异质富勒烯,Heterofullerene英语短句,例句大全

异质富勒烯,Heterofullerene
1)Heterofullerene异质富勒烯
1.UV and IR Studies on Heterofullerene C_(76)BN;异质富勒烯C_(76)BN的UV和IR光谱研究(英文)
2.Theoretical Studies on Molecular Behavior of C_(50)(D_(5h)) Derivative:Heterofullerene C_(48)P_2C_(50)(D_(5h))衍生物-异质富勒烯C_(48)P_2的分子行为理论研究
3.Recent research progress on the heterofullerenes, especially the theoretical calculations on the structures, stabilities and electronic properties, was surveyed.对近年来异质富勒烯的研究进展，尤其是对异质富勒烯的结构，稳定性和电子性质的理论计算研究进展，进行了回顾。

英文短句/例句

1.Study on the Aromaticity of Heterofullerene C_(26)X_2(X_2=B_2, N_2, BN) Isomers;异质富勒烯C_（26）X_2（X_2＝B_2，N_2，BN）异构体芳香性的研究
2.The Study of the Kinetic Stability of All Possible Heterofullerene C_(58)P_2 Isomers异质富勒烯C_(58)P_2各种可能异构体动力学稳定性的研究
3.Study of Density Functional Theory on Hetrofullerence [4,6]-C_(22)X_2(X=B,N)异质富勒烯[4,6]-C_(22)X_2(X=B,N)的密度泛函理论研究
4.Polymerization of the Hetero Fullerene-like Clusters and Functionalization of the Product Polymer;异质类富勒烯的聚合及聚合产物的功能化
5.Synthesis、Separation and Property Research of Fullerene Derivatives;富勒烯衍生物的合成、分离与性质研究
6.Synthesis of Gd-metallofullerenes and MS Characterization;Gd-富勒烯包合物合成提取及质谱表征
7.Structure,Properties and Application of Fullerene C_(60);富勒烯——C_(60)的结构、性质及应用
8.Comparation of ~(13)C NMR Spectrum Characters of C_(20) Fullerene IsomersC_(20)富勒烯分子异构体的~(13)C NMR谱特征比较
9.Theoretical Study on Structure and Spectrum of Derivatives of Fullerene;富勒烯衍生物结构和谱学性质的理论研究
10.The Preparation and Separation of Endohedral Gd-metallofullerene and MS Characterization钆内嵌金属富勒烯的制备、分离及质谱表征
11.The Study of Yb-Metallofullerenes and Anomalous Fullerenes;Yb金属富勒烯包合物及特殊结构富勒烯的研究
12.Computational Studies for Excited States of Small Atomic Clusters and Heterofullerenes;原子小团簇激发态性质及掺杂富勒烯密度泛函计算研究
13.Synthesis and Characterizations of a Few Novel Nano-porous Mo-O Based Inorganic Supra-fullerene Derivatives;几种Keplerate型钼氧基超级无机富勒烯衍生物的合成、表征与性质研究
14.Theoretical Study on the NLO Properties of New Types of Conjugated Molecules (Including Rubrene and Open-Cage Fullerene Derivatives)Rubrene和开孔富勒烯衍生物等新型共轭分子的NLO性质理论研究
15.Synthesis and Properties of D-A Type of Organic Solar Cells Containing Fullerene含富勒烯的D-A型有机太阳能电池材料的合成及其性质研究
16.Theoretical Study of the Structural and Electronic Properties of Er_3N@C_(80)内掺三金属氮化物富勒烯Er_3N@C_(80)的几何结构与电子性质理论研究
17.The structural and electronic properties of the unconventional exohedral fullerene C_(64)Si外掺非典型富勒烯C_(64)Si的几何结构和电子性质计算研究
18.Preparation by arc-discharge in PEG and surface modification of onion-like fullerene聚乙二醇放电介质中洋葱状富勒烯的制备与表面修饰

相关短句/例句

fullerenes富勒烯
1.Preparation of Pyrenebutyric Acid-modified Zirconia-Magnesia Stationary Phase for High Performance Liquid Chromatography and Its Application to the Separation of Fullerenes;芘基丁酸改性锆-镁复合氧化物HPLC固定相的制备及其在分离富勒烯中的应用
2.Copolymerization of butadiene and isoprene initiated with fullerenes based neodymium catalyst;富勒烯-钕系催化剂引发丁二烯-异戊二烯共聚合
3)fullerene[英]['ful?ri:n][美]['f?l?,rin]富勒烯
1.Semi-empirical quantum-chemical analyses of C_(120) isomeric fullerenes;C_(120)异构富勒烯分子的AM1半经验量子化学研究
2.Study on Ultra-smooth Surface Created by Diamond and Fullerene Abrasive Tools with Superfine Grains;超微粒金刚石和富勒烯研具创建超平滑表面的研究
3.Progress of the Research on Polythiophenes and Thiophene Oligomers with Side Chains Containing Fullerene and their Photovoltaic Cells;支链带有富勒烯的聚噻吩和齐聚噻吩及其光伏电池研究进展
4)fullerene chain富勒烯链
5)fullerence富勒烯
1.A convenient method was introduced to synthesize a water-soluble fullerence derivative-fullerols by the reaction of fullerence with fuming H 2SO 4 and KNO 3.介绍了合成多羟基富勒烯衍生物C60 / 70 (OH) x 的简便方法 ,采用FT IR ,1HNMR ,RF对其结构进行了表征 ,初步讨论了其溶解性及荧光效应。
2.The o ptical limiting of nanocompostie based on Fullerence was studied using double fr equency Nd∶YAG pulse laser system with wave length of 532nm,pulse width of 8ns and repetition rate of 10Hz.应用倍频Nd:YAG脉冲激光，在波长为532nm，脉宽8ns，重复频率10Hz的条件下，研究了新型基于富勒烯纳米结构材料(C_60-bpy-Au)的光限幅特性。
6)C_(60) fullereneC60富勒烯
1.By using MD(molecular dynamics) method,the collision and energy-transmission of C_(60) fullerenes in Ar doped nano-peapod was simulated,and the effect of the doped-Ar density ρ and the initial energy E_0 of the incident C_(60) fullerene on the energy-transmission rate was analyzed.以C60富勒烯之间掺杂有不同浓度Ar原子的碳纳米豆荚为研究对象,采用分子动力学方法,模拟了纳米豆荚中C60富勒烯之间的碰撞与能量传递,分析了入射C60富勒烯初始能量、Ar掺杂浓度对能量传递率的影响。