pole path 中文意思是什麼

pole path 解釋
極移曲線
  • pole : n 1 棒,桿,竿〈通常為十英尺以上圓桿〉。2 旗竿;釣竿;【運】(撐竿跳的)竿;桅桿;電線桿;(車的...
  • path : path(ol )=pathological; pathology n (pl paths )1 (自然踏成的)路;路徑;(馬路邊上的)人行...
  1. The location of the north geographic pole wanders in a small erratic circle - like path called the chandler wobble

    北地極的位置以一個被稱作張德勒擺動的小的、無規律的、似圓形的路徑漂移。
  2. By examining the new generation condutive polymer material 3 , 4 ? polyethylene dioxythiophene ( pedt ), this paper investigated the edt monomer synthetic path and the optimum filming conditions of the compound pedt. based on this research, i also discussed the manufacturing processes and the related principles of the solid tantalum capacitors, when replacing the conventional inorganic material mno2 with the pedt as the negative pole

    本文以新一代導電聚合物材料3 , 4 ?聚乙烯二氧噻吩( pedt )為研究對象,研究了edt單體合成路線及聚合物pedt的最佳成膜條件,並以此為基礎,討論了以導電聚合物有機材料pedt取代傳統的無機材料mno2作陰極的固體鉭電解電容器的制備工藝及相關機理。
  3. Having dropped ( back in 1990 ) a plan to build the world ' s biggest ice - breaker, the canadians may also have to seek russian help next time they need to carve out a path to the north pole : even the patrol boats ordered up by mr harper this month won ' t match russia ' s leviathans

    由於( 1990年)撤銷了一項建造世界上最大的破冰船的計劃,下一次加拿大人需要開辟一條通向北極的道路時,可能也不得不尋求俄國人的幫助:即便是本月哈珀下令開赴前線的巡邏艇也比不上俄國人的龐然大物。
  4. It has the advanced radial technology and the movement path likes 11 pieces plum blossoms shape, this machine uses a head screw pole to go up and down to control the power head, it has the enlarged bench, and air current double - direction adjusting valve to controlled the riveting speed effectively. the electricity system added the counter to count the work piece which was be processed, he time relay control the riveting times

    Jm3tq - d是汽動類小型徑向鉚接機,與jm3tq - b和jm3tq - c相比,提高最大工作行程到40mm ,除應用有國際先進的11瓣梅花徑向鉚接技術外,該機採用頭部絲桿升降粗調,加大了工作臺面,氣路加裝雙向調節閥,有效控制鉚接速度。
  5. This machine is a kind of radial riveting machine, the machine adopted the advanced radial technology, and its movement path likes the 11 pieces of plum blossom s shape, and using the screw pole to ascend and descend the work bench the head part is fixed, and the t - slot of bench can fix the clamping apparatus available, the center hole of bench and axis are coaxial, the one - way adjusting valve of liquid current is effectively controlled riveting speed

    Jm12 - c是液壓類中重型徑向鉚接機,除應用有第五代徑向鉚接技術外,該機加長了鉚接行程,該項參數由普通機型的30mm加至60mm ,可滿足長行程深孔內鉚釘鉚接的要求。工作臺,並具有夾具梯形槽,工作臺中心孔徑與主軸軸線同軸,可用於夾具定位。氣路加裝雙向調節閥,有效控制鉚接速度。
  6. The pole grows path to compare

    螺桿長徑比
  7. Its adopted the advanced radial technology, the motion path of riveting - head resembles 11 pieces plum blossom s shapes. the ascend and descend of power by screw pole and it can control the rough adjust effectively, and micro - adjust by screw cap of power head, the center hole of bench are coaxial with the spindle, and it put the holder available

    Jm9t是液壓類中型徑向鉚接機,除應用有國際先進的11瓣梅花徑向鉚接技術外,該機加大了工作臺面,並具有夾具梯形槽,工作臺中心孔徑與主軸軸線同軸,可用於夾具定位。
  8. Jm6tq is developed in foundation of jm6t, its adopted the advanced radial technology, the motion path of riveting - head resembles 11 pieces plum blossom s shapes. the ascend and descend of power head by screw pole and it can control the rough adjust effectively, and micro - adjust by screw cap of power head, the center hole of bench are coaxial with the spindle, and it put the holder available, and added the aerosol lubricate system in the air current it has the function of filter

    Jm6tq氣動是在jm6t基礎上發展而來的氣動z中小型徑向臺式鉚接機,除應用有國際先進的11瓣梅花徑向鉚接技術外,該機應用有國際先進的徑向鉚接技術外,同時採用絲桿升降式工作頭,臺面具有夾具梯形槽,工作臺中心孔徑與主軸軸線同軸,可用於夾具定位。
  9. Transmission line design is a complex system project with large investment. based on data provided by digital transmission network, and combined with the genetic algorithm, the thesis puts forward a general optimization method to deal with the difficulties in transmission line design, which are path and pole selection of the transmission line. synthetically contemplating all kinds of environmental and anthropogenic factors, the method has great pragmatic meaning in saving cost of design

    輸電線路設計是一項投資巨大且相關因素復雜的系統工程,本文基於「數字輸電網路」提供的信息數據,結合遺傳演算法,對線路設計中的難點? ?路徑選擇和桿塔定位提出了全新的全局優化方法,該方法綜合地考慮了各種環境及人為因素,對節約設計成本、提高設計工作的科學性具有很大的現實意義。
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