nucleation energy 中文意思是什麼

nucleation energy 解釋
成核能
  • nucleation : n. 【物、化】成核（現象）；晶核過程，核子作用；集結；人工降雨作用。
  • 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. The research of gibbs free energy, critical nucleus radius, nucleation rate of homogeneous nucleation " and heterogeneous nucleation shows that the main reason decreasing solution stability is heterogeneous nucleation

    通過分析非均相成核與均相成核的臨界成核半徑、臨界晶核形成功、成核速率等，說明降低溶液穩定性的主要因素是非均相成核。
  2. According to solid - state physics, the physical mode of elastic wave stimulating the nucleation of martensitic transformation had been established, of which the elastic energy release as elastic wave to induce particle displacement and strengthen the condition required by martensitic transformation

    依據固體物理理論，建立了彈性應變能以彈性波的形式釋放，彈性波在奧氏體中傳播引起晶體點陣質粒位移，強化馬氏體相變形核的條件，促進馬氏體相變形核的物理模型。
  3. The wxrd characterization showed that o - mmt possessed obvious nucleation effect on the crystallization process of b - pp. jeziorny and mo methods were used to study the non - isothermal crystallization process. the obtained value of kinetics parameters such as tp, n, zc, t1 / 2, a h, f ( t ), e showed that the o - mmt has nucleation effect in crystallization of pp and can increases the crystallization temperature of pp, quickens the crystall ization velocity, decreases the crystallization activation energy of pp but decreases the crystallization degree of pp at the same time

    運用jeziorny法和mo法研究了聚丙烯和復合材料的非等溫結晶過程，所得到的非等溫結晶過程動力學參數t _ p ， n ， z _ c ， t _ （ 1 / 2 ） ， h ， f （ t ） ， e的數值表明，有機蒙脫土的加入可以起到異相成核的作用，從而提高pp的結晶溫度，加快pp的結晶速率，降低pp的結晶活化能，但同時也會降低pp的結晶度。
  4. According to the mechanism, the nucleation course of martensitic transformation requires energy ( i. e. elastic energy ) propagation in the form of wave in austenite

    按此機制馬氏體相變形核過程中需要有能量（彈性能）以波的形式在母相中傳輸。
  5. The reason is that the elastic energy increases the nucleation work while the formation of primary martensite can excite the release of elastic energy in austenite to promote the formation of after martensite and intensify the tendency towards homogeneous nucleation

    其原因是彈性能的存在增大了初生馬氏體的形成功，而初生馬氏體的形成則會激發奧氏體內彈性能的釋放，彈性能的釋放可促進繼生馬氏體形成，並增大其均勻形核傾向。
  6. The result showed that plastic deformation during pre - strain played an restrained role on the growth of martensite ( especially in the direction of lath width ) and increase the nucleation rate indirectly ; the elastic energy induced by plastic deformation restrain the transformation of primary martensite but accelerate the transformation of after martensite

    實驗結果表明：預應變過程中造成的塑性變形對馬氏體生長（尤其是寬度方向）有約束作用，起間接提高馬氏體形核率的作用，所儲備的彈性應變能對初生馬氏體的轉變有抑制作用，但對繼生馬氏體的轉變卻有促進作用。
  7. The effect of plastic deformation and elastic strain energy induced by pre - strain on the nucleation of martensitic transformation of low alloy ultra - strength steel sosimncrmov had been studied by pre - strain quenching in austenite state. the control over deformation magnitude and deformation temperate as well as loading pattern was performed to adjust the storage of elastic strain energy in steel before martensitic transformation, using the type of geeble - 1500 thermal analogue test machine

    使用gleeble - 1500型熱模擬機，對低合金超高強度鋼30simncrmov實施奧氏體預應變淬火處理，通過控制形變量、形變溫度和加載方式，調整鋼中馬氏體相變前的彈性應變能儲備，研究了預應變所造成的塑性變形與彈性應變能對馬氏體相變的影響。
  8. At last, we research on the change of nucleation agents ( tio2 and tio2 + zro2 ) and their effect on the glass - ceramic. and the results demonstrate that activation energy has reduced from 277. 1 kj / mol to 207. 8kj / mol when nucleation agents changed from tio2 to tio2 + zro2

    結果表明：隨著復合晶核劑的引入，微晶玻璃的析晶活化能由277 . 1kj mol降低為207 . 8kj mol ，同時降低微晶玻璃的初始析晶溫度。
  9. It shows that the interface energy and the heterogeneous nucleation barrier were changed by the doping of tb. so the relationship between crystal content and tb doped concentration can be " described as : y = 1 - exp ( k1 exp ( k cos ( ( x + ) 3 ) it shows that the crystal content will reach a maximum with increasing tb doped concentration because of the influence of heterogeneous nucleation barrier variation

    本文在分析界面能的基礎上，推導了在一定條件下薄膜受摻tb影響的鈣鈦礦相析晶含量的理論表達式為： y 1 yxp （ k ； xxp （ kcos （ s ? （ x a ） 』 ）該式表明了受體系成核界面能的變化影響，晶體生長受摻tb濃度影響出現極值。
  10. The mechanism of elastic energy releasing wave stimulating the nucleation of martensitic transformation had been studied on the basis of the experiment result

    根據實驗結果，研究了關于馬氏體相變的彈性能釋放波促發形核機制。
  11. The reflection high - energy electron diffraction ( rheed ) was used to monitor the surface of insb in situ during the epitaxial growth, rheed diffraction pattern indicates volmer - weber growth at the very early stage of nucleation

    低溫insb緩沖層在生長初期顯示明顯的島狀生長，通過rheed強度振蕩的觀察，確定低溫insb緩沖層的生長速率為0 . 26 m / h 。
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