- 更多网络例句与温度系数相关的网络例句 [注：此内容来源于网络，仅供参考]
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The P-wave velocity-depth profile and electrical conductivity-depth profile can be calculated from the experimental data and the fundamental geothermal parameters in northern margin of the North China craton. The comparison of the calculated results with the elastic and electrical structure of this area reveals that the v of amphibolite is approximately equal to the middle crust, the electrical conductivity of amphibolite intersects the range of the middle and lower crust in this area.
利用实验获得的弹性波纵波速度及其温度系数和压力系数以及电导率与温度的关系，结合现今华北克拉通地热学的基本参数，计算得到斜长角闪岩的弹性波纵波速度－深度剖面和电导率-深度剖面，将二者分别与华北克拉通北缘深部地壳的弹性及电性结构进行对比的结果表明：高温高压下绿泥石化斜长角闪岩的弹性波纵波速度与该地区中地壳速度相当，电导率介于中、下地壳范围内。
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It is found that the resistivity increases linearly with temperature rising in certain range of temperature above the melting point. During subsequent calefaction, the results obviously show that a turn point appears in the resistivity-temperature curve for every composition at certain temperature.
发现在液相线以上一定的温度范围内，其电阻率随温度的升高而线性增加，即其电阻率温度系数α基本保持不变；当温度超过某一临界温度时，α随温度的升高出现异常变化。
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The dependence of resistance on the curing temperature illustrated that-codoped BST was capable of exhibiting the positive temperature coefficient effect at low frequency; nevertheless,it might display the negative temperature coefficient effect at other frequencies. The relationships between the resistance and applied voltage revealed that the resistance property of-codoped BST appeared at low frequencies, but its property of capacitive reactance might present at high frequency.
阻温特性曲线显示，在低频时它显示正温度系数效应，在其它频率则显示负温度系数效应电阻与电压关系显示，低频时它呈现电阻特性，而高频时则显示容抗特性。
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1 A component - a fixed resistor , Positive Temperature Coeffecient or Negative Temperature Coefficient resistor , diode , or the like - employed to limit (see 2.7) the output of a unit to withiin the required current or power levels , or otherwise used to obtain acceptable performance, shall have permanence and stability so as not to decrease its limiting capacities .
10.1 一个元件——固定电阻，正温度系数或负温度系数电阻器，二极管，或类似元件——用来限定电源单元的输出在要求的电流或功率值水平，或用来得到可接受性能，应具有持久性和稳定性，不致于减小它的限定容量。
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Our main products include: Carbon Film Fixed Resistors, Metal Film Fixed Resistors, metal oxide film fixed resistor, winding fixed resistors, winding without a sense of fixed resistors, wound Fuse Fixed Resistors, fuse resistors, glass glaze film fixed resistors, cement resistors, metal-free sense resistor, the temperature fuse resistors Cement, power-ceramic tube resistor, aluminum shell wound resistor and jumper, zero ohm resistor, chip resistors, with resistors, positive temperature coefficient resistor, negative temperature coefficient thermistor and so on.
公司主要产品包括：碳膜固定电阻器、金属膜固定电阻器、金属氧化膜固定电阻器、绕线固定电阻器、绕线无感固定电阻器、绕线熔断固定电阻器、熔断电阻器、玻璃釉膜固定电阻器、水泥电阻器、金属片式无感电阻器、温度保险丝水泥电阻器、功率瓷管式电阻器、铝外壳绕线电阻器以及跳线、零欧姆电阻（ZO、晶片电阻器、排列电阻器、正温度系数热敏电阻器、负温度系数热敏电阻器等。
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In order to solve this problem that the temperature coefficient of the Chromium-film resistance fabricated at first was low, the main factors effecting on temperature coefficient are studied in this paper on the basis of film theory and experiments.
针对初期制备的铬薄膜电阻温度系数较低的问题，根据薄膜理论分析，研究了影响铬薄膜电阻温度系数的主要因素，根据实验结果不断改进铬薄膜电阻制备工艺，最终制作出了基本满足检测要求的热敏电阻薄膜。
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Based on the percolation conductive phenomena of conductive composites andPTC/NTC (Positive Temperature Coefficient /Negative Temperature Coefficient)effects of resistance, a series of new experimental phenomena and concepts of carbonfiber cement-based composites such as PPC and NPC effects, Kaiser memory effect of resistance to residualdeformation and resistance creep are found and proposed.
借鉴已有的导电复合材料渗流导电现象和电阻的正温度系数／负温度系数效应基本理论，发现和提出碳纤维水泥基复合材料电阻的正压力系数与负压力系数、电阻对材料剩余形变的Kaiser记忆效应以及电阻徐变等新的现象和新的概念。
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Thermal resistor is divided to the reaction of temperature temperature coefficient and negative temperature coefficient.
热敏电阻对温度的反应分正温度系数和负温度系数。
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One is low valence vanadium oxide thin films were deposited by direct current facing target magnetron sputtering firstly, and then thermal oxidated; the other is high valence vanadium oxide thin films were deposited by ion beam sputtering, then thermal deoxidated. Vanadium oxide thin films with phase transition were obtained at the lower thermal process temperature 300℃, which is compatible with MEMS technologys. The composition of VO_x thin film fabricated by first method includes mainly VO_2, V2O3 and VO_, the TCR is -2.25%/K, the TCR gradually increases with phase transition temperature decreases. The composition of VO_x thin film fabricated by the second method includes mainly VO_2, V2O5 and V2O3 , and the resulting VO_x thin filmTCR is -3.0%/K. The TCR of phase transition vanadium oxide thin films made by second method is higher than that made by first method for the existance of V2O5 in thin films.
分别采用直流对靶磁控溅射制备低价态氧化钒薄膜再附加热氧化处理的方式，和射频离子束溅射制备高价氧化钒薄膜附加热还原处理的方式获得了具有相变特性的氧化钒薄膜，第一种方式获得相变特性氧化钒薄膜的热处理温度最低为300℃，克服了以往高温条件下热处理不能与MEMS工艺兼容的缺点；相变特性氧化钒薄膜的组分以VO_2为主，含有V2O3和VO_，室温TCR为-2.25%/K；室温电阻温度系数随相变温度的降低逐渐升高；采用第二种方式获得的相变氧化钒薄膜的组分以VO_2为主，含有V2O5和V2O3，室温TCR可达-3.0%/K；分析发现，具有相变特性的氧化钒薄膜中含有V2O5时，室温电阻温度系数明显增大。
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The influences of volumetric coefficient, pressure coefficient, temperature coefficient, and leakage coefficient on compressor volumetric efficiency were analyzed.
容积系数主要与压缩机的结构尺寸和吸、排气压力比有关，压力比的变化对容积系数构成以多变膨胀指数为幂的指数影响；转速变化对压力系数构成二次影响；温度系数和泄漏系数同时受到与压力比和转速的影响。
- 更多网络解释与温度系数相关的网络解释 [注：此内容来源于网络，仅供参考]
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temperature coefficient of resistance：电阻温度系数=>抵抗温度係数
temperature coefficient of reactivity 反应性温度系数 | temperature coefficient of resistance 电阻温度系数=>抵抗温度係数 | temperature coefficient of resonance frequency 谐振频率温度系数
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negative temperature coefficient of resistance：电阻的负温度系数
negative temperature coefficient 负温度系数 | negative temperature coefficient of resistance 电阻的负温度系数 | negative temperature coefficient resister 负温度系数电阻
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negative temperature coefficient of resistance：电阻的负温度系数WHV中国学习动力网
negative resistance oscillator 负阴振荡器WHV中国学... | negative temperature coefficient of resistance 电阻的负温度系数WHV中国学习动力网 | negative temperature coefficient resister 负温度系数电阻WHV中国...
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temperature coefficient of electric resistance：电阻温度系数
temperature coefficient | 温度系数 \\r\\n | temperature coefficient of electric resistance | 电阻温度系数 \\r\\n | temperature control | 温差温度控制 \\r\\n
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temperature coefficient：温度系数
温度(temperature)对酶促反应速度的影响很大,表现为双重作用:(1)与非酶的化学反应相同,当温度升高,活化分子数增多,酶促反应速度加快,对许多酶来说,温度系数(temperature coefficient)Q10多为1~2,也就是说每增高反应温度10℃,酶反应速度增加1~2倍.
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temperature coefficient：温度系数=>温度係数,温度補正係数
temperature clock 测温钟 | temperature coefficient 温度系数=>温度係数,温度補正係数 | temperature coefficient of capacitance 电容温度系数
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positive temperature coefficient：正温度系数
热敏电阻:是一种阻值随温度变化的元件,阻值随温度增加而上升的为正温度系数(Positive temperature coefficient)热敏电阻,简称PTC 反之称为负温度系数(Negative temperature coefficient)热敏电阻NTC
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positive temperature coefficient：温度系数
第一电路产生正温度系数(positive temperature coefficient)电压. 第二电路耦接到上述第一电路,由一大致固定电流偏压,产生负温度系数(negativetemperature coefficient)电压,以及结合上述负温度系数电压和上述正温度系数电压作为一参考电压.
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positive temperature coefficient：正温度系数正温度系数
positive temperature coefficient 正温度系数 | positive temperature coefficient 正温度系数正温度系数 | positive terminal 正极端子
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negative temperature coefficient：负温度系数
打印机上的热敏电阻的性能是外部温度越高,热敏电阻的阻值越低,即为负温度系数(Negative Temperature Coefficient)变化,即当灯管开始加热时,加热辊温度逐渐升高,热敏电阻阻值下降,当加热器表面温度达到约180℃时,热敏电阻阻值也达到 系统设定值,