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Original Article

Evidence for fullerene in a coal of Yunnan, Southwestern China

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Pages 130-132 | Received 02 May 1997, Accepted 21 May 1997, Published online: 13 Oct 2016

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Valentina Zubkova & Zygfryd Witkiewicz. (2016) Chromatographic analysis of chemical compositions of coals and changes in them during technological processing. Critical Reviews in Environmental Science and Technology 46:7, pages 701-755.
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Abhishek Dosodia, Chhotey Lal*B. P. Singh, R. B. Mathur & D. K. Sharma*. (2009) Development of Catalyst Free Carbon Nanotubes from Coal and Waste Plastics. Fullerenes, Nanotubes and Carbon Nanostructures 17:5, pages 567-582.
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Drew L Harris & Raj Bawa. (2007) The carbon nanotube patent landscape in nanomedicine: an Expert opinion. Expert Opinion on Therapeutic Patents 17:9, pages 1165-1174.
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R.B. Mathur, C. Lal & D.K. Sharma. (2007) Catalyst-Free Carbon Nanotubes from Coal-Based Material. Energy Sources, Part A: Recovery, Utilization, and Environmental Effects 29:1, pages 21-27.
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D. Heymann, L. W. Jenneskens, J. Jehlička, C. Koper & E. Vlietstra. (2003) Terrestrial and Extraterrestrial Fullerenes. Fullerenes, Nanotubes and Carbon Nanostructures 11:4, pages 333-370.
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Keith Fisher & Gary Willett. (1999) Fullerene Research at the University of New South Wales. Fullerene Science and Technology 7:6, pages 1029-1041.
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Eiji [Obar]sawa. (1999) Natural Fullerenes-Will they Offer a Hint to the Selective Synthesis of Fullerenes?. Fullerene Science and Technology 7:4, pages 637-652.
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Masaki Ozawa, Pradeep Deotaf & Eiji Osawa. (1999) Production of Fullerenes by Combustion. Fullerene Science and Technology 7:3, pages 387-409.
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Masao Shibuya, Motoshi Kato, Masaki Ozawa, P.H. Fang & Eiji Ōsawa. (1999) Detection of Buckminsterfullerene in Usual Soots and Commercial Charcoals. Fullerene Science and Technology 7:2, pages 181-193.
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Articles from other publishers (18)

Sergei Simakov, Vittorio Scribano, Nikolai Melnik, Victor Pechnikov, Irina Drozdova, Vladimir Vyalov & Mikhail NovikovSergei Simakov, Vittorio Scribano, Nikolai Melnik, Victor Pechnikov, Irina Drozdova, Vladimir Vyalov & Mikhail Novikov. 2023. Nano and Micro Diamond Formation in Nature. Nano and Micro Diamond Formation in Nature 61 93 .
Josep Sanchís, Radmila Milačič, Tea Zuliani, Janja Vidmar, Esteban Abad, Marinella Farré & Damià Barceló. (2018) Occurrence of C60 and related fullerenes in the Sava River under different hydrologic conditions. Science of The Total Environment 643, pages 1108-1116.
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Yongliang Yang, Jiaji Sun, Zenghua Li, Jinhu Li, Xiaoyan Zhang, Liwei Liu, Daocheng Yan & Yinbo Zhou. (2018) Influence of soluble organic matter on mechanical properties of coal and occurrence of coal and gas outburst. Powder Technology 332, pages 8-17.
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Meng Wang, Xiaoping Li & Xuguang Dai. (2016) Thermal evolution characteristics of Triassic coal in Chuxiong Basin and its geological significance. International Journal of Mining Science and Technology 26:5, pages 937-945.
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Yongliang Yang, Zenghua Li, Yibo Tang, Gu Fanjun, Huaijun Ji & Zhen Liu. (2015) Effects of low molecular weight compounds in coal on the characteristics of its spontaneous combustion. The Canadian Journal of Chemical Engineering 93:4, pages 648-657.
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Huaijun Ji, Zenghua Li, Yongliang Yang, Shaobin Hu & Yingjian Peng. (2015) Effects of Organic Micromolecules in coal on its Pore Structure and Gas Diffusion Characteristics. Transport in Porous Media 107:2, pages 419-433.
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Jian-Tao Wang, Changfeng Chen, Enge Wang & Yoshiyuki Kawazoe. (2014) A New Carbon Allotrope with Six-Fold Helical Chains in all-sp2 Bonding Networks. Scientific Reports 4:1.
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Volodymyr Shmalko, Oleg Zelensky & Maryan Rudkevich. (2013) Technogenic Nanoparticles from Coal Carbonization Products. Chemistry & Chemical Technology 7:3, pages 359-364.
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Josep Sanchís, Dalibor Božović, Naif A. Al-Harbi, Luis F. Silva, Marinella Farré & Damià Barceló. (2013) Quantitative trace analysis of fullerenes in river sediment from Spain and soils from Saudi Arabia. Analytical and Bioanalytical Chemistry 405:18, pages 5915-5923.
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Rajesh Kumar, Rajesh Kumar Singh, A. K. Ghosh, Raja Sen, S. K. Srivastava, R. S. Tiwari & O. N. Srivastava. (2013) Synthesis of coal-derived single-walled carbon nanotube from coal by varying the ratio of Zr/Ni as bimetallic catalyst. Journal of Nanoparticle Research 15:1.
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Naohide Shinohara. 2007. Nanotechnologies for the Life Sciences. Nanotechnologies for the Life Sciences.
Drew L. Harris. 2009. Nanotechnology & Society. Nanotechnology & Society 163 184 .
P. H. Fang, Fawen Chen, Ruzhao Tao, Binghou Ji, Chongjun Mu, Ergang Chen & Yuanjian He. 2006. Natural Fullerenes and Related Structures of Elemental Carbon. Natural Fullerenes and Related Structures of Elemental Carbon 257 266 .
Peter R. Buseck. (2002) Geological fullerenes: review and analysis. Earth and Planetary Science Letters 203:3-4, pages 781-792.
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J.-S. Qiu, F. Zhang, Y. Zhou, H.-M. Han, D.-S. Hu, S.C. Tsang & P.J.F. Harris. (2002) Carbon nanomaterials from eleven caking coals. Fuel 81:11-12, pages 1509-1514.
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J.-S. Qiu, Y. Zhou, Z.-G. Yang, D.-K. Wang, S.-C. Guo, S.C. Tsang & P.J.F. Harris. (2000) Preparation of fullerenes using carbon rods manufactured from Chinese hard coals. Fuel 79:11, pages 1303-1308.
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J. I. Collar & K. Zioutas. (1999) Exotic Heavily Ionizing Particles can be Constrained by the Geological Abundance of Fullerenes. Physical Review Letters 83:15, pages 3097-3100.
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Eiji OSAWA, Michiko KUSUNOKI & Masaki OZAWA. (1999) Production of Carbon Clusters by Means of Arc Discharge and Their Application. 4. Revival of Carbon Nano-Onions. Towards Alternatives of the Arc Discharge Method for the Production of Fullerenes.アーク放電による炭素クラスターの合成と応用 4.  新しい炭素クラスター  アーク放電法に次ぐフラーレン製造法をめざして. Journal of Plasma and Fusion Research 75:8, pages 914-920.
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