晶格鏈 的英文怎麼說

中文拼音 [jīngliàn]
晶格鏈 英文
lattice chain
  • : Ⅰ形容詞(光亮) brilliant; glittering Ⅱ名詞1. (水晶) quartz; (rock) crystal 2. (晶體) any crystalline substance
  • : 格象聲詞rattle; gurgle
  • : Ⅰ名詞1. (鏈子) chain Ⅱ動詞(用鏈栓住) chain; enchain Ⅲ量詞(計量海洋上距離的長度單位) cable length
  1. Black calfskin leather bracelet with jet, jet mat and jet hematite crystal mesh ; faceted ruthenium - plated buckle

    黑色牛犢皮革手噴氣射流墊子和噴赤鐵礦;釕面鍍金扣。
  2. Researches on second nearest neighbor for lattice vibration of one - dimensional diatomic chain

    一維雙原子振動中的次近鄰
  3. The crystallization and melting behavior of mellocene - catalized branched and linear polyethylenes of low molecular weight was studied. it was found that the crystalline lattice of branched polyethylene is larger than that of linear polyethylene because of the existence of branched chains. the melting behavior of branched polyethylene is similar to that of linear polyethylene since the branched chains can not enter the lattice. however, the crystalline behavior of low molecular weight branched polyethylene is the same as that of high molecular weight linear polyethylene, but different with that of low molecular weigh linear polyethylene. kinetics theory analysis evidenced that the transition temperature of growth regime of the branched polyethylene is about 20 lower than that of linear polyethylene with the same molecular weight. it may be attributed to the existence of short branched chains

    研究了金屬茂催化的低分子量支化聚乙烯和線性聚乙烯的結及熔融行為,發現支化聚乙烯的結構與線性聚乙烯相同為正交結構,但略有膨脹.支的存在對熔融行為影響不大,兩種聚乙烯的熔點均隨結溫度的升高而非線性增加,表現出低分子量樣品的共同特徵.但支的存在對結行為卻有很大的影響,主要是由於支的存在降低了體的結速率從而影響結過程,使得低分子量的支化聚乙烯的結行為與高分子量線性聚乙烯的結行為相似而與低分子量的線性聚乙烯不同.動力學分析表明,低分子量的支化聚乙烯的結生長方式的轉變溫度比同等分子量的線性聚乙烯降低了約20
  4. A ) the orientation of hbn on si ( 100 ) was dominated intrinsically by the crystalline habit and the lattice mismatch between the substrate and films. the former was dominated by the periodical bond chain ( pbc ) theory, while the latter was in relation with the stress and strain

    A ) hbn在si ( 100 )表面的取向受hbn自身結習性和它與襯底間的匹配關系的控制,前者是受周期性鍵( pbc )理論控制,後者與應力和應變有一定關系。
  5. Gold - plated pierced earrings with bezel - set crystal satin crystal, cable chain and crystal sage crystal in exclusive newgrange cut

    鍍金穿耳環與邊框集緞面水體,錨體聖人體獨家紐蘭奇削減。
  6. On the basis of the two - component soliton vibrator model, the motion of a kink pair consisting of kinks in different sublattices and soliton for the response of the external field are discussed. the mobility of a soliton pair is found

    以二分量孤子的振子模型為基礎,討論了質子子與重離子子中扭結孤子形成的孤子對的運動及其孤子對外場的響應特性,並得到了氫鍵中孤子對的遷移率表達式
  7. In two - component model of hydrogen - bonded chains, the system with nonlinear and linear coupling between proton sublattice and heavy - ion sublattice is investigated. fast - mode soliton pair and slow - mode soliton pair are obtained. as for fast - mode soliton the effective mass of the kink in the proton sublattice decreases due to the nonlinear coupling and increases due to the linear coupling. for slow - mode soliton, the thing is quite opposite to that of fast - mode soliton

    在氫鍵二分量模型中,研究質子子和重離子子相互作用項中同時含有非線性耦合和線性耦合兩部分的系統,得到快模孤子偶和慢模孤子偶.對于慢模孤子而言,非線性耦合降低了質子子中孤子的有效質量,而線性耦合增加了質子子中孤子的有效質量;對于快模孤子而言,情況正好相反
  8. In this thesis, we study the nonlinear effects in electron - phonon interaction of one or quasi - one dimensional system with the nonlinearity of phonon ( lattice ). using the variational method and coherent method we study the ground state properties of one - dimensional molecular crystal and the soliton characteristics in protein molecular chain, respectively

    本文以較簡單的一維(或準一維)電子-聲子耦合系統為對象,在計入聲子()非線性的條件下,分別採用變分法和量子相干態方法研究了一維分子體基態的性質和蛋白質分子中孤立子特性。
  9. But in the moderate electric field 150 kv / cm, there is a sharp change in the configuration and charge distribution of the exciton, i. e. the exciton is directly split into an electron polaron and a hole polaron. the polarization and dissociation happen at a same time, which differs from that in conjugated polymers. and in the strong electric field 350 kv / cm, appear structural phase transition of the chain and luminescence quenching

    同時得到兩個重要的臨界電場值: 1激子解離電場ec1 ( 150kv / cm ) ,在此電場下激子發生瞬間解離,成為電子型極化子和空穴型極化子; 2結構相變電場ec2 ( 350kv / cm ) ,在ec2下二聚化開始被等距取代, ptcl絡合物發生結構相變,並伴隨peierls能隙漸趨消失和發光猝滅的現象出現。
分享友人