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- membrane potential difference 膜电位差
- The membrane potential of shaly sand was influenced by the cation exchange capacity, hydrocarbon saturation and concentration difference of the contacted solutions. 当气体供应速率大于散失速率时为气排水的过程，气、水同向流动，此时气藏表现为超压异常；
- This is the method how the potential difference is found. 这是求出电位差的方法。
- A unit of potential difference equals to one thousandth of a volt. 一种电压单位，等于千分之一伏。
- A change in membrane potential affects the orientation of charged molecules. 模电位变化影响着荷电分子的方向。
- Membrane potential of DRG neurons fluctuates spontaneously under current clamp. 电流钳下,DRG神经元膜电位出现自主波动。
- In addition,PCF could stabilize the mitochondria membrane potential. 稳定线粒体的膜电位;
- A unit of potential difference equal to one thousandth(10 - 3)of a volt. 微伏(特)电压单位，等于千分之一(10－3)伏
- When the membrane potential was held at ~60mV, 20umol/L phalloidin(an actrin microfilament stabilizer) inhibited /K(Ca) to 71.8% 3.3% at +60mV. There is significant difference between control group and phalloidin group (/?<0.01, n=15). 电极内液中给予20卜mol几鬼笔环肤(phalloidin)，给予相同的阶跃性去极化刺激，膜电位去极化至+60mV时，入帕抑制至对照组的71 .;9%25士49%25，与对照组相比较具有显著性差异(p<0
- Electromotive force or potential difference, usually expressed in volts. 电压电位或电位差，常以伏特为单位
- Severe galvanic corrosion will occur if potential difference in local area... 希望本文的讨论为油田开发的相关设计和决策提供一定的参考依据。
- A unit of potential difference equal to one thousandth(10-3) of a volt. 微伏（特）电压单位，等于千分之一（10－3）伏
- During the course of the upstroke, the membrane potential attains zero, and an electrical gradient no longer exists. 在升支发展过程中，膜电位一达到零，电位梯度即不再存在。
- DNA content, intracellular Ca2+ and mitochondrial membrane potential in cultured CBT or CP were analyzed. NBT法测定细胞内超氧阴离子(O_2~-)；
- The measurement of alternating potential difference may be perturbed by stray current. 交变电位差的测量可能受到游散电流的影响。
- Hypovolemia shock may lead to the increase of Ca2+ and the collapse of mitochondrial membrane potential. 低血容量性休克可诱发大鼠心肌细胞Ca2+浓度升高,线粒体膜电位下降,导致心肌细胞电生理活动障碍;
- Potassium channels play a critical role in stabilization of membrane potential and regulation of cellular excitability. 钾离子通道具有稳定细胞膜电位和调节细胞兴奋性的重要作用。
- BK_(Ca) channel plays an important role in regulating smooth muscle contractility and maintaining membrane potential. BK_(Ca)通道在维持平滑肌细胞膜电位的维持和肌紧张的调节中起着重要作用。
- The less in the potential difference between oxidation and reduction peaks, the better in reversibility of redox reaction. 材料的氧化峰电位与还原峰电位及其差值越小,氧化还原反应的可逆性就越好。
- At the Cai sinkhole, the rise of Cai preceded the rise of epicardial membrane potential in 5 episodes. 在Cai穴中，5次情况下Cai产生在心外膜电位前。
