流体静压力

本文报导了在流体静压力18000kg/cm~2的范围内，锗隧道二极管伏安特性随压力变化的实验结果。

Effects of hydrostatic pressure up to 18000 kg / cm2 on the current-voltage characteristics of germanium Esaki diodes are reported .

流体静压力下的Si中的深杂质能级

Deep Impurity Levels in Silicon under Hydrostatic Pressure

Si中Au受主能级的流体静压力移动

Hydrostatic pressure dependence of gold acceptor levels in Si

流体静压力下Hg（1-x）CdxTeP-n结的伏安特性

Current-Voltage Characteristics of Hg_ ( 1-x ) Cd_xTe p-n Junctions under Hydrostatic Pressure

流体静压力下窄禁带Hg（1-x）CdxTe电学性质的研究

Investigation on Electric Properties of Narrow-Gap n-Hg_ ( 1-x ) Cd_xTe under Hydrostatic Pressure

流体静压力对InSb输运性质的影响

The effect of hydrostatic pressure on the transport properties of InSb

在此文中我们推广了以前的工作，并计算了GaP中和替代缺陷对有关的深能级的流体静压力系数。

In this paper we extend previous work and evaluate the derivatives with respect to hydrostatic pressure of the deep energy levels associated with substitu - tional defect pairs in GaP .

Hg（1-x）CdxTeN~+-p光电二极管中的深能级及其电流机构的流体静压力研究

Hydrostatic pressure studies of deep levels and related current mechanisms in hg_ ( 1-x ) cd_xte n ~ + - p photodiodes

流体静压力作用下人牙囊细胞CSF-1的表达

Expression of CSF-1 in cultured human dental follicle cells under different hydrostatic pressures

结果发现随着流体静压力的增大，六角氮化硼五种堆垛的带隙不同程度地减小，并且当流体静压力增大到9.19GPa时，AA堆垛从间接带隙转换为直接带隙。

The results show that the bandgap of h-BN of five stackings decreases as the increase in hydrostatic pressures . Moreover , the band structure of AA stacking changes from indirect to direct at the hydrostatic pressure of 9.19 GPa .

在流体静压力到10kbar范围内，采用DTA技术研究了压力对NH4IO3及其固溶体Kx（NH4）（1-x）IO3的相变温度（Tc）的影响。

The effects of hydrostatic pressure on the transition temperatures Tc of NH_4IO3 and its solid solutions K_x ( NH_4 ) _ ( 1-x ) IO_3 have been investigated by means of differential thermal analysis ( DTA ) up to 10 kbar .

认为上覆岩层压力（pob）等于流体静压力（pf）和岩石骨架应力（pG）之和，是不严密的，这可以导致许多错误。

Traditional theory considered that the overburden pressure ( pob ) is the sum of hydrostatic pressure ( pf ) and framework stress ( pG ), this may resulted in many mistakes .

结论：培养的人牙囊细胞具有合成与分泌CSF-1的能力，流体静压力可以促进体外培养的人牙囊细胞CSF-1的分泌。

Conclusion : The results indicated that CSF-1 was synthesized and secreted by the dental follicle cells , and hydrostatic pressure enhanced the secretion of CSF-1 .

目的：研究体外培养的人牙囊细胞在不同流体静压力作用下对细胞分泌CSF-1的影响，探讨CSF-1在牙齿萌出过程中的作用。

Objective : To investigate the effects of the secretion of Colony Stimulating Factor - 1 ( CSF-1 ) in cultured Human dental follicle cells after incubation under different hydrostatic pressures .

流体静压力下LiIO3晶体β→α相变的动力学过程

Dynamic process of β→α transition of liio_3 crystals under hydrostatic pressure

流体静压力从0到50kbar。

The applied hydrostatic pressure ranges from 0 to 50 kbar .

流体静压力下窄势垒GaAs/AlAs超晶格的低温纵向输运

Vertical Transport in Narrow Barrier GaAs / AlAs SL under Elevated Hydrostatic Pressure

速度与流体静压力无关。

The velocities are independent of hydrostatic pressures .

此外，不同尺寸的量子点结合能随流体静压力的增加而增大。

Moreover , the binding energies increase with the pressure for any size of dot .

计算了杂质态结合能随半径和流体静压力的变化关系。

The binding energies are computed as a function of dot size and hydrostatic pressure .

也讨论了流体静压力和单轴压力下分子晶体高压行为的研究结果。

The high-pressure behaviors of the molecular crystals under hydrostatic and uniaxial compressions from previous works are also discussed .

速度与流体静压力无关。磁流体静力选矿中非磁性矿粒的磁浮力分析

The velocities are independent of hydrostatic pressures . Analysis of the Magnetic Buoyancy Force of Non-Magnetic Mineral Particles in MHSS

深潜器以及一些高压输液管道本身受到流体静压力的作用，在振动时静压力会对其振动性能产生一定的影响。

The hydrostatic pressure may exert an influence on vibration performance of deep submergence vehicles and high-pressure pipes subjected to hydrostatic pressure .

采用全矢量有限元方法，理论上分析侧向压力对高双折射微结构光纤双折射特性的影响，与其他报道中采用流体静压力来研究微结构光纤的双折射变化有所不同。

The influence of lateral pressure on the birefringent characteristics of high-birefringent microstructure fiber is theoretically investigated using a full-vector finite element method , which is different from other reports applying hydrostatic pressure .

通过态密度、能带结构、差分电荷密度及介电常数虚部等手段分析了流体静压力对六角氮化硼电子结构和光学性质影响的原因。

Using the density of states , bandgap , difference of the charge density , and frequency-dependent dielectric function , we explore the mechanism of the effect of the hydrostatic pressure on the electronic and optical properties of h-BN .

单纯增大注气量并不一定就必然会导致井内压力的降低，这取决于所给条件下构成井筒内气液两相流体的静液压力和流阻间的平衡关系。

The results indicate that only increasing the gas injection rate is not certain to result in decreasing the bottomhole pressure , it depends on the balanced relationships between the hydrostatic pressure and flow resistance pressure in the given borehole gas / liquid two-phase fluid .