热灵敏度

该传感器已用于充压检漏系统，其灵敏度达到56050mV/MPa.零漂小于0.1mV/h，热灵敏度漂移为0.013%/℃。

The sensors have been used in a pressure detection system with the sensitivity of 56050 mV / MPa , zero drift of less than 0.1mV/h and thermal drift of 0.013 % / ℃ .

加速度传感器热灵敏度漂移的动态测试

Dynamic test for the thermal sensitivity drift of the accelerometer

扩散硅压力传感器热灵敏度漂移补偿方法的研究

Research on Compensating Method for Thermal Sensitivity Drift of Silicon Pressure Transducer

多晶硅压力传感器热灵敏度漂移补偿技术

Compensation technology of thermal sensitivity shift of polysilicon pressure sensor

宽温度压阻式传感器的热灵敏度漂移补偿

Thermal sensitivity shift compensation of wide temperature piezoresistive transducer

微压式液位传感器热灵敏度漂移的补偿

Thermal sensitivity shift compensation of micropressure liquid level transducer

列举了几种多晶硅高温压力传感器的热灵敏度漂移补偿方法，并分别讨论了它们的原理及特点。

Several compensation methods of thermal sensitivity shift of polysilicon pressure sensor are introduced , whose principles and characteristics are discussed .

在-20～60℃范围内其热灵敏度漂移系数是个常数，其值为0.007619℃；

The thermal sensitivity shift coefficient is a constant of 0.007 619 ( 1 / ℃) in the range of - 20 ~ 60 ℃;

传感器热灵敏度温漂及热零点温漂具有良好的线性，且斜率基本一致，便于进行补偿。

The transducer is combined with low thermal sensitivity drift and thermal zero drift , good linearity , and almost the same slope , all of these make it easier to compensate the transducer .

不同温度下~3He计数管热中子灵敏度测定

Thermal Neutron Sensitivity Measurements of ~ 3He Counter at Different Temperature

家兔细菌内毒素致热的灵敏度变化研究

A Study on the Sensitivity of Rabbits to Endotoxin

转子摩擦热稳定灵敏度的研究

The thermal sensitivity of rubbing rotor

本文提出了一个计算任意结构换热网络灵敏度系数及灵敏度的通用数学模型，并给出了求解数学模型的方法。编制了计算机程序并用实例进行了考核计算。

A mathematical model and computer program are developed in this paper , for calculation of the sensitivities and sensitivity coefficients of the heat exchanger systems with various configurations .

其结果表明，理论计算值和实验标定值是相吻合的。其偏差：热中子灵敏度为8.5%，中子灵敏度为3.9%。

The results have indicated that the theoretical velues agreed with the experimental values : the deviation is 8.5 % for thermal neutron sensitivity and 3.9 % for neutron sensitivity .

本文给出了铑自给能探测器的热中子灵敏度和中子灵敏度的理论计算公式、燃耗修正公式以及不同中子温度下的换算公式。

In this paper the theoretical calculation formulas for thermal neutron sensitivity and neutron sensitivity , the burn-up correction equations , and reduction formulas at different neutron temperature of rhodium self-powered in-core neutron detector are given .

通过理论计算和ANSYS模拟，分析了器件的热-机械灵敏度，对器件的结构参数进行了优化，并得到其热-机械灵敏度为2。

Thermal-mechanical sensitivity was analyzed by theoretic calculation and ANSYS simulation to optimize the geometric parameter and the thermal-mechanical sensitivity of2 .

芯片实测热-机械灵敏度为2.02×10-8m/K，测试结果进一步证实了理论分析与ANSYS模拟的结果。

The measured data are around 2 02 × 10 - 8 m / K , which is in accordance with the results of theoretical analysis and ANSYS simulation .

实验表明：C60可有效提高有机玻璃热折变的灵敏度，热光系数达-3.4×10-4/℃。

The experiments show that C 60 can improve effectively the sensitivity of the thermo-optic ( TO ) effect of PMMA , and calorescence coefficient can reach - 3.4 × 10 - 4 / ℃ .

具有任意结构换热网络的灵敏度系数和灵敏度的计算

Calculation of sensitivity coefficients and sensitivities of heat exchanger networks with arbitrary configurations

热传导问题灵敏度分析的伴随法

Adjoint method of heat conduction sensitivity analysis

实验剂量与石英110℃热释光灵敏度的关系研究

A study of relationship between the test dose and the thermoluminescence dating of fine-grain quartz at 110 ℃

首先介绍抛物型热传导方程灵敏度分析的直接法和伴随法求解格式，然后推导了双曲型热传导方程灵敏度分析的直接法求解格式，接下来介绍了灵敏度分析的半解析方法。

Both the direct method and adjoint method for parabolic heat transfer equation are introduced in this chapter . Then the direct method for hyperbolic heat transfer equation is derived . The simi-analytical method for sensitivity analysis is presented .

对目标函数的优化采用Newton-Raphson算法，对热传导方程和灵敏度方程采用半隐式差分格式迭代求解。

Furthermore , this paper employs Newton-Raphson algorithm to optimize objective function and use half-implicit difference scheme to obtain the solutions of heat-conduction equation and sensitivity equation .

本文探讨了1～50℃／s范围内升温速率对LiF热释光探测器灵敏度和探测阈的影响。

The influence with the detection sensitivity and the detection threshold of LiF thermoluminescent detector under different velocities when the temperature rises in the range of 1 ~ 50 ℃ / s have been discussed in this paper .

卫星太阳能电池板热设计参数的灵敏度分析

Parameter Sensitivity Analysis for the Solar Array of the Satellite Thermal Design

用石英110℃热释光峰灵敏度增高法测定年龄

Dating by Using the Method of Sensitivity Increment in Quartz 110 ℃ Thermoluminescence Peak

热中子照相及其灵敏度

Thermal neutron radiography and its sensitivity

第四章讨论了热冲击问题的灵敏度分析方法。

In chapter 4 , the methods of sensitivity analysis for thermal shock problem are discussed .

研究热冲击问题的灵敏度分析与优化设计的数值方法；

The second part is devoted to the sensitivity analysis and structural design optimization for thermal shock problems .

升温速率对氟化锂热释光探测器灵敏度和探测阈的影响

Influence with the Detection Sensitivity and Detection Threshold of LiF Thermoluminescent Detector ( TLD ) under Different Velocities when the Temperature Rises