線式防禦 的英文怎麼說

中文拼音 [xiànshìfáng]
線式防禦 英文
linear defense
  • : 名詞1 (用絲、棉、金屬等製成的細長的東西) thread; string; wire 2 [數學] (一個點任意移動所構成的...
  • : 名詞1 (樣式) type; style 2 (格式) pattern; form 3 (儀式; 典禮) ceremony; ritual 4 (自然科...
  • : Ⅰ動詞(防鷥) provide against; defend against; guard against Ⅱ名詞1 (防守; 防禦) defence 2 (堤...
  • 防禦 : defense
  1. Whereafter, based on the analysis on the flood influence for traffic lines, the research is centered on the following parts : firstly, the destroying modes, reasons and mechanism of flooded lines are discussed, and the frameworks and countermeasures of preventing and controlling hazards system are put forward ; secondly, the ways of region forecasting for the landslide are analyzed and the automation of landslide forecast for certain site through visual programming is realized. furthermore, the function of dynamic segmentation in arc view is made use of to realize the forecast result ' s visualization ; thirdly, the reasons and patterns of roadbed subsidence are discussed and the methods of forecasting subsidence based on the gm ( 1, 1 ) model are put forward. then the applications of the arcview software and its extended module on the study of roadbed subsidence are debates upon ; fourthly, an analysis on the sources of flood for traffic lines, which situate in the reservoir coverage area, is given

    接著,論文探討了山區交通路災害的特點、分類、時間和空間分佈規律以及災害的治原則和對策等;然後,以洪水災害對交通路的毀壞為主,重點研究和分析了以下幾個問題:第一,探討了洪水對交通路的破壞方,水毀原因以及水毀機理,並提出了交通路水毀系統框架和對策;第二,分析了雨季邊坡塌方災害的區段預測方法;通過可視化編程,編制了雨季邊坡塌方災害的工點預報程序,並結合arcview實現了預測結果的可視化;第三,對路基沉陷原因和模進行了分析,並提出利用gm ( 1 , 1 )模型對路基沉陷區進行分析和預測,最後論述了arcview軟體及其擴展模塊在沉陷區研究分析中的應用;第四,對汛期庫區路災害的原因進行了分析,並探討了利用數量化理論對路基護工程抗洪能力進行預測的意義;第五,提出從風險的角度對交通路的災減災進行管理,對風險估計的相關問題進行了論述,並探討了交通路水害危險區段的劃分問題。
  2. Aimmed to retard the response of ballistic missile defence system, the wavy trajectory with three crests is designed in this thesis to replace traditional parabola one. this kind of trajectory make anti - defence system have lots of difficulties to detect and compute the track and destination of ballistic missiles before reentry. so, applying the wavy trajectory can greatly improve the anti - defence ability of ballistic missiles

    從延緩導彈系統的早期預警時間著手,將傳統彈道導彈的拋物彈道中段設計成有多個波峰的跳躍彈道,使得探測系統在導彈再入大氣層之前,很難準確探測和計算導彈的落點,使得系統不勝,從而大大地提高了彈道導彈的突能力。
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