立方體面 的英文怎麼說
中文拼音 [lìfāngtǐmiàn]
立方體面
英文
cube face- 立 : 動1 (站) stand; remain in an erect position 2 (使豎立; 使物件的上端向上) erect; stand; set up...
- 方 : Ⅰ名詞1 (方形; 方體) square 2 [數學] (乘方) involution; power 3 (方向) direction 4 (方面) ...
- 體 : 體構詞成分。
- 面 : Ⅰ名詞1 (頭的前部; 臉) face 2 (物體的表面) surface; top 3 (外露的一層或正面) outside; the ri...
- 立方 : 1. [數學] cube 2. [簡] (立方體) cube3. (立方米) cubic metre; stere
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Cube : a regular solid having six congruent square faces
立方體:一種通常有六個相等的正方形側面的正立體Complete cubic octahedral crystal crystal shape, high strength and thermal stability. having wide cutting range. suitable for high - power saws and geological broach
具有完整的立方八面體晶形,高強度和熱穩定性。在高沖擊條件下,具有較高的鋸切范圍。適用於大功率鋸切,優質鉆頭。Znd2180 complete crystal shape, perfect cubic octahedron, good diaphaneity, high impact strength and thermal stability, suitable for high grade cutting, drilling, and grinding tools
Znd2180晶體完整,具有完整的立方八面體,透明度好,高的抗沖擊強度和熱穩定性。適用於高檔次切割工具、鉆頭、碾磨工具。Plato conjectured each of these elements to be made up of a certain platonic solid : the element of earth would be a cube, of air an octahedron, of water an icosahedron, and of fire a tetrahedron
柏拉圖推測每一種元素都是由某些理想立方體組成:地元素是由立方體組成,風元素是一個八面體,水元素是二十面體,火元素是四面體。Finally, an amorphous structure is formed mainly with rhombohedral structures mixed up with clusters of cubic ( fcc, bcc ) and hcp structures
最後形成一種新型的以菱面體結構為主、夾雜著立方體、六角密集等團簇結構所組成的非晶態結構。We need to know the importance of big, mature trees, because living space for most of man ' s fellow creatures on this planet is figured not only in square measure of surface but also in cubic volume above the earth
我們要認識到大樹的重要性,因為動物的生存空間不僅應按平方面積來計算,還應按立方體積來計算。In data management of spherical panorama, several techniques are discussed and cubic is taken as spherical panoramic data structure, for that is simple to implement and convenient to use hardware acceleration while navigate the panorama. in the technique of panorama navigation, texture map technique is applied to display the panorama
在球面全景圖的數據組織方面,本文討論了各種球面全景圖的數據組織方式,在此基礎上,決定採用立方體來保存球面全景圖,這種方式在實現上比較簡國防科技大學研究生院學位論文一單,也方便在漫遊時使用硬體加速技術。The main content is : splitting tensile experiments were carried out about the standardized cube bonding specimens ( 150x 150x 150mm3 ) of the new - old concrete after high temperature. the temperature is divided into 9 groups from normal atmospheric temperature to 900, the cooling styles are natural cooling and spraying water cooling ; different interfacial treating methods : brushed with steel - wire brush, man - made chiseling ( not evenly ), man - made chiseling ( quite evenly ) ; different interfacial agents : no interfacial agent, neat cement paste, cement paste mixed with 10 % expanding agent
主要內容有:本文對75個高溫作用后的標準立方體新老混凝土粘結試件進行了劈拉試驗,溫度從常溫到900c分9個溫度段,降溫方式分自然冷卻和噴水冷卻兩種。著重考察了溫度、降溫方式、界面粗糙度及界面劑對新老混凝土粘結劈拉強度的影響規律,闡述了高溫后粘結強度下降的機理。A hexagonal crystal, one of the three known structures iron can take, is different from the cubic crystalline structures iron takes at the planet ' s surface
六邊形的水晶,能夠得到的熟知的三結構鐵,不同於從地球表面獲得的立方體水晶的結構鐵。The phase structure, the lattice constant, crystal grain diameter of the samples was obtained by the x - ray diffractions ( xrd ) spectra. their relations are showed respectively. influence of grain size on the lattice constant of several kind of phase structure was studied theoretically by interaction energy between atoms in nanocrystallites
其次,從結合能的角度出發,研究了nacl結構和cscl結構的離子晶體,面心立方( fcc ) 、體心立方( bcc )金屬晶體以及簡立方( scc ) 、面心立方( fcc ) 、體心立方( bcc )結構分子晶體的晶粒線度對晶格常數的影響。Again, to produce the actual 4-cube we must attach all of its faces and pump in 4-dimensional air.
要再引出實際的4-立方體,我們必須加上它的所有面並充進4維空氣。The intersection of two surfaces in three dimensions
在立方體中的兩個面的相交A cube is a regular solid
立方體是正多面體。The algorithm builds voxel between neighboring slices of volume data, then gets density of a certain substance by experience. after setting threshold for surface of the substance which we want to get, and computing triangle mould of every voxel cube by use of linearity interpolation, the algorithm represents the surface of the substance as the form of triangle mesh
該演算法通過在相鄰的體數據切片之間構建體素,根據經驗獲得某一種物質的密度值,設定待求物質表面的閾值,利用線性插值求出每一個立方體體素的三角剖分的構型,進而將整個物體表面以三角型網格的形式表示出來。On this condition, based on the experimental results gotten by the microwave absorption dielectric - spectrum measure technique, the photographic process at room temperature in agcl cubic microcrystals doped with k4fe ( cn ) 6 is simulated. through the optimization of simulating parameters, not only the cross - section and trap depth of the shallow electron trap induced by the dopant, but also the optimal doping amount is obtained
在此基礎上,以微波吸收介電譜檢測技術的實驗結果為依據,對摻有k _ 4fe ( cn ) _ 6的agcl立方體微晶在室溫下的曝光過程進行了模擬,通過調節模擬參數,不但計算出由摻雜劑引入的淺電子陷阱的俘獲截面和陷阱深度,而且得到了這種摻雜乳劑的最佳摻雜濃度。Fluorite is found in various parts of the world, especially in england, germany, mexico, and in kentucky and illinois in the united states
瑩石晶體常呈立方體八面體或立方體的穿插雙晶,集合體呈粒狀或塊狀。A new kind of fault - tolerant model, lip induced embedding model, is proposed. some conceptions, properties, merits and the algorithm on lip are given. corresponding to the algorithm, a c + + realization program is present, which can get the precise length value of lip when n equals 6 and 7
本文即是從上述兩個方面,對超立方體網路的容錯性和路由演算法進行研究,主要研究內容如下: 1 .提出一種新的并行計算機網路容錯模型- lip導出嵌入模型,包括與lip相關的概念、性質、優點,給出了超立方體網路中求lip的演算法;針對此演算法,文中給出了其c + +實現程序,並求出了當維數n = 6 , 7時lip長度的精確值。We find when cooling rate is fast, with the temperature decresing, the number of icosahedron and the relative numbers of 1551, 1541 bond types related to the icosahedron decrease obviously ; the total number of 1421, 1422 bond types related to the cubic ( fcc, bcc ) and hcp structures increase obviously ; and the total number of 1311, 1301 and 1201 bond types related to the rhombohedral structure increase remarkably, and gradually play a dominant role
發現在冷速很快時,隨著溫度的降低,在ga的微觀結構中,二十面體及與二十面體相關的1551 , 1541鍵型數目明顯下降;與立方體( fcc , bcc ) ,六角密集( hcp )結構相關的1421 , 1422鍵型數目明顯增加;而與菱面體相關的1321 , 1311鍵型的數目卻顯著增加,逐漸占據優勢。All the six faces of the cube were white.
這個立方體的六個面都是白色的。In chapter 4 we obtain the helly number for hyperplane transversal to translates of a convex cube in r ~ ( d ). where we prove that the helly number for such families is 5 when d = 2, and is greater than or equal to d + 3 when d 3
在第4章中我們探討了o中超平面橫截單位立方體平移形成的集族的heily數,證得碑中此heily數為5 ,在呼中此heily數z民並推廣至呼,在胸中此heily數d 3分享友人