本文报道了氮掺杂富勒烯的红外和紫外可见光谱。
Nitrogen doped fullerene derivative's IR and UV vis spectra are reported.
利用直流电弧法，合成了含钙的富勒烯金属包合物。
Ca-containing Endohedral Metallofullerenes were synthesized by DC arc discharge method.
介绍了近几年来氟化富勒烯的合成、分离和一般性能。
Recent works about the synthesis, isolation and general properties of fluorofullerene are de- scribed briefly.
1996年的化学奖也授予一种新的碳形式——巴克敏斯特富勒烯。
The 1996 chemistry prize was also awarded for a new form of carbon, buckminsterfullerene.
本文综述了富勒烯（C60）在摩擦学中的研究进展。
The progress of the fullerene (C60) applied in tribology was reviewed in this paper.
介绍了富勒烯碳分子的结构、性质、制备方法及其应用情况。
This paper describes the structure, properties and applications of fullerenes.
目前最高效的有机太阳能电池生产所使用的富勒烯只有这两种。
Currently the most efficient organic solar cells are manufactured using one of only two different fullerenes.
在富勒烯化学中，化学修饰一直是富勒烯研究的主要领域之一。
Chemical modification is one of the most important research fields in the fullerene chemistry.
基于此，本文采用真空热处理的方法来制备碳纳米洋葱状富勒烯。
In this paper, a new method of vacuum heat-treatment was used to prepare macroscopic quantity of nano onion-like fullerenes.
索德柏立富勒烯里的氦气同位素组成，与某些陨石、彗尘中的一样。
The Sudbury fullerenes contained helium with compositions similar to some meteorites and cosmic dust.
展望了纳米洋葱状富勒烯基础研究、宏量制备和应用研究的发展趋向。
The emphasis is placed on basic study, macroscopic preparation and potential ap- plications of nano onion-like fullerenes.
介绍了富勒烯及碳纳米管两类纳米材料的制备、结构、特性及应用前景。
The paper introduces the preparation methods, structure and characters of fullerences and carbon nanotubes as well as their applied prospects.
发现了炭化物中存在着纳米碳管、洋葱状富勒烯结构及金刚石晶格结构。
Nanophase carbon tube, onion-like graphitic particles and diamond structure are first found in wood charcoal of Chinese Fir.
富勒烯的形成条件特殊，普通的地球环境和地质过程不利于富勒烯的生成。
For its special conditions of production, fullerene is hardly yielded through the process of the common earth environment and dynamic geology.
这些大型富勒烯与索德柏立的富勒烯一样，都藏有源自太空的氦、氖、氩。
Like their smaller counterparts from the Sudbury crater, these larger structures contained extraterrestrial helium, neon and argon.
当金属含量较高时，这种碳笼结构的金属富勒烯化合物转变为金属碳化物。
When the transition metal content increases, the carbon cage can break up and metal carbides are formed.
然而，由于缺乏有效宏量制备纳米洋葱状富勒烯的方法，使其应用研究进展缓慢。
However, the application studies of onion-like fullerenes develop slowly for the lack of effective preparation methods.
富勒烯的发现为人们提出了有关分子构筑的全新概念，开辟了碳化学研究的新领域。
The discovery of fullerenes made mention of a new conception about the molecule construction and initiated a new domain of carbon chemistry.
单质碳第三种同素异形体——富勒烯及其化合物的出现，已引起化学界的极大关注。
The turning-up of Fullerene and its Compounds, the third kind of allotrope of carbon in simple substance, has been taken a great interest in in chemical circles.
但是对洋葱状富勒烯的制备研究，目前还存在许多的问题（能量损耗高、收率低等）。
Up to date, there are many some problems in the preparation of nano onion-like fullerenes (a high cost and low yield ).
富勒烯通常成为巴克球，是一种由60个碳原子以单键和双键相连组成的足球形碳单质。
Buckyballs, as they became known colloquially, are football-shaped molecules made of 60 carbon atoms linked by single and double bonds.
巴达与我于1994年一听说这个发现，就请波里达检验我们在索德柏立找到的富勒烯。
As soon as Bada and I became aware of this discovery, in 1994, we asked Poreda to examine our Sudbury fullerenes.
富勒烯及其衍生物是一类具有独特物理化学特性的化合物，在生物医学领域有广泛的应用前景。
Fullerenes are a class of compounds with unique chemical and physical properties, which potential USES can be explored in the biological medicine field.
简要介绍了钡、团簇、羟基和富勒烯等的放电，探讨了这四种物质在气体放电灯中应用的可能性。
Gas discharges of barium, cluster, hydroxyl and fullerene were introduced, and the probability of these four emitters 'application in gas discharge lamps was discussed.
由于C _(60)独特的化学和物理特性，富勒烯及其衍生物的生物活性近年来引起了人们的注意。
Due to unique chemical and physical features of C_ (60), the biological activities of fullerenes and their derivatives have been recognized in the recent years.
在这种包合物中有机小分子是电子的受体，而碳笼则为电子的给体，这与金属富勒烯包合物恰恰相反。
The dopant is an electron acceptor and the cage is a donor which is different from the case of metallofullerenes.
在这种包合物中有机小分子是电子的受体，而碳笼则为电子的给体，这与金属富勒烯包合物恰恰相反。
The dopant is an electron acceptor and the cage is a donor which is different from the case of metallofullerenes.
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