1)depolarization[英]['di,p?ul?rai'zei??n][美][di'pol?r?'ze??n]去极化
1.The effects of attenuation and depolarization induced by rain in the Ka waveband;Ka波段降雨衰减与去极化效应
2.Effect of DC bias on pressure-induced depolarization of Pb(Nb,Zr,Sn,Ti)O_3 ceramics直流偏压对压力诱导反铁电陶瓷去极化性能的影响
3.The results display that the main reason of magnesium alloy corrosion is the cathodic depolarization reaction of sulfate-reducing bacteria.采用浸泡挂片实验方法,并用X-衍射仪对试样腐蚀产物进行分析,结果显示:硫酸盐还原菌阴极去极化作用是促使镁合金阳极腐蚀的主要原因。
英文短句/例句
1.air depolarizing cell空气去极化[去磁]电池
2.Study of polarization and depolarization current measurements for assessment of aging state of oil-paper insulated transformers油纸绝缘变压器老化状态评估的极化/去极化电流技术研究
3.The condition is characterized by weakness resulting from excessive depolarization of the motor end-plate.其特征为无力，这种无力起因于运动终极的过度去极化。
4.It is well established that the cardial contraction is initiated when an action potential depolarizes the sarcolemma.已经确证，心肌收缩始于动作电位使肌膜去极化。
5.Study on Clinical Effect of Priming of Nonpolarized Muscle Relaxants;预注非去极化肌松剂临床肌松效应的研究
6.Molecular Mechanism for Membrane Depolarization Induced Potential of KCNQ2/Q3 Currents细胞膜去极化增强KCNQ2/Q3钾电流的分子机制研究
7.Multi-walled Carbon Nanotubes Exposure Induces Oxidative Stress and Depolarizes Mitochondrial Membrane Potential in Cultured A549 Cells多壁碳纳米管诱导A549细胞氧化应激与去极化线粒体膜电位
8.Background: Sepsis attenuates the muscle-relaxing effects of nondepolarizing neuromuscular blockers.背景：脓毒血症能减弱非去极化神经肌肉阻滞剂的肌松作用。
9.TWO TYPES OF NONDEPOLARIZING-ACTIVATED CALCIUM CHANNELS ON THE SPINAL CHOLINERGIC NEURONS FROM EMBRYONIC XENOPUS LAEVIS爪蟾胚胎脊髓胆碱能神经元上两类非去极化激活的钙通道
10.Clinical Observation of Tumor Patients on Phase Ⅱ with Depolarizing Neuromuscular Blocking Drugs;肿瘤患者使用去极化肌松药发生Ⅱ相阻滞的临床观察
11.Study of Attenuation and Depolarization in Ka Waves Band Along Earth-space Path and Power Control Algorithm;Ka频段地空路径衰减与去极化及功率控制算法研究
12.Inhibitory Effect of Electrical Stimulation on GABA-induced Depolarization in Rat Dorsal Root Ganglion Neurons;不同频率电刺激坐骨神经对DRG神经元GABA去极化反应的抑制作用
13.To partially or completely eliminate or counteract the polarization of.去极（化），退极（化）部分或完全地消除极性
14.Electrooxidation of Formic Acid on Pd-Ni Alloy Film Electrode-The Effect of Dealloying钯镍合金薄膜电极上甲酸电氧化-去合金化效应
15.A catalytic electrode in the cell strips hydrogen nuclei(protons) from the methanol molecules.电池中的催化电极从甲醇分子中脱去氢核（质子）。
16.The Research on Some Key Technologies and Theory of Frequency Domain IP Decoupling by Chop-wave;频率域激发极化斩波去耦关键技术与理论研究
17.STUDY ON THE EFFECT OF NTP ELECTRODE CONFIGURATION ON THE PHOTOCATALYTIC REMOVAL OF HCHONTP电极结构对光催化去除室内HCHO的影响研究
18.It is highly recommended that one purchase gourmet coffee in oxygen-proof bags or to try to purchase whole bean gourmet coffee that can be grinded just before being made.极力推荐大家去购买装在抗氧化袋中的极品咖啡，或购买未研磨的极品咖啡豆。
相关短句/例句
oxygen depolarization氧去极化
3)depolarizer[di:'p?ul?raiz?]去极化剂
1.Improving wet tantalum capacitors electrolyte property with depolarizer;两种去极化剂对液体钽电容器电解质改性的研究
2.The influence of depolarizer on capacitor s property is studied.采用正交设计方法,对中压大容量液体钽电解电容器工作电解质的配方进行了优化设计,研究了2种去极化剂对电容器性能的影响,试验结果表明,酸度对工作电解质的电导率和沸点有显著影响,在工作电解质中适量添加去极化剂,能有效地改善电容器的高低温性能。
3.In this paper, the influence of two depolarizers on high-frequency electrical performance of wet tantalum capacitors is studied.研究了两种去极化剂对液体钽电容器高频电性能的影响。
4)depolarizing agent去极化剂
1.Influence of two depolarizing agents on the electrical performance of wet tantalum capacitors is studied in this paper.研究了两种去极化剂对液体钽电容器在高频电路中电性能的影响。
2.In this paper,the influence of two depolarizing agents on the double electric layer of cathode interface and the electrical performance of wet tantum capacitors is studied.研究了两种去极化剂对液体钽电容器的阴极界面双电层及电容器电性能的影响。
3.The effect of two depolarizing agents on the electrical performance of high-temperature wet tantalum capacitors was studied.研究了２种去极化剂对高温液体钽电解电容器电性能的影响。
5)Membrane depolarization膜去极化
6)after-depolarization后去极化
1.The after-depolarization of the action potential, representing intact transverse tubules was gradally abolished by osmotic detubulation, while those obtained from the fibres incubated in 1 μmol/L.在用渗透压法去横小管后，表明存在完整横小管的动作电位的后去极化逐渐消失。
延伸阅读
去极化 无线电波在各向异性介质中传播时极化的改变。一种极化态的发射波，在传播过程中除有与发射波极化相同的所谓同极化分量外，还有一部分能量转换为正交极化波能量，即产生交叉极化波分量。去极化常用交叉极化分辨率（XPD）或交叉极化隔离度 (XPI)表示。XPD是指发射单一极化信号时，接收点场的同极化分量与交叉极化分量的功率比;XPI是指用同一频率同时传输两路互为正交的极化信号时，其中一种极化波的同极化分量与另一种极化波的交叉极化分量在接收点的功率比。XPD或XPI越大，表示去极化效应越小。 在微波和波长更短的波段，去极化主要产生于雨、冰晶和多径效应。睛空条件下的去极化主要产生于大气层结和地面的反射。一般说来，由于多径衰落，同极化衰减(CPA)增大时，XPD下降。因此常用 CPA的统计分布预测 XPD的统计分布。雨的去极化效应产生于雨滴的非球对称性。实际雨滴的形状随着直径的增加而成为底部扁平的椭球形，其短轴近似为对称轴，它与垂直方向的夹角为倾斜角。它的散射场由两个特征极化波组成，极化方向分别与对称轴平行和垂直。这两个正交极化波的衰减和相位之差分别称为差分衰减和差分相移，由此导致电波传播极化的改变。去极化的大小取决于入射极化相对于对称轴的取向。雨滴的倾斜角与风向有关，倾斜角一般都比较小，因此垂直极化和水平极化的去极化最轻微，45°线极化和圆极化的去极化最严重。雨的XPD的统计特性取决于 CPA和雨滴倾斜角的统计分布，并与路径倾角和极化倾角有关。大气融解层上方的冰晶在静电（如雷暴）作用下可按一定方向排列，成为各向异性介质，引起地空电路的去极化。这种去极化主要是由差分相移所致，即使在睛天信号没有什么衰减的情况下，也可能出现明显的去极化。干雪引起的去极化的特征与冰雪的去极化相同，而湿雪的去极化效应甚小。 去极化会引起对正交极化传输频率复用系统的交叉极化干扰。对去极化进行研究,一方面要对XPD的统计特性作出估计；另一方面要弄清去极化的机理，并据此提出补偿去极化的措施。
