In view of practical problem during Sulige gas field development, this paper complete follow study content. Study material balance theory of two district compound gas reservoir. Carry out stress sensitivity experiment on matrix rock and labor created fracture core from Sulige gas field with America Core Company high pressure high temperature flow experimental instrument to study stress sensitivity change rule of different permeability matrix rock and created fracture core at the condition of time and again switch on and off well and different drawdown pressure. Carry out depletion experiment on matrix rock of different permeability serial combination with different kinds of allocation, using double core clamper serial connected experimental apparatus, to study gas well production performance of bi-zonal compound low permeability reservoir during low pressure production stage. At the basis of experimental study, establish single well simulation model to analyze development index infection caused by stress sensibility and production performance infection rule caused by inner formation and outer formation of bi-zonal compound gas reservoir permeability variation while considering stress sensitivity.
针对苏里格低渗气田开发中存在的实际问题，完成以下研究内容；研究了两区复合气藏物质平衡原理；利用美国岩芯公司高温高压流动实验仪，对取自苏里格气田基质岩芯和人工造缝岩芯进行应力敏感实验，研究不同渗透率基质岩芯和造缝岩芯在多次开关井和不同生产压差条件下的应力敏感变化规律；采用双岩芯夹持器串联实验装置，对不同渗透率串联组合的基质岩芯进行各种配产条件下的衰竭实验，研究两区复合的低渗储层气井在低压生产阶段的生产动态特征；在实验研究的基础上，建立单井模拟模型分析储层应力敏感性和非均质性对开发指标的影响，研究考虑应力敏感时两区复合气藏储层中内区和外区渗透率变化对开发动态的影响规律。
Aimed to the problems of lower molecular weight, easier shear degradation, sensibility to salt and inadaptability to higher temperature of polyacrylamide used widely in current tertiary oil recovery, two approaches were adopted to enhance the adaptability of polyacrylamide.
针对目前三次采油用聚丙烯酰胺相对分子质量低、易剪切降解、对盐敏感和不适应高温地层等问题，采用两种途径提高了聚丙烯酰胺的适用性。
At room temperature, its electric resistance was measured by RLC impedimeter D. C. bridge. And RQ-1 Gas meter was employed to determine the sensibility of alcohol, benze, enthene, hydrogen and so on.
利用RLC阻抗电桥测试了元件室温电阻值与饱和盐溶液蒸汽湿度的关系，同时应用RQ－1型气敏测试仪测定了元件对乙醇、苯、丙烯、氢气等的敏感特性。
The level of energy exchange is higher in sammer and winter. The sensibility of air temperature to global radiation above the glacial surface is much more low than that in free-glacier areas.
Yr，只有〓为冰川所吸收，冰川表面只有4-10月通过辐射过程吸收能量，其它季节均为支出能量，冰川表面的能量交换水平在盛夏与隆冬季节均较高，冰川表面气温对总辐射通量变化的敏感性比非冰川区要小得多。
After the test results F, F and F were regressed with the uniform design software package, the ratio of the area under the SCC curve to the baseline line curve- F is most suitable to evaluate 316L steel sulfide stress corrosion cracking sensibility and the equation are selected as follows: F=? 1 l.46+O.61X3? 9.12x1O2X4+1.84x1O5X1X2+3.O9x1O5X22 In which X1, X2, X3 and X4 are concentration of H2S, Cl, temperature and pH of the environment respectively. Scanning electron microscope photos of 316L speciment fracture are analyzed, it was found that Cl is more effective to stress corrosion of 3161 steel while H2S is less effective. When Cl concentration is below 25Oppm, the speciment fracture belongs to plastic cracking. When Cl concentration is 25Oppm, stress corrosion features begin to occur. When Cl- concentration is 31 Oppm, stress corrosion features are very obvious. In this paper, several types of corrosion sample were laid in the oil refining plant to study equipment corrosion.
考虑了不同的硫化氢浓度、氯离于含量以及pH值和温度对316L奥氏体不锈钢在含硫化氢和氯离子介质中应力腐蚀开裂的综合影响，并采用均匀设计软件包对计算316L奥氏体不锈钢敏感性指数的F、F和 F进行了回归处理，分析得出了用慢拉伸应力应变下的曲线面积比F评定316L奥氏体不锈钢敏感性较为合适，同时给出了估算公式：F=-11.46+0.61Χ_3-9.12×10~(-2)Χ_4+1.84×10~(-5)Χ_1Χ_2+3.09×10~(-5)Χ_2~2 本文结合316L钢慢拉伸腐蚀断裂试样断口的扫描电镜分析和断口能谱分析，研究了硫化氢浓度、氯离子含量、温度和pH值对316L奥氏体不锈钢应力腐蚀断裂的影响，认为温度、Cl~-浓度对316L钢应力腐蚀的敏感性影响较大，而H_2S和pH值的影响相对较小；Cl~-浓度在250ppm以下，属塑性断裂；在250ppm时，出现了应力腐蚀的特征；当Cl~-浓度达到310ppm时，应力腐蚀特征明显；氯离子的存在是造成不锈钢脆性断裂的主要原因。
The performances of modified asphalt with different contents of Indonesian Buton Rock Asphalt and Esso based dasphalt A-70 are studied with the experiments. The results show that the capacity of anti-deforming and the performances of temperature sensibility, in high temperature or low temperature are improved as the contents of BRA increase.
以埃索70沥青作为基质沥青，对不同掺量的印尼布敦岩沥青改性沥青的性能进行了研究，试验结果表明，随着岩沥青掺量的增加，改性沥青的抗变形能力、感温性能、高温性能和低温性能得到提高。
According to measured data of ground temperature along QXH, the relationships among thermal thaw-erosion sensibility, freezing-thawing process, seasonally thawing depth and permafrost ground temperature, among permafrost temperature, mean annual ground temperature and seasonally thaw depth and among surface landscape stability, freezing-thawing hazards and their forming possibility are systemically analyzed.
通过青藏公路沿线实测资料，分析了冻土热融蚀敏感性与冻融过程、季节融化深度及多年冻土顶板温度关系；冻土热稳定性与多年冻土顶板温度、年平均地温及季节融化深度的关系；地表景观稳定性与冻融灾害之间的关系及产生的可能性。
In this work, magnetooptic single crystal garnet BiGd: YIG with high Faraday rotation and low temperature sensibility was growth from high temperature flux. Magneto optic properties in near infrared range were measured.
本文用熔盐法生长了高法拉第旋转角、温度稳定的稀土铁石榴石磁光单晶BiGd：YIG，测试分析了其在近红外波段的磁光性能及其温度特性。
A temperature sensibility feeler of the temperature detect switch is disposed on the outer body.
所述温控开关的感温探头安装在外杯体上。
The powders of reclaimed rubber from used tubber types are added into the asphalt as a modifier by means of certain procedures, resulting in obvious improvement in viscosity, temperature sensibility, resistance to flow and low-temperature pliability of the asphalt.
按照一定的工艺方法，将废旧轮胎橡胶粉作为沥青的改性剂，加入沥青中，能使沥青的粘性、温度敏感性、耐流动性以及低温柔韧性获得明显改善。
Based on the fundamental research work, a crystal vacuum measurement system was designed and carried out, many experiments have been done on measurement repeatability, measuring range, temperature sensibility, and aging characteristic.
在此基础上，研制了晶振真空压力检测系统，对测试重复性、测试量程、温度的测试敏感性、以及老化特性进行了实验研究。
In this paper, the advantages of gain cell such as small cell size, logic process compatibility and etc are discussed. Furthermore, four design difficulties, small data retention time, negative voltage requirement, temperature and disturbance sensibility of data retention time are performed detailedly.
重点讨论了该核心单元面积小、与逻辑工艺完全兼容等优点，并提出其设计中的四个难点&数据保持时间短、操作需要负电压、数据保持时间的温度敏感性及易受干扰特性。
Study on Temperature Sensibility of Carbon Fiber Cement Coating
碳纤维水泥涂层的温敏性研究
The results indicates that doping and temperature of heat treatment greatly affectes the structure of thin film and its size of crystalline grain, thereby, influences its conduction and sensibility.
结果表明，掺杂和热处理温度对薄膜晶粒尺寸的大小、薄膜的结构形态均有较大的影响，进而影响薄膜的电导及传感器的灵敏度。
The cross-linking decreased the degree of crystallinity and the temperature sensibility of melt viscosity.
由流变曲线看出，交联降低了PP熔融黏度对温度的敏感性；
Consequently, it is suggested that the cells may be used as differential temperature sensors to measure the small change in temperature and their sensibility is 0.1 to 0.04 mK.
因此，该电池可作为微差温度传感器，测量微小的温度变化，灵敏度达（0.1～0.04）mK。
The valve core has the advantages of rapid response, sensibility, accurate control, prolonged service life, and safe and reliable use, and can be used in a bathroom for water temperature regulation.
反应迅速灵敏，控制精确，提高了阀芯的使用寿命。安全可靠，使用方便，可用于浴室的水温调节。
On one hand, it uses the temperature control chip with PID compensation network to trace and control the laser diode`s temperature and designs APC circuit to control the power of the laser diode in design, so does the laser diode have a high-stabilized output; on the other hand, it adopts low noise amplifier and PIN detector with low dark current and high responsibility to design the high sensibility optic-receiver. It improves the S/N of the optic-receiver and the dynamic rang of the meter by optimization and anti-jamming designing of the receiver, using the numerical average method of digital signal processing, restraining the receiver noise within the limit and using the Y form coupler to reduce the reflection of the front port of the fiber.
在设计与制作中采用了带PID补偿网络的高精度温度控制芯片，对激光器温度进行跟踪和控制，并通过APC电路对其功率进行控制，使激光器输出高稳度激光；同时采用低噪声放大器和低暗电流、高响应度PIN光电探测器，设计了高灵敏度的光接收机，通过对光接收机进行优化和抗干扰设计以及使用数字平均的信号处理方法，最大限度的抑制接收机的噪声，并采用Y型光纤分路器，以降低光路的前端反射，来提高接收机的信噪比，使光波参数综合测试仪获得大的动态范围。
It has larger Faraday rotation angle and magneto optic figure of merit and lower temperature sensibility than pure YIG.
与纯YIG相比具有较好的磁光性能，有更高的比法拉弟旋转角和磁光优值以及较小的温度依赖性。
Research on temperature sensibility of dry-type leak detection for sealed container
密封容器干检式检漏的温度敏感性研究