speed electrode 中文意思是什麼

speed electrode 解釋
校速電極
  • speed : n 1 快,迅速。2 速率,速度。3 (汽車的)變速器,排擋。4 (膠片,照相紙)感光速度。5 〈古語〉興隆...
  • electrode : n. 1. 電極。2. 電焊條。adj. -less 無電極的。
  1. Each electrode is impregnated with a catalyst to speed the oxidation reduction or half reaction.

    每個電極摻入催化劑,以加重電池半氧化或還原反應。
  2. A production rate as high as 15 % is obtained under the condition of 150torr helium partial pressure, 300a arc current and quick electrode approaching speed as soon as possible. 2

    在盡可能快的推進石墨棒的條件下,弧電流300a 、氦氣壓150torr 、無氦氣流時c _ ( 60 )粗品的產率最高,約為15 ; 2
  3. Abstract : the significance of the high speed cutting technology is described. the application and advantagies in the electrode manufacture , cavity machining of quench - hardening material and prototyping are introduced. the requirement to the high speed milling machine is pointed out

    文摘:敘述了高速切削技術的意義,並介紹了它在電極製造、淬硬材料型腔的直接加工及樣件的快速成型中的應用及優點,並簡要說明對高速銑床的要求。
  4. According to our theoretic analysis and the realistic fabricating condition, the boa device with double - heterostructure gaas / gaalas has been proposed to obtain 3db bandwidth greater than 2. 5 ghz, half - wave voltage about 5v, extinction - ration less than - 40db, transmission loss of tm mode greater than 45db and transmission of te mode less than 0. 15db. to obtain higher switching speed, we proposed that traveling - wave electrode is applied to boa device

    我們選擇在sigaas襯底上生長重摻雜層,通過控制其厚度來設計速度匹配的boa光開關行波電極,實現boa光開關的高速和高帶寬,本文結合boa型光開關的特點提出一種行波電極型boa光開關結構,其理論3db調制帶寬大於20ghz 。
  5. By carrying on experimental study to the ignition performance of the natural gas high speed burners under different conditions, the influence factors are probed such as the type of the gas source, the combustion air pressure, the gas pressure, the proportion of air and gas, gas flow and electrode to the ignition performance of natural gas high speed burner

    摘要在不同的條件下對天然氣高速燒嘴的點火性能進行了實驗研究,探討了氣源種類、助燃空氣壓力、燃氣壓力、空氣與燃氣的比例、氣體流量、點火電極等因素對天然氣高速燒嘴的點火性能的影響。
  6. The characteristics of shadow - mask pdp are compared with those of coplanar - electrode pdp by eme model. the result shows that the shadow - mask pdp has many advantages, such as the greater mean value of the particle densities, the higher response speed and discharge efficiency. moreover, how to optimize the cell structure of shadow - mask pdp has been investigated

    模擬結果表明,在相同的模擬工作電壓下,蔭罩式結構中的各種粒子的平均濃度均比表面放電式結構提前達到峰值,且平均濃度的最大值比表面放電式高,放電效率也高於表面放電式結構,這意味著新型蔭罩式結構的亮度高,響應頻率快。
  7. A n lh control system structure, based on high speed ethernet, field bus, programmable logic controllers and general purpose pcs, is proposed. after analyses of the key control elements - temperature and composition, the thesis gives detailed design of the main system control functionalities : electrode control system, alloy material adding control system and operation monitoring system

    在此基礎上,提出了基於工業高速以太網、現場總線、可編程邏輯控制器、通用工業pc的系統結構方案。分析了lf爐的關鍵要素? ?溫度控制和成份調節,對電極控制系統、合金加料系統及操作監控系統等主要控制系統功能進行了詳細設計。
  8. The results prove that the scheme increases the stability of electrode apparently, current fluctuating has been reduced, speed of system echo has been improved. the system has fine self - adaptive ability and fine ability to resist interference

    現場調試結果表明採用的控制方法大大提高了電極控制的穩定性,電弧電流波動降低,系統的快速性大大提高,系統具有較強的自適應能力和魯棒性。
  9. Special mosfet discharge circuit design to fasten processing speed, lower electrode loss and instead of harden surface, it is smooth

    采特殊mosfet放電?路設計,加工速度快,電極損耗少,使表面更加光滑且不硬化。
  10. A research scheme is carried out and cfrc bars are made to investigate the measurement, including loading method, electrode layout, electrical resistivity testing methods, signal collection and processing etc. the monitoring system of vehicle - speed, based on cfrc, is innovative obviously

    最後,提出了交通測速系統的工作原理,制定了實驗方案,製作實驗構件,進行了車速測量的模擬試驗。特別討論了加載方案、電極布置方案,電阻測試方法,信號採集和處理的方法等。
  11. To produce the " effect " by changing the structure of electric double layer and influence the surface concentration of reaction particle and activation energy of interface reaction, thus affecting the speed of electrode reaction ; c

    通過改變雙電層結構產生「 _ 1效應」 ,影響反應粒子的表面濃度及界面反應的活化能,從而影響電極反? ?西安理工大學碩士學位論文應速度; c
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