拉普拉斯角 的英文怎麼說

中文拼音 [jiǎo]
拉普拉斯角 英文
cape laplace
  • : 拉構詞成分。
  • : Ⅰ形容詞(普遍; 全面) general; universal Ⅱ名詞(姓氏) a surname
  • : Ⅰ名詞(古代驅疫時用的面具) an ancient maskⅡ形容詞[書面語] (醜陋) ugly
  • : 角Ⅰ名詞1 (牛、羊、 鹿等頭上長出的堅硬的東西) horn 2 (古時軍中吹的樂器) bugle; horn 3 (形狀像...
  • 普拉 : gundam model
  1. All these rocks aforementioned are mainly parametamorphic rocks. milan, kaqiang and alamasi group underwent high - grade metamorphism of amphibolite facies, together with weak migmatism. they share the same geochemistry and total ree and many other chracters

    二者主要為副變質巖石,米蘭巖群和卡羌巖群、阿巖群變質較深為閃巖相,遍弱混合巖化,它們具有非常相似的地球化學特徵,稀土元素總量及其它特點一致或相近。
  2. Keira also confessed she loved the fact her character, elizabeth swann, was the love interest of both depp and hunky orlando bloom

    還坦誠事實上她喜愛她的色,伊麗莎白& # 12539 ;旺被戴和年輕的奧蘭多布羅姆兩個吸引。
  3. He did not merely fancyas every governing official always does fancythat he was controlling the external acts of the inhabitants of moscow, but fancied that he was shaping their mental attitude by means of his appeals and placards, written in that vulgar, slangy jargon which the people despise in their own class, and simply fail to understand when they hear it from persons of higher station. the picturesque figure of leader of the popular feeling was so much to rastoptchins taste, and he so lived in it, that the necessity of abandoning it, the necessity of surrendering moscow with no heroic effect of any kind, took him quite unawares ; the very ground he was standing on seemed slipping from under his feet, and he was utterly at a loss what to do

    他不僅覺得正如每一行政長官都這樣覺得他是在支配莫科居民的外在行為,而且還覺得他通過措詞低下告示和傳單支配著他們的心情,其實寫在上面的一派胡言,民眾在自己范圍內是瞧不起的,當它從上面傳下來時,民眾也不理解,對扮演民情支配者的色,欽為此而自鳴得意,他習以為常地以至於必須退出色,沒有任何英勇表現,也必須放棄莫科,對他不啻是晴天霹靂,他突然失掉腳下他賴以站立的土地,茫然不知所措了。
  4. The sundarbans mangrove forest, one of the largest such forests in the world ( 140, 000 ha ), lies on the delta of the ganges, brahmaputra and meghna rivers on the bay of bengal

    孫德爾本國家公園是世界上最大的紅樹森林之一,佔地面積140 , 000公頃,位於孟加灣的恆河、布河和梅克納河三洲。
  5. The weather - maker will generate a number of different weather graphics, from sunbeams to thunderstorms. wherever you go in azeroth, the weather will be yours to command

    它可以生成好幾種不同的天氣圖形效果,從「陽光照」到「電閃雷鳴」 。不管你走到艾澤的哪個落,那兒的天氣永遠在你掌握之中!
  6. With the algorithm, fairing and uniform meshes are obtained by moving each vertex in normal direction and tangent plane simultaneously. an algorithm of feature enhancing and mesh smoothing is studied. the algorithm is based on iterative use of diffusion of normals and vertices

    融入平均曲率光順思想,對運算元進行改進,通過在法矢方向和切平面上同時對網格頂點進行移動調整,較好地達到模型外形光順、三片形狀比較均勻的要求。
  7. If applied experiential formula mechanically to calculate the dynamic moment of the tri - eccentric butterfly vavle, its errors for the results would be larger. the paper, by virtue of the postulate of flow with fixed constant, eddiless of ideal liquid, calculated laplace equation by finite difference method in rectangular coordinates, gained pressure distribution on the butterfly disc section, thereby figured out its dynamic moment under each opening angle and the method was feasible for calculating dynamic moment of symmetry or not, designed the program and described the curve of dynamic moment. finally, the paper infered their laws

    採用經驗公式來計算三偏心蝶閥的動水力矩,誤差比較大,本文根據三偏心蝶閥的結構特點,利用理想流體的定常、無旋流動的假定,用有限差分法在直坐標系中求解方程,得到蝶板截面上的壓力分佈,從而計算出蝶板在各個開度下的動水力矩,設計出了求解的程序,給出了程序運行的結果並進行了數據處理從而得到了動水力矩曲線,總結了它的變化規律。
  8. 4. with the consideration of practical soil - pile interaction, the soil around pile is modeled as a three - dimensional viscous - elastic continuous medium and the time effect of the settlement of single pile is studied. the semi - analytical solutions for vertical displacement of soil and for the relationship between settlement of pile head and time were obtained by laplace transform method and fourier inverse method, and the law of the settlement of pile head varying with time was then analyzed and discussed

    考慮樁土藕合作用的單樁沉降時間效應研究從研究空間軸對稱問題的度出發,將樁周土體建模為三維粘彈性連續介質,更為合理地考慮了靜荷載下樁土系統中單樁與樁周土的藕合作用,分別建立了樁周土體和樁體的靜力平衡方程,並通過變換、傅立葉逆變換等數學手段,獲得了單樁樁周土體的垂直變形和樁頂沉降在變換域內的解析解和在時間域內的半解析解,進而分析討論了單樁沉降隨時間變化的規律。
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