这篇论文主要探索双极膜替代这传统离子交换工艺的可能性。
This thesis mainly explores the possibility of applying the bipolar membrane technology to displace the traditional ion exchange process.
目的探讨双极电压钳技术在促离子型受体研究中的应用。
Objective To explore the application of the two-electrode voltage-clamp technique in the studies of the extrinsic ionotropic receptor expressed by living oocytes.
放电为磁场激励型，稳定的等离子体由电磁场所维持，空间电荷产生的静电场引起荷电粒子的双极扩散。
A steady state plasma is maintained by electromagnetic field and ambipolar diffusion of charged particles is caused by electrostatic field of space charge.
依据金属钝化的双极新概念，制备成了不同交换离子种类和浓度的双极性有机膜。
According to the new concept of bipolar mechanism of passivity, the bipolar organic membranes with various ion exchangers were made.
本文介绍了MOS、MNOS电容器和双极型晶体管进行射频等离子退火的实验结果。
The paper presents the experiment results of MOS, MNOS capacitors and bipolar transistors by RF annealing.
此时，存在明显的双极电场，而双极扩散流基本上是离子扩散的量级。
The ambipolar electric field is important and the ambipolar diffusion flux is of the same order of the ion diffusion level.
针对HIPIB技术的关键—磁绝缘离子二极管，进行了双极脉冲模式下自磁绝缘离子二极管脉冲各阶段的响应研究。
The response of magnetically insulated ion diode (MID) during the pulse, the key issue for HIPIB technology, is analyzed for principle of HIPIB generation in bipolar-pulse mode.
然后主要从双丝或多丝电弧焊工艺和双焊炬组合焊接工艺两个大的方面着重介绍了纵列式熔化极气体保护焊、等离子弧-熔化极气体保护焊和双电极熔化极气体保护焊等高速弧焊工艺。
Then, high-speed arc welding processes are introduced, such as tandem GMAW, PAW-GMAW and DE-GMAW, based on two categories:twin or more wires arc welding process and two-torch combined welding process.
然后主要从双丝或多丝电弧焊工艺和双焊炬组合焊接工艺两个大的方面着重介绍了纵列式熔化极气体保护焊、等离子弧-熔化极气体保护焊和双电极熔化极气体保护焊等高速弧焊工艺。
Then, high-speed arc welding processes are introduced, such as tandem GMAW, PAW-GMAW and DE-GMAW, based on two categories:twin or more wires arc welding process and two-torch combined welding process.
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