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题名: Purification of carbon nanotubes
作者: P. X. Hou;  C. Liu;  H. M. Cheng
发表日期: 2008
关键词: chemical-vapor-deposition;  scanning probe microscopy;  field-flow;  fractionation;  large-scale purification;  single-walled nanotubes;  high-yield purification;  heat-treatment;  assisted purification;  microwave digestion;  arc-discharge
摘要: It is predicted theoretically and understood experimentally that carbon nanotubes (CNTs) possess excellent physical and chemical properties and have wide-range potential applications. However, only some of these properties and applications have been verified or realized. To a great extent, this situation can be ascribed to the difficulties in getting high-purity CNTs. Because as-prepared CNTs are usually accompanied by carbonaceous or metallic impurities, purification is an essential issue to be addressed. Considerable progress in the purification of CNTs has been made and a number of purification methods including chemical oxidation, physical separation, and combinations of chemical and physical techniques have been developed for obtaining CNTs with desired purity. Here we present an up-to-date overview on the purification of CNTs with focus on the principles, the advantages and limitations of different processes. The effects of purification on the structure of CNTs are discussed, and finally the main challenges and developing trends on this subject are considered. This review aims to provide guidance and to stimulate innovative thoughts on the purification of CNTs. (C) 2008 Elsevier Ltd. All rights reserved.
部门归属: [Hou, Peng-Xiang; Liu, Chang; Cheng, Hui-Ming] Chinese Acad Sci, Inst Met Res, Shenyang Natl Lab Mat Sci, Shenyang 110016, Peoples R China.;Cheng, HM (reprint author), Chinese Acad Sci, Inst Met Res, Shenyang Natl Lab Mat Sci, 72 Wenhua Rd, Shenyang 110016, Peoples R China;cheng@imr.ac.cn
相关网址: <Go to ISI>://WOS:000261364500001
刊名: Carbon
内容类型: 期刊论文
URI标识: http://210.72.142.130/handle/321006/32809
ISSN号: 0008-6223
KOS主题词: Chemical vapor deposition;  atomic layer deposition;  Vapor-plating;  Scanning probe microscopy;  Distillation;  SWNT;  Heat treatment
KOS主题词(UF): CVD (Chemical vapor deposition);  Deposition, Chemical vapor;  Vapor deposition, Chemical;  CHEMISCHE BESCHICHTUNG AUS DAMPFPHASE;  REVETEMENT CHIMIQUE EN PHASE VAPEUR;  atomic layer epitaxial growth;  ALE;  MLE growth;  molecular layer epitaxial growth;  chemical beam epitaxial growth;  CBE;  gas source MBE;  GSMBE;  metalorganic molecular beam epitaxy;  MOMBE;  OMMBE;  chemical vapour deposition;  APCVD;  CVD;  laser CVD;  laser-induced CVD;  LPCVD;  chemical vapour infiltration;  chemical vapor infiltration;  CVI;  crystal growth from vapour;  laser deposition;  MOCVD;  metalorganic chemical vapour deposition;  MOVPE;  OMCVD;  OMVPE;  molecular beam epitaxial growth;  MBE;  migration-enhanced epitaxy;  vapour phase epitaxial growth;  hot wall epitaxial growth;  vapor phase epitaxial growth;  VPE;  CVI (fabrication);  ALD;  Molecular beam epitaxy;  Coulomb-Bethe;  many-body expansion;  真空镀膜;  Coating, Vacuum;  Deposition, Vapor;  Vacuum coating;  Vacuum metallizing;  Vapor deposition;  Vapor-phase deposition;  BEDAMFUNG;  DEPOSITION DE LA PHASE VAPEUR;  CVD (deposition);  Scanned probe microscopy;  SPM;  Scanning probe microscope;  分级;  Rectification of spirits;  solar stills;  distillation equipment;  distillation columns;  fractionation;  DESTILLATION;  DISTILLATION (FRANCAIS);  Fractional distillation;  Rectification (distillation);  Single walled nanotubes;  辐射损伤;  annealing;  austempering;  calcination;  electron beam annealing;  electron beam applications;  electron beam deposition;  graphitising;  graphitizing;  austenitising;  homogenising;  sensitisation (metallurgy);  treatment, heat;  incoherent light annealing;  arc lamp annealing;  flash lamp annealing;  halogen lamp annealing;  laser beam annealing;  laser annealing;  magnetic annealing;  annealing, magnetic;  normalising;  normalizing;  radiation effects;  damage, radiation;  irradiation effects;  particle scattering;  radiation damage;  thermal spikes;  spheroidizing;  thermomagnetic treatment;  ultraviolet radiation effects;  UV radiation effects;  ANNEALING MECHANISMS;  GLUEHVORGANG;  HEAT TREATMENT MECHANISMS;  MECANISMES DE RECUIT;  ANNEALING PARAMETERS;  GLUEHBEDINGUNGEN;  HEAT TREATMENT PARAMETERS;  PARAMETRES DE RECUIT;  ANNEALING PROCESSES;  GLUEHEN;  HEAT TREATMENT PROCESSES;  PROCEDE DE RECUIT;  CALCINATION (FRANCAIS);  KALZINIERUNG;  HEAT TREATING;  MAGNETISCHE GLUEHUNG;  RECUIT MAGNETIQUE;  NORMALIZING MECHANISMS;  MECANISMES DE NORMALISATION;  MECANISMES DE RECUITS DE NORMALISATION;  NORMALISIERUNG;  NORMALIZING PARAMETERS;  NORMALISIERUNGSBEDINGUNGEN;  PARAMETRES DE NORMALISATION;  DEFAUTS D IRRADIATION;  STRAHLUNGS SCHAEDEN;  Irradiation;  heating;  heating methods;  thermal treatment;  Alpha annealing;  Alphatizing;  Galvannealing;  Soft annealing;  Irradiation damage
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Recommended Citation:
P. X. Hou,C. Liu,H. M. Cheng. Purification Of Carbon Nanotubes[J]. Carbon,2008,46(15):2003-2025.

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