潛在危害能力 的英文怎麼說

中文拼音 [qiánzàiwēihàinéng]
潛在危害能力 英文
hazard potential
  • : Ⅰ動詞1 (隱在水下) go underwater; hide under water; dive 2 (隱藏) hide3 [書面語](涉水) wade ...
  • : 能名詞(姓氏) a surname
  • : Ⅰ名1 (力量; 能力) power; strength; ability; capacity 2 [物理學] (改變物體運動狀態的作用) forc...
  • 潛在 : latent; potential; lurking
  • 能力 : ability; capacity; capability
  1. Landslide is a geological hazard with serious losses. it is very important to research the controling methods. slide - resistant pile, which has many advantages such as high adaptability, little interference to landslide and geological environment, short construction time, high silde resistance, is a main method to control landslide. pneumatic down - the - hole hammer is a drilling method with many advantages. its features, such as wide application range, high hole quality, no circulating medium, low operation regulations, and drilling big diameter rock hole, fit to construct slide - resistant pile. according to the requirement of silde - resistant pile construction, this paper analyses feasibility that pneumatic dth hammer drilling applies to construct slide - resistant pile on the basis of introducing the features of pneumatic dth hammer. then an applied example is given

    滑坡是一種極大的地質災,它的整治方法研究具有重要意義.抗滑樁是一種適應性強、對滑坡穩定性和地質環境干擾小、工期短、抗滑強的滑坡整治方法.風動孔錘鉆進是一種具有許多優點的鉆進方法,它的許多特點,如成孔質量高、應用范圍廣、無液體循環介質、鉆進規程參數小、可實現大直徑基巖鉆孔等都適合於抗滑樁施工.文章介紹風動孔錘鉆進特點的基礎上,根據抗滑樁施工要求,分析了風動孔錘用於抗滑樁施工的可行性,並舉出了其應用實例
  2. This paper gives us too ways : one is to adopt a better modulation mechanism, s - cdma, to bate noise jamming. the other way is to implement automatic frequency agility under strong noise, based on the ranging and burst configuration mechanism of current docsis protocol, meanwhile, guaranteeing cmts ' s normal operating. this paper comprehensively analyzes the anti - jamming mechanism of docsis, then presents the specific implementation of the latter method

    如何降低噪聲對網路的,本論文指出了兩個方向,其中一個就是調制體制上下工夫,採用s - cdma體制,通過改變調制方式來主動的抑制噪聲的影響;另一個方向就是基於現協議提供的抗噪聲干擾的機制,充分挖掘測距機制和靈活的突發配置機制的抗干擾,以不影響頭端設備的正常運行為前提,以它們為基礎實現自動避開強噪聲干擾的頻率轉移。
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