rod charge 中文意思是什麼

rod charge 解釋
裝棒量
  • rod : ROD =rewritable optical disc 【計算機】可重寫光盤〈其內存信息可由激光讀出並加以編輯的光盤〉。n 1...
  • charge : vt 1 填;裝(子彈);充(電);使飽和;使充滿;堆積,裝載。2 命令;促;諭示,指令。3 責備;告誡。...
  1. At 20 space charge in frp rod materials increases with increasing of field strength or high voltage application duration

    20下芯棒材料中空間電荷的積累隨電場增大、電壓作用時間的增加而增加。
  2. Space charge properties of frp rod materials are influenced by temperature, field strength and high voltage application duration

    結果表明,在高壓直流電場作用下,芯棒材料內部積累的空間電荷的極性和密度受到溫度、電場強度和電場作用時間等因素的影響。
  3. In this paper, space charge distribution in dc composite insulator frp rod materials after negative dc high voltage application was measured by pea method and the results were analyzed and discussed

    摘要使用pea法空間電荷測量系統測量了負直流高壓電場作用后復合絕緣子芯棒材料中空間電荷分佈,並進行了相關的分析和討論。
  4. This paper reviews the advances in research on the formation mechanisms of ordered mesoporous materials since 1992, and casts light on a few models, such as liquid crystal template mechanism, silicate rod assembling mechanism, silicate layer puckering mechanism, charge density matching mechanism, cooperative formation mechanism, true liquid crystal template mechanism, hydrogen bond - co - - - stack mechanism

    摘要簡要介紹了自1992年以來有序介孔材料形成機理的研究進展,重點介紹了幾個重要的反應機理模型,如液晶模板機理模型、棒狀自組裝機理模型、層狀折疊機理模型、電荷密度匹配機理模型、協同作用機理模型、真液晶模板機理模型、氫鍵- -堆積協同作用機理模型等。
  5. Abstract : in this paper the induced charge distribution on a spherical petroleum tank due to lightning is calcuated with analytical method, and that on a cylindrical petroleum tank is calculated with charge simulation method ( csm ). furthermore, the protecting behavior of the lightning rod on the cylidrical tank is calculated and tested respectively

    文摘:本文用解析法計算了雷電先導在球形貯油罐上的感應電荷分佈,用模擬電荷法( csm )計算了雷電先導在圓柱形罐上的感應電荷分佈;並對圓柱形罐上架設的避雷針的保護特性進行了計算校核和實驗校核。
  6. Due to different trap depths, physical reactions and chemical reactions, space charge in frp rod materials had different polarities and densities is influenced by temperature evidently, especially between 20 and 40 and between 100 and 120

    由於陷阱深度的不同和物理、化學變化的作用,不同溫度下芯棒材料內空間電荷的積聚極性和積聚量不同,特別是在20和40之間以及100和120之間存在明顯變化。
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