1) initiation mode
起裂方式
1.
There are three possible initiation modes for hydraulic fracturing on the wellbore influenced by trend and dip of natural factures,including tensional fracture along natural fractures,shear fracture along natural fractures and tensional fracture initiating from rock body.
受天然裂缝和倾角的影响,水力裂缝在斜井井壁处可能存在3种起裂方式,分别为沿天然裂缝面张性起裂、沿天然裂缝面剪切破裂和从岩石本体起裂。
2.
There are possibly three initiation modes of hydraulic fracture on wellbore because of influence of the trend and dip of natural facture.
根据天然裂缝产状和地层地应力状态,建立了水力裂缝3种起裂方式的起裂压力计算模型,给出了水力裂缝起裂方式和起裂压力的判别方法。
2) Checking direction
起裂方向
3) Pacing mode
起搏方式
1.
To evaluate the hemodynamic effects of different pacing mode,we studied changes of hemodynamics before and after the cardiac pacing.
本文采用超声心动图研究了心脏起搏前、后的血液动力学变化 ,以评价不同起搏方式的血液动力学效应。
4) initiation method
起爆方式
1.
The effects of structural parameters of liner and initiation methods on projectile formation and performanc.
通过模拟计算得到了药型罩结构参数和起爆方式对弹丸成型的影响规律,并初步确定药型罩结构参数间的相互关系:药型罩直径D,内径R1=(0。
2.
It was demonstrated that the initiation methods such as center point initiation,four-point initiation and peripheral initiation had an effect on the formation and the performance parameters of the high velocity rod-shaped projectile.
应用LS-DYNA动力学分析软件对变球缺型罩装药结构下高速杆式弹丸的形成过程进行数值模拟研究,揭示了其成型机理,并研究了中心点起爆、四点同时起爆和环形起爆等三种起爆方式对高速杆式侵彻体的成型和性能参数的影响,得到了弹体的速度分布。
5) Starting mode
起动方式
1.
The article briefly introduced its working principle, starting mode, applications and usages.
文章简要介绍了软起动器的工作原理、起动方式、应用场合以及使用注意事项。
2.
According to different starting energy sources and excitement modes in HFPE,4 starting modes of constant pressure valve control,constant pressure position control,starting hydraulic accumulator(SHA) valve control and SHA position control were given.
为研究液压自由活塞发动机(HFPE)的起动性能,对HFPE样机的典型起动方式进行了实验研究。
3.
To meet the needs of different applications and loads, the conventional starting mode of the high-voltage cage liquid resistance starter is improved.
为满足不同应用场合和负载的要求,对传统的高压笼型液体电阻起动器的起动方式进行了改进。
6) ways of initiation
起爆方式
1.
By analyzing the results,it suggests that ways of initiation have great influence on jet performance.
应用LS-DYNA有限元程序,采用ALE方法对聚能装药在点起爆、面起爆、正向环形起爆和逆向环形起爆等不同起爆方式下的射流形成过程进行了三维数值模拟。
补充资料：油气田开发方式(见油气田生产方式)
油气田开发方式(见油气田生产方式)
development pattern of oil and gas field:see recovery pattern of oil and gas field
a垃d gas月e卫d) 、‘。尸卫Jlent见油气田小冰、*pa士teroof ojl
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