2) stress sensitivity
应力敏感
1.
A new method to study stress sensitivity analysis of tight reservoir and its influence on oilfield development;
致密储层应力敏感分析新方法及其对开发的影响
2.
Two types of stress sensitivity mechanisms for reservoir rocks:Being favorable for oil recovery;
储层岩石的2种应力敏感机制——应力敏感有利于驱油
3.
A theoretical formula of stress sensitivity index with compressibility of rock;
岩石应力敏感指数与压缩系数之间的关系式
3) stress-sensitive
应力敏感
1.
Three-zone composite well test model of condensate gas reservoir in stress-sensitive sandstone;
应力敏感砂岩地层三区复合凝析气藏不稳定试井模型
2.
Pressure transient response in deep-seated geothermal stress-sensitive fissured composite gas reservoir;
应力敏感裂缝性双区复合气藏压力动态特征
3.
Experiment shows that the reservoirs in Yanchang formation of Ordos Basin are stress-sensitive to different extent,resulting in damages of different degree to reservoir oil/water percolation.
室内实验发现,鄂尔多斯盆地延长组储层存在不同程度的应力敏感,由于应力敏感,对储层的油水渗流伤害程度也存在一定的差别,且油的渗流伤害普遍大于水的渗流伤害。
4) pressure sensitivity
压力敏感
1.
It is found that the skin factor of formation pressure sensitivity depends on the pressure sensitive coefficient, differential pressure of well testing, etc, which means that the res.
对于压力敏感储层,当地层压力降低时,储层渗透率显著降低,其作用相当于固体颗粒或流体损害储层,降低储层渗透率,产生一储层压力敏感表皮系数。
2.
One of main damage factors in low-permeability sandstone oil pool is pressure sensitivity, degree of which is dependent on rock s features.
压力敏感性对低渗透砂岩气藏的损害程度主要由储集层岩石本身的特性所决定。
5) stress sensibility
应力敏感
1.
Influence of stress sensibility on low permeability gas reservoir in different production methods;
不同开采方式下应力敏感对低渗气藏的影响
2.
Many researches indicate that stress sensibility appears frequently in low permeability gas reservoir.
针对低渗透气藏压敏效应较强,随着储层压力的下降,有效应力不断变化,引起气藏产能逐渐降低的特点,通过固定围压,改变内压(四升四降内压)的方法来研究内压变化对储集层渗透率的影响,同时分析评价渗透率的应力敏感性。
3.
Due to produced liquids,reservoir pressure declines,and permeability and productivity of wells decrease correspondingly,which is called stress sensibility.
油藏采出流体后,地层压力下降,渗透率和油井产量都会有不同程度的降低,即出现所谓的应力敏感。
6) lycoramine
力可拉敏
1.
Extraction and HPLC determination of galanthamine and lycoramine in Lycoris radiata
石蒜中加兰他敏和力可拉敏的提取及高效液相色谱法分析
2.
In order to increase the use value of lycoramine,it was dehydrogenated selectively in the pres- ence of 9% rare earth metal hydride at 240℃,affording galanthamine with 45.
加兰他敏提取工艺中的主要副产品——力可拉敏的药用价值明显低于加兰他敏,为提高力可拉敏的利用价值,在催化剂存在下脱氢制取加兰他敏,以力可拉敏为原料,分别考察了反应时间、温度和催化剂用量对反应的影响,得出在9%镧镍稀土合金催化剂存在下,240℃时选择性脱氢,半合成加兰他敏,收率达45。
补充资料：力敏效应
分子式：
CAS号：
性质：对某些半导体材料施加一定垂直压力后，会引起电阻值显著变化的现象。利用力敏效应可制成把应力变为电信号的力敏传感器。锗、硅、铟锑等半导体材料可制作力敏元件。利用半导体材料的压阻效应和压电效应制成的力敏元件和其他力敏元件相比具有很多优点：灵敏度和精度较高，动态特性和线性度好，迟滞小，体积小，结构简单，使用寿命长，可靠性好，并可使计算显示与控制电路一体化，为仪器的微型化、数字化、高精度化开辟了广阔前景。
CAS号：
性质：对某些半导体材料施加一定垂直压力后，会引起电阻值显著变化的现象。利用力敏效应可制成把应力变为电信号的力敏传感器。锗、硅、铟锑等半导体材料可制作力敏元件。利用半导体材料的压阻效应和压电效应制成的力敏元件和其他力敏元件相比具有很多优点：灵敏度和精度较高，动态特性和线性度好，迟滞小，体积小，结构简单，使用寿命长，可靠性好，并可使计算显示与控制电路一体化，为仪器的微型化、数字化、高精度化开辟了广阔前景。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条