal stress of Ni-P coating deposited from electroless plating are measured quantitatively by thin film flexural method, and the reasons for the changes are analyzed.

采用薄片弯曲法测量不同pH值和不同热处理对化学镀镍层内应力的影响，分析了产生变化的原因。

The metal hydride electrode of MH/ Ni batteries was modified with a thin conductive film using plasma technology.

利用等离子体技术对AA型MH/Ni电池的储氢合金电极进行了镀覆导电膜层的表面修饰，用XRD及SEM对电极结构进行了表征。

The Ni thin film thermistor was therefore obtained as temperature sensor with higher resistance-temperature performance by readjusting relevant technological parameters.

通过调整实验的工艺参数，最终得到电阻温度性能较好的镍薄膜温度传感器。

The failure mode of Ni thin film thermistor is established in this paper through reliability tests, and the failure mechanism is also analyzed.

通过对Ni薄膜热敏电阻进行可靠性试验得出其失效模式，并对失效机理进行了分析。

Study on ni(ⅱ) complexes of α_acetylpyredine thiosemicarbazone and their bacteriostatic activity

α-乙酰吡啶缩氨基硫脲镍配合物及其抑菌活性研究

Au ( Cu, Ni, Cr) subseries related to Na-rich and high-alkaline basalt and tholeiite of paleozoic arc island(ⅱ);

古生代岛弧区与富钠高碱玄武岩拉斑玄武岩有关的Au（Cu、Ni、Cr）成矿亚系列；

Three-phase fluidized bed leaching of waste Ni-Cd battery

镍镉电池废料的三相流态化浸出

The results of catalyst performance experiments indicated the threshold effect of supported Ni catalysts existed in the carbonylation of methanol to produce acetic acid.

活性评价结果显示，负载Ni催化剂在甲醇气相羰基合成醋酸反应中存在较为明显的阈值效应。