压强

These counteracting forces of gravity and pressure create oscillations, analogous to sound waves created in air by pressure differences.

这些方向相反的引力和压强产生了振荡，跟空气中的压强差产生声波一样。

Results The direct flow rate reached 0.549L/min when pressure difference was 4.90kPa(500mmH_2O), and the antidromic flow rate only reached 0.028L/min when pressure difference was 4.90kPa(500mmH_2O), the direct flow rate is much more than the antidromic flow rate.

结果：当瓣膜两端顺向的压强差为4.90kPa(500mmH_2O)时，流量可达0.549L/min；当瓣膜两端逆向的压强差为4.90kPa(500mmH_2O)时，流量为0.028L/min，顺向压差的流量大于逆向压差的流量。

Considering the interaction of practical gas, using the canonical distribution and statistical interpretation of gas pressure, this paper derives a pressure formula of practical gas directly.

考虑到实际气体分子之间的相互作用，利用正则分布，按照气体压强的统计解释，得到了实际气体的压强方程。

In this paper, using the concept of the contact angle and considering the capillarity action, the method of small-time expansions is developed to solve accurately nonlinear wave due to the horizental of the plate towards the fluild with an acceleration.

采用对时间t作幂级数展开的方法，利用接触角的概念，并考虑了表面张力的作用，对垂直平板在静止的液体中突然起动所产生的非线性波进行了求解，得到了速度势函数、压强及自由面形状的解析表达式，并对一种特例计算了作用在平板上的动水压强。

In this paper, the JFO condition, satisfied with global mass continuity, is incorporated into an universal Reynolds equation with micro-polar fluid which is solved for the oil film pressure using OSM and FEM. The bearing load capacity and friction resistance were given, and stiffness/damping coefficients and critical rotor mass were obtained by solving a pressure perturbation equation with micro-polar lubricants.

本文采用满足全流场质量连续的JFO边界条件，采用微极性流体的广义雷诺方程来求解油膜压力分布，进而获得油膜承载力和粘性阻力等轴承动力特性量；采用小参数摄动法得出油膜压强扰动方程，并采用有限元法解出扰动压强，积分扰动压强获得油膜的阻尼系数和刚度系数，进而求得了表示轴承油膜稳定性的临界转子质量。

Though the plasma pressure in the filament initially is lower than its neighbors, its plasma pressure rose to values comparable to, or sometimes greater than, its neighbors once it started moving earthward fast enough.

虽然在模拟中细丝的初始等离子体压强低于周围压强，但是当它开始迅速向地球方向运动时，它的等离子体压强很快上升到与周围压强相当，甚至有时候大于周围压强的值。

The relative molar concentration ratios of c(superscript * subscript NO)/c(superscript * subscript NO2) changes as the temperature and pressure change. These results reveal that the two competitive reactions of C-NO2 homolysis (to form NO2) and isomerization may occur during the fast thermolysis of DNTF. NO formation from the cracking of furazan or furoxan rings may be limited by pressure.

结果表明，DNTF快速热裂解的主要产物CO、CO2、NO和NO2的相对摩尔浓度c与温度和压强有关，通过分析相对摩尔浓度比c(上标*下标 NO/c(上标*下标 NO2)随温度和压强的变化，揭示了DNTF中碳硝基C-NO2存在均裂生成NO2和异构化生成NO两条竞争分解的可能途径，同时压强可能抑制呋咱环和氧化呋咱环生成NO的可能性。

When the piston in the cylinder-side movement from left to right, the left cylinder cavity as a result of increasing the volume of the left cavity space constant pressure to reduce, when the space left inside the pressure chamber below the pump pressure containers, according to the principle of balance of gas pressure and was pumping the gas container valve 5 after smoke was continuously pumped into the left cavity, at this time is in the process of breathing.

当活塞在气缸内从左端向右端运动时，由于气缸的左腔体积不断增大，左腔空间的压强不断的降低，当左腔空间内的压强低于被抽容器内的压强，根据气体压强平衡的原理，被抽容器内的气体经过吸气阀5不断地被抽进左腔，此时正处于吸气过程。

The relationship of pressure and diameter of tubelike tension bandage is studied and defined through a great deal of test and statistic analysis.

研究圆筒形压力绷带压强与筒径关系，通过大量的测试与数理统计分析，确定二者的数学关系，并在给定的压强与腿部尺寸的基础上，计算得出圆筒绷带编织尺寸，以满足压强要求

Second is studying the traumatic condition changes in a choosey pressure at different post-PT phases. Moreover, we detected model PLA_2 activity, express of PLA_2 subtype mRNA by fluorescent quantitative RT-PCR technique, protein express and site by Western blot and IHC at different post-PT phases. At last, we studied the PLA_2 inhibited effects and model protection of Variabilin in vivo.

研究在不同压强的外力作用下，模型指定时相点的一般情况和存活率、大体、光镜及电镜下胰腺组织的病理变化和常规酶学变化，得到稳定建模致伤压强；然后，固定致伤压强，研究胰腺创伤后不同时相点的伤情变化(包括一般情况、胰腺组织的病理变化、AMS和LPS活性变化、血常规、血生化、胰腺细胞凋亡以及胰腺组织细胞生长周期变化情况)；再次，采用3H-花生四烯酸标记大肠杆菌膜作为底物的方法检测大鼠胰腺创伤后不同时相点的PLA_2活性，利用荧光定量RT-PCR技术检测其亚型mRNA的表达，利用Western blot和IHC技术检测其蛋白表达量和蛋白组织定位；最后，将Variabilin体内应用于急性胰腺创伤大鼠模型，研究其对模型的保护作用和对PLA_2的抑制效应。

But in the course of internationalization, they meet with misunderstanding and puzzlement.

许多企业已经意识到了这一点，但在国际化的进程中，仍存在一些误区与困惑。

Inorder toaccomplish this goal as quickly as possible, we'll beteamingup with anexperienced group of modelers, skinners, and animatorswhosenames willbe announced in the coming weeks.

为了尽快实现这个目标，我们在未来数周内将公布与一些有经验的模型、皮肤、动画制作小组合作。