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电流诱导
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  current-induced
     Sol-gel epitaxial growth of La_(0.7)Ca_(0.3)MnO_(3) with colossal magnetoresistance and current-induced resistivity properties
     溶胶凝胶法制备La_(0.7)Ca_(0.3)MnO_3薄膜庞磁电阻效应和电流诱导电阻特性
短句来源
  “电流诱导”译为未确定词的双语例句
     Guided Short Circuit Transfer Type CO_2 Shielded Arc Welding with Negtive Pulse Current
     负脉冲电流诱导短路过渡CO_2气体保护焊
短句来源
     A STUDY OF THE TRANSISTOR POWER SOURCE USED FOR THE GUIDED SHORT CIRCUITING TRANSFER TYRE CO_2 SHIELDED ARC WELDING WITH NEGATIVE PULSE CURRENT
     负脉冲电流诱导过渡CO_2焊接用晶体管电源的研究
短句来源
     A new approach of exerting an induced impluse current to guide particle transfer in short circuiting CO_2 are welding prccess has been developed to reduce metal spattering.
     利用诱导冲脉电流诱导熔滴过渡是减少CO_2短路过渡焊接飞溅的新方法。
短句来源
     The Al component in Ga_(1-x)AlxAs epitaxial layer was obtained high steadily by CLPE and explained the experimental results by currentcontrolled effect.
     采用电液相外延法能获得铝组分高度稳定的Ga_(1-x)Al_xAs外延层,并用电流诱导效应作了初步理论解释。
短句来源
     It can export sweeping current which frequency varies from 6 to 14 Hz. The exporting current imitate the brain wave during sleep. It can induce sleeping, adjust the effect of central nervous sys tern and treat insomnia quickly without side effect.
     它输出相似于睡眠脑电波变化规律的6~14Hz扫频电流,诱导睡眠,调节中枢神经系统的功能,治疗失眠症疗效快,无副作用。
短句来源
  相似匹配句对
     DISPLACEMENT CURRENT
     位移电流
短句来源
     in troducing stimulus;
     诱导刺激;
短句来源
     Interaction Law of Electric Current
     电流相互作用
短句来源
     L-1.
     L-1卡巴胆碱(carbachol,CCh)能够诱导毒蕈碱电流(ICCh)。
短句来源
     There is an interaction between SKF38393 and Clonidine induced currents.
     ②SKF38393及Clonidine的诱导电流之间有相互抑制作用。
短句来源
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  current-induced
Current-induced spin injection at the interface of two noncollinear ferromagnets
      
Spin-current-induced classical and quantum effects in the dynamics of a mesoscopic magnet
      
Current-induced implosion of a multiwire array as a radial plasma rainstorm
      
Current-induced spin injection and surface torque in ferromagnetic metallic junctions
      
The joint influence of two current-induced effects, namely, longitudinal nonequilibrium spin injection and surface torque, on spin-valve-type ferromagnetic metallic junctions is considered theoretically.
      
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A new approach of exerting an induced impluse current to guide particle transfer in short circuiting CO_2 are welding prccess has been developed to reduce metal spattering. This approach not only remarkably minimizes the metal spattering, but also results in regularization of particle transfer, increases the stability of welding process and improves the weld shape. In this paper the features of the guided particle transfer and the cause of metal spattering reduction have been discussed and analyzed in detail....

A new approach of exerting an induced impluse current to guide particle transfer in short circuiting CO_2 are welding prccess has been developed to reduce metal spattering. This approach not only remarkably minimizes the metal spattering, but also results in regularization of particle transfer, increases the stability of welding process and improves the weld shape. In this paper the features of the guided particle transfer and the cause of metal spattering reduction have been discussed and analyzed in detail.

利用诱导冲脉电流诱导熔滴过渡是减少CO_2短路过渡焊接飞溅的新方法。这个方法不仅明显地减少了金属飞溅,而且也使熔滴过渡规律化,增强了焊接过程的稳定性,改善了焊缝成形。本文详细地讨论和分析了这种熔滴过渡的特点及其减少飞溅的原因。

The epitazial Ga_(1-x)Al_xAs layer of the high x values (x=0.75)is a very important material of high efficient LED. In this paper, the method of current-controlled liquid phase epitaxial growth (CLPE) has been employed for the first time to grow this Ga_(1-x)Al_xAs (x=0.75) on n-GaAs substrate and studied Al component distribution in Ga_(1-x)Al_xAs epitaxial layer along epitaxial growth direction in detail. The Al component in Ga_(1-x)AlxAs epitaxial layer was obtained high steadily by CLPE and explained the...

The epitazial Ga_(1-x)Al_xAs layer of the high x values (x=0.75)is a very important material of high efficient LED. In this paper, the method of current-controlled liquid phase epitaxial growth (CLPE) has been employed for the first time to grow this Ga_(1-x)Al_xAs (x=0.75) on n-GaAs substrate and studied Al component distribution in Ga_(1-x)Al_xAs epitaxial layer along epitaxial growth direction in detail. The Al component in Ga_(1-x)AlxAs epitaxial layer was obtained high steadily by CLPE and explained the experimental results by currentcontrolled effect.

本文对用于制造高效率半导体发光器件的材料──Ga_(1-x)Al_xAs(x=0.75)外延层沿生长方向上铝组分的分布进行了详细地讨论。采用电液相外延法能获得铝组分高度稳定的Ga_(1-x)Al_xAs外延层,并用电流诱导效应作了初步理论解释。

Objective To study the effect of microwave irradiation on hippocampus cell. Method Changes of ATPase activity and voltage dependent ion channel of hippocampus cell membrane were observed in mice exposed to 2 450 MHz microwave irradiation of 10 mW/cm 2 from a physical therapy machine. Histochemical method and patch clamp method were used to determine the activity of Na +,K + ATPase, Ca 2+ ,Mg 2+ ATPase and voltage dependent Na +,K +,Ca 2+ channels respectively. Result 1)Na +,K + ATPase...

Objective To study the effect of microwave irradiation on hippocampus cell. Method Changes of ATPase activity and voltage dependent ion channel of hippocampus cell membrane were observed in mice exposed to 2 450 MHz microwave irradiation of 10 mW/cm 2 from a physical therapy machine. Histochemical method and patch clamp method were used to determine the activity of Na +,K + ATPase, Ca 2+ ,Mg 2+ ATPase and voltage dependent Na +,K +,Ca 2+ channels respectively. Result 1)Na +,K + ATPase activity of microwave irradiated mice showed no significant change as compared with the control, but the activity of Ca 2+ ,Mg 2+ ATPase decreased significantly(P<0.05);2)In microwave irradiated mice, Na +,K +,Ca 2+ current inducement rate in hippocampus neuron decreased significantly, the membrane voltage of Na + current peak shifted to depolarization,and the attenuation rate of Na + current and current A inducement rate decreased significantly as compared with control mice. Conclusion Irradiation of 2 450 MHz microwave at a doze of 10 mW/cm 2 was not fatal to mice hippocampus cell. But Ca 2+ ,Mg 2+ ATPase activity of hippocampal cell membrane and voltage dependent Na +,K +,Ca 2+ ion channel of hippocampal nervous were affected which would affect study and memory.

目的从电生理、酶学角度探讨微波照射对海马细胞的影响机理。方法用 2 4 5 0MHz连续波照射理疗机为照射源 ,以小白鼠为对象 ,观察微波照射强度为 1 0mW /cm2 时小鼠海马细胞膜Na+,K+ AT Pase、Ca2 +,Mg2 + ATPase活性、电压门控型Na+、K+、Ca2 +通道的变化情况 ,分别用组织化学染色法和膜片钳方法测定ATPase活性和离子通道功能。结果 1 )照射组海马Na+,K+ ATPase活性与对照组无显著差别 ,Ca2 +,Mg2 + ATPase活性比对照组显著降低 (P <0 .0 5 ) ;2 )照射组静息电位未发生显著变化 ,电压门控型Na+、K+、Ca2 +电流的诱导发生率显著地低于对照组 ,Na+电流峰值所在膜电位向去极化方向偏移 ,Na+电流衰减速率减慢 ,A电流的发生率显著低于对照。结论 2 4 5 0MHz微波照射小鼠 ,在 1 0mW /cm2 时 ,细胞的生存不会受影响 ,但海马细胞膜Ca2 +,Mg2 + ATPase活性受到抑制 ,电压门控型Na+、K+、Ca2 +离子通道受到损害 ,有可能影响学习记忆功能

 
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