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1
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33750086296
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Nanohelical/sprial materials
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Nalwa H.S. (Ed), American Science Publisher, Los Angeles, California, USA
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Motojima S., and Chen X. Nanohelical/sprial materials. In: Nalwa H.S. (Ed). Encyclopedia of nanoscience and nanotechnology vol. 6 (2004), American Science Publisher, Los Angeles, California, USA 775-794
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Motojima, S.1
Chen, X.2
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3
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0032658333
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Growth of carbon micro-coils by pre-pyrolysis of propane
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Chen X., and Motojima S. Growth of carbon micro-coils by pre-pyrolysis of propane. J Mater Sci 34 (1999) 3581-3585
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(1999)
J Mater Sci
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Chen, X.1
Motojima, S.2
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4
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0021199658
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Iron surface morphology factor in the growth of filamentous carbon
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Galuszka J., and Back M.H. Iron surface morphology factor in the growth of filamentous carbon. Carbon 22 (1984) 141-145
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Carbon
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Galuszka, J.1
Back, M.H.2
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5
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0002793918
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Carbon formation from light hydrocarbons on nickel
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Lobo L.S., and Trimm D.L. Carbon formation from light hydrocarbons on nickel. J Catal 29 (1973) 15-19
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J Catal
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Lobo, L.S.1
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7
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4544297965
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Synthesis of highly oriented and dense conical carbon nanofibers by a DC bias-enhanced microwave plasma CVD method
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Zhong G., Iwasaki T., Kawarada H., and Ohdomari I. Synthesis of highly oriented and dense conical carbon nanofibers by a DC bias-enhanced microwave plasma CVD method. Thin Solid Films 464-465 (2004) 315-318
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Thin Solid Films
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Zhong, G.1
Iwasaki, T.2
Kawarada, H.3
Ohdomari, I.4
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8
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2442587505
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Synthesis of corn-shape carbon nanofibers on Si and Mo substrates by bias-enhanced microwave plasma chemical vapor deposition
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Hayashi Y., Tokunaga T., Yogata Y., Toh S., Kaneko K., Soga T., et al. Synthesis of corn-shape carbon nanofibers on Si and Mo substrates by bias-enhanced microwave plasma chemical vapor deposition. Diamond Relat Mater 13 (2004) 1198-1202
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Diamond Relat Mater
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Hayashi, Y.1
Tokunaga, T.2
Yogata, Y.3
Toh, S.4
Kaneko, K.5
Soga, T.6
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9
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33748775997
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Formation of Y-junction carbon nanotubes by catalytic CVD of methane
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Chai S.P., Hussein S., Zein S., and Mohamed A.R. Formation of Y-junction carbon nanotubes by catalytic CVD of methane. Solid State Com 140 (2006) 248-250
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Solid State Com
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Chai, S.P.1
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Zein, S.3
Mohamed, A.R.4
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10
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33751060272
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Optimization of methane cold wall chemical vapor deposition for the production of single walled carbon nanotubes and devices
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Finnie P., Li-Pook-Than A., Lefebvre J., and Austing D.G. Optimization of methane cold wall chemical vapor deposition for the production of single walled carbon nanotubes and devices. Carbon 44 (2006) 3199-3206
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Carbon
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Finnie, P.1
Li-Pook-Than, A.2
Lefebvre, J.3
Austing, D.G.4
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12
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0042091740
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Preparation of carbon microcoils with the application of an electromagnetic fields and reaction scheme
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Kuzuya C., Motojima S., Kohda M., and Hishikawa Y. Preparation of carbon microcoils with the application of an electromagnetic fields and reaction scheme. Mater Technol 20 (2002) 3-9
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(2002)
Mater Technol
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Kuzuya, C.1
Motojima, S.2
Kohda, M.3
Hishikawa, Y.4
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13
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0033221849
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Three-dimensional vapor growth mechanism of carbon microcoils
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Chen X., Saito T., Kusunoki M., and Motojima S. Three-dimensional vapor growth mechanism of carbon microcoils. J Mater Res 14 (1999) 4329-4336
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(1999)
J Mater Res
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Chen, X.1
Saito, T.2
Kusunoki, M.3
Motojima, S.4
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14
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0011427268
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Vapor phase preparation of double helical carbon micro-coils using a multiple-gas-inlet-reactor
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Chen X., In Hwang W., and Motojima S. Vapor phase preparation of double helical carbon micro-coils using a multiple-gas-inlet-reactor. Mater Technol 18 (2000) 229-237
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(2000)
Mater Technol
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Chen, X.1
In Hwang, W.2
Motojima, S.3
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15
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18344402872
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Vapor phase preparation of super-elastic carbon micro-coils
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Chen X., Motojima S., and Iwanaga H. Vapor phase preparation of super-elastic carbon micro-coils. J Cryst Growth 237-239 (2002) 1931-1936
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(2002)
J Cryst Growth
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Chen, X.1
Motojima, S.2
Iwanaga, H.3
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16
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0034160206
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High-temperature heat treatment of carbon microcoils obtained by chemical vapor deposition process and their properties
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Chen X., In-Hwang W., Shimada S., Fujii M., Iwanaga H., and Motojima S. High-temperature heat treatment of carbon microcoils obtained by chemical vapor deposition process and their properties. J Mater Res 15 (2000) 808-814
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(2000)
J Mater Res
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Chen, X.1
In-Hwang, W.2
Shimada, S.3
Fujii, M.4
Iwanaga, H.5
Motojima, S.6
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17
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21144457876
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A conceptual model for the structure of catalytically grown carbon nano-fibers
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Yoon S.H., Lim S., Hong S., Qiao W., Whitehurst D.D., Mochida I., et al. A conceptual model for the structure of catalytically grown carbon nano-fibers. Carbon 43 (2005) 1828-1838
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(2005)
Carbon
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Yoon, S.H.1
Lim, S.2
Hong, S.3
Qiao, W.4
Whitehurst, D.D.5
Mochida, I.6
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18
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24344444088
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Comparative study of herringbone and stacked-cup carbon nanofibers
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Kim Y.A., Hayashi T., Naokawa S., Yanagisawa T., and Endo M. Comparative study of herringbone and stacked-cup carbon nanofibers. Carbon 43 (2005) 3005-3008
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Carbon
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Kim, Y.A.1
Hayashi, T.2
Naokawa, S.3
Yanagisawa, T.4
Endo, M.5
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