内压

  • 网络Internal pressure;inner pressure;IAP;Intra-abdominal Pressure IAP
内压内压
  1. 当以1C过充时,电池内压上升速度明显加快;

    When overcharging with 1C , the increasing velocity of inner pressure quicken obviously ;

  2. 根据SOC来调节电流的充电方法,能降低MH/Ni电池快速充电时的内压。

    The inner pressure of Ni / MH battery during fast charging could be decreased by using the charging method which regulated the current for SOC .

  3. 受内压P作用的纤维正交缠绕玻璃钢弯管结构设计和强度计算

    Constructional Design and Strength Calculation of Orthogonal Filament & winding GRP Elbow under Internal Pressure

  4. 分别计算了内压、按不同比例构成的内压-弯矩组合载荷作用下,裂纹的全塑性解系数h1,编制了全塑性解系数h1表格。

    The study gived the full plastic solution coefficients h1 under internal pressure and combined internal pressure and moment in different properties .

  5. 管道轴向裂纹面内压作用下的J积分计算

    J Integral Calculation of Axial Cracks of Pipeline Subjected to Internal Pressure , OGST

  6. 分析了MH-Ni电池内压产生的原因。

    The causes of producing internal pressure of Ni MH battery were analyzed in this paper .

  7. 内压&压缩位移载荷作用下U形波纹管平面失稳判据的应用研究

    Research on Application of Criterion in the In-Plane Instability of Non-Reinforced U-Shape Bellows under Internal Pressure and Displacement Loads

  8. HDPE管试压内压变化规律的研究

    Pressure Change of HDPE Pipe Hydraulic Test

  9. 承受周期性内压的Kelvin固体厚壁球壳

    Thick_walled spherical shell of Kelvin solid subjected to periodic internal pressure

  10. 将电池内阻与内压相联系,研究了直封MH/Ni电池在充放电过程及循环寿命测试实验中的内阻变化情况。

    The internal resistance of directly - sealed MH / Ni batteries had been investigated during charging and discharging cycle .

  11. 分析弯矩对管材的影响,讨论了内压与弯矩联合作用下PSP管的应力应变。

    Stress analysis of PSP under bending moment and internal pressure was also discussed .

  12. 由线性弯曲理论推出了受内压P作用的缠绕玻璃钢环壳极限方程,它是含两个变量的二阶微分方程组。

    The limit equations of filament & wound GRP toroidal shell are de - rived by linear bending theory under internal pressure . P. The equations are differential equations of second order with two variables .

  13. 新方程的四个参数可以由临界温度、压力和反映物质特性的新参数-内压因子α计算,由此得到的方程的理论临界压缩因子ξc是一个和物质特性有关的变值。

    This new equation requires the critical temperature and pressure as well as the new characteristic parameter of substance the internal pressure factor η, and yields a substance dependent critical compressibility factor ξ _c .

  14. TE音患者舒适发声时的气管内压为(2.86±0.69)kPa。

    The pressure of TE speakers for comfortable / a / is ( 2.86 ± 0.69 ) kPa .

  15. 文中采用ANSYS软件提供的非线性有限元技术,分别模拟内压、接管横向、纵向弯矩作用下补强圈与圆柱壳体间的接触行为。

    In this paper , contact behavior between the reinforcement pad and shell was simulated by nonlinear finite element technology provided by the software of ANSYS .

  16. 两两比较异常酸反流组胃内压高于后两者,其中与酸敏感食管比较差异有统计学意义(P0.05)。

    After 22 quite unusual sour regurgitation group stomach intrinsic pressure is higher than both , has statistics significance with the acid sensitive esophagus comparison difference ( P0.05 ) .

  17. 当动物弹射进入气流时,它们的胸内压(Px)和腹内压(Pf)迅速升高,但Px和Pf与qc的相关不显著。

    When animals were ejected into the air flow , their intrathoracic pressure ( p_x ) and intraabdominal pressure ( p_f ) rose rapidly , but correlations of p_x and p_f with q_c were insignificant .

  18. MH-Ni电池降低内压延长寿命的方法

    Method of reducing internal pressure of Ni MH battery and increasing cycle life

  19. 研究了AA型密封MH-Ni电池在充放电过程及循环寿命测试实验中的内阻及内压变化情况。

    The variation of the internal resistance and inner pressure of AA size sealed Ni MH batteries were investigated in the charge / discharge and cycle life test .

  20. 本文采用了理论分析及非线性有限元分析的方法探讨了单纯内压载荷以及内压&轴向压缩位移载荷下U形无加强波纹管平面失稳的应力判据。

    In this paper , the theoretic analysis and the Finite Element Analysis is presented to find out criterion in the in-plane instability of non-reinforced U-shape bellows under pressure loads or pressure-compress loads .

  21. 本文应用有限单元法计算了动态内压下含裂纹厚壁筒的动态应力强度因子K1(t),提供了合理的计算方案,研究了不同动载参量对动态应力强度因子的影响。

    In this paper , the finite element method was used to compute the dynamic stress intensity factor of thick-walled cylinder with edge crack . The suitable programme and the factors affecting dynamic stress intensity factor was studied .

  22. H62黄铜/碳钢双金属管内压扩散复合的研究

    Study of the Brass / mild Steel Bimetallic Tube by Diffusion under Inner Pressure

  23. GB150内压锥体设计的有关问题探讨

    Study and discussion on some problems related to GB 150 inner pressure cone shell

  24. 应用龙格库塔法求解内压传播方程,对风洞试验结果进行补充分析,研究不同结构参数对内压Helmholtz振动的影响。

    Runge-Kutta method was utilized to solve the transfer equation . The influence of roof flexibility , opening area , wind speed and damping ratio on Helmholtz vibration was also obtained .

  25. 耳穴电刺激患者胆囊内压(GBP)变化的多元分析&附22例手术资料

    The influence of multiple factors on gall bladder pressure ( gbp ) after ear-point electrical stimulation : 22 cases of surgery data multiple regression

  26. 多数患者术前24h尿量偏少,膀胱内压、中心静脉压、动脉收缩压和PaO2表现异常,手术患者术后各项指标较术前明显好转(P0.01)。

    Most of patients were oliguric , with abnormal bladder pressure , central venous pressure , and systolic blood pressure 24 hours before operation . But these parameters were significantly improved after operation ( P0.01 ) .

  27. Marc对空气弹簧的非线性垂向刚度特性进行了数值模拟,分析了胶囊内压、帘线角、铺层厚度、帘布线层数对空气弹簧垂向刚度特性的影响。

    Marc . The influence of several parameters such as inner pressure , angle of fiber , fiber layer number and fiber layer thickness on the vertical stiffness characteristic of the air spring is simulated and analyzed .

  28. 基于轴对称平面应变条件,推导了缠绕FRP加固承受内压的损伤金属管线的环向应力计算公式,并提出了预应力FRP加固损伤金属管线的思路。

    Based on the assumption of axis-symmetrical plane strain , the calculating formulas for the hoop stress were derived for the metallic pipelines under internal pressure strengthened by circumferential winding FRP . The use of prestressed FRP for metallic pipelines repair was proposed .

  29. 通过对39例股骨头缺血性坏死和7例健康人股骨近端骨髓内压测试(IMP)的护理观察和护理配合,完成了测试工作并取得了较好的效果。

    Nursing and observation of the tests of intramedullary pressure ( IMP ) for 39 cases of ischemic necrosis of femoral heads and 7 cases of femoral proximal ends of healthy subjects were performed and better effects were obtained .

  30. 基于Hoffman复合材料失效准则,考察了缠绕角对两端封闭的纤维缠绕复合材料内压管道(环向/轴向应力比为2∶1)强度的影响。

    The effects of winding angle on the strength of fiber-winding composite pipe with ends under internal pressure ( the ratio of hoop stress to axial stress is 2 ∶ 1 ) were investigated based on Hoffman failure criterion here .