電刺激效應 的英文怎麼說

中文拼音 [diàncìjīxiàoyīng]
電刺激效應 英文
electrostimulant effect
  • 電 : Ⅰ名詞1 （有電荷存在和電荷變化的現象） electricity 2 （電報） telegram; cable Ⅱ動詞1 （觸電） give...
  • 激 : Ⅰ動詞1 （水因受到阻礙或震蕩而向上涌） swash; surge; dash 2 （冷水突然刺激身體使得病） fall ill fr...
  • 效 : Ⅰ名詞（效果; 功用） effect; efficiency; result Ⅱ動詞1 （仿效） imitate; follow the example of 2 ...
  • 應 : 應動詞1 （回答） answer; respond to; echo 2 （滿足要求） comply with; grant 3 （順應; 適應） suit...
  • 效應 : [物理學] effect; action; influence
  1. Twhons w intemt will be the main way for business in the fube. substantial sales shll depend on the distribution funtion of logistic. thereforeans stirnulates the demand of logistics company. because the requiremen of distributio bo ecomrnerce is higher than traditional, the e - commerce company will pay mote wton to logishcs

    由此，刺激了對專業物流公司的需求。由於電子商務的交易方式對實體物流配送效率的需求遠高於傳統交易，因此電子商務公司對物流配送機能更加重視。專業物流公司在電子商務對物流配送效率需求的沖擊下，應如何調整作業流程
  2. 22 paired inferior collicular neurons were obtained in the experiment. the neurons were recorded in the depth of 198 - 1254 u m ( 544. 59 ? 72. 37 n m, m + sd ), and their bfs were 11. 25 - 59. 29 khz ( 26. 77 + 9. 95 khz, m ? d ) : the minimum thresholds ( mts ) werelo - 66 db spl ( 38. 14 ? 14. 39 khz, m + sd ) ; the latencies were 4. 0 - 16. 0 ms ( 8. 19 + 3. 14 ms, m + sd ) ; the best intervals between paired sound pulses were 0. 01 - 28. 71 ms ( 3. 93 + 2. 52 ms, m ? d ) 0 the results showed : l ) there were interactions between the neurons in the iso - frequency lamina and hetero - frequency lamina which included mutual inhibition ( 18 / 22, 81. 8 % ) and mutual facilitation ( 4 / 22, 18. 2 % ), and the mutual inhibition in iso - frequency lamina was stronger than that in hetero - frequency lamina ; 2 ) the mutual inhibition decreased with sound level increasing ( p < 0. 001, anova ) ; 3 ) the analysis of the inhibition of discharge rate at lodb above mt showed that the inhibition increased when the paired neurons " bfs difference decreased ( r = - 0. 545, p = 0. 0006 ) ; 4 ) the mutual inhibition of paired neurons can sharpen the frequency tuning and the effect increased when the frequency was away from the bf ; 5 ) the changes in q10, q30 decreased with bfs difference of the paired neurons increasing ; 6 ) the mutual facilitation between paired neurons not only increased discharge rate, but also widened the frequency tuning, i. e., increased response frequency

    結果表明： 1 ）同頻層神經元之間或者非同頻層之間神經元之間存在相互作用，這種作用既有相互抑制（ 18對，佔81 . 8 ） ，也有相互易化（ 4對，佔18 . 2 ） ，且同頻層神經元之間的相互抑制作用較非同頻層神經元之間的相互抑制作用要強； 2 ）神經元對低刺激強度反應時，所受到的相互抑制作用較強，隨著聲刺激強度加大，抑制作用逐步降低（ p 0 . 001 ， anova ） ； 3 ）對閾上10db放電率抑制百分比進行的分析顯示，配對神經元之間的最佳頻率差越小，相互抑制作用越強（ r = - 0 . 545 ， p = 0 . 0006 ） ； 4 ）配對神經元之間通過相互抑制作用可表kx碩士學位論文waiaster 』 sthesis現出調諧銳化作用，該作用的效率與頻率有關， bf處的銳化作用較低，偏離bf時其銳化作用逐步加強； 5 ）頻率銳化作用的效率與bf差有關，隨著配對神經元之間的bf差擴亢q10 ， q30值的變化逐漸減小，其變化百分比與配對神經元之間的頻率差存在明顯相關； 6 ）配對神經元之間的相互易化作用不僅表現在放電率增加上，也表現在頻率調諧曲線的擴寬，即頻率響應范圍擴大。
  3. The paper reviews the research progress on the curative effects of the different electroacupuncture parameters, including frequency, waveform, intensity time and their combination, and makes forward prospects for future researches

    摘要總結不同電針刺激參數：頻率、波形、電針強度、刺激時間及其不同組合產生效應的研究進展，並對今後的電針參數效應研究進行展望。
  4. In order to improve the circuit performance and reliability, the considerations of increasing influence of parasitic effects resulted from interconnect crosstalk and delay as well as the electromigration and power consumption drive the introduction of copper and low - k dielectric

    為了提高電路性能及可靠性，並對連串擾及延遲引起的互連寄生效應影響的增長，電遷徙和功率損耗等方面進行綜合考慮，刺激了低電阻率銅和低介電常數介質的發展。
  5. The results of the application of kii model on the classification of one - dimensional binary series are presented. the cell - based biosensor using fet array provides a non - invasive way for recording the active potential real time, and it can be reach to a single cell

    基於場效應管陣列的細胞傳感器是一種無損測量細胞動作電位的器件，可以定位到單個的細胞，實現實時檢測外界電刺激作用下的膜電位的改變。
  6. Recent work with brain mapping technologies, including functional magnetic resonance imaging ( mri ) and positron emission tomography ( pet ), have also demonstrated differences in responses to various stimuli, suggesting that the cortex is an active part of pain processing

    最近進行的腦地形圖分析系統技術，包括功能性磁共振成象（ mri ）和正電子發射斷層掃描術（ pet ） ，證實了不同刺激反應性間的差異，表明皮層為疼痛形成過程的一個有效部分。
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