grain-boundary energy 中文意思是什麼

grain-boundary energy 解釋
晶粒間界能
  • grain : n 1 穀物,糧食〈英國叫 corn〉; 谷類植物。2 穀粒,籽粒。3 (沙、金、鹽等的)粒,顆粒,晶粒。4 些微...
  • boundary : n 邊界,疆界,限界 (between);(球場)邊線;界標;界限,范圍,分野。 aboundary dispute 邊界糾紛...
  • energy : n. 1. 干勁,活力。2. (語言、行為等的)生動。3. 〈pl. 〉 (個人的)精力;能力。4. 【物理學】能,能量。
  1. Under the guide of the theory of minimum energy of the system, catenary equation specifying the facial size of the circumgyrating object is the minimum in static state is involved as the form of the research about transforming grain boundary

    基於系統能量最小原理,本文選擇靜態條件下旋轉體表面積最小的懸索方程作為研究變形晶界的形態。
  2. When it was soaked in the semi - solid temperature, the preformed texture was accompanied with the part high - energy - area melting. its presentations were the honey combs at the grain boundary and the pools in the grain. it was the essence condition that the semi - solid metal maintained the solid character and had the thixotropy

    5 、形變組織半固態保溫過程中伴隨著局部高能區的熔化,表現為晶界蜂巢狀結構和晶內液池現象,這是半固態合金保持固相特徵並具有觸變性的基本條件。
  3. The microstructure observation in the microfissures suggests the liquation microcrack results from grain boundary liquation by constitutional liquation of mc carbides and formation of continuous and or semi - continuous low melting liquid films, however, the occurrence of the solid state microcracks can be attributed to the effect of ultrafast transit thermal shock introduced by high energy electron beam

    液化裂紋起源於mc碳化物的組份液化而形成的晶界連續或半連續的低熔點共晶液化膜,固相裂紋形成的則是高能電子束流的快速瞬態熱沖擊效應的直接結果。
  4. In the theoretical simulation on the behavior of single helium atom in aluminum, the varieties of energy data including the formation, migration, binding, and dissociation energies for single helium atom at the interstitial, vacancy, grain boundary, and dislocation sites in aluminum lattice were calculated, based on the density functional theories, general gradient approximation and pseudopotential plane wave method. results showed that the most fittable sites for containing helium atoms inside the cell are vacancies. but in the view of the whole lattice, grain boundaries are the best

    計算結果表明,晶內he原子擇優佔位區是空位,而在整個晶體范圍,最有利於容納he原子的區域是晶界,位錯容納he原子的能力次於晶界和空位;在fcc -鋁的間隙位中, he原子優先充填四面體間隙位;晶內間隙he原子是可動的,通過間隙he原子的運動,可在晶內聚集,或被空位、晶界、位錯等缺陷束縛。
  5. Moreover, the rate - dependent deformation could also be explained from the point of grain boundary energy

    進而從晶界能量角度解釋率相關變形的原因。
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