83
[57] GESSLER, A.M.; HESS, W. M.; MEDALIA, A. I. Reinforcement of elastom ers
with carbon black part IV:. interaction between carbon black and polymer.
Plast. Rubber Proc., v.3(4), 1979.
[58] HESS,W. M.; HERD, C. R. Microstructure, morphology and general physical
properties. In:DONNET, J-B.; BANSAL, R. C.; WANG, M. J. Carbon black.
2.ed. New York: Marcek Dekker, 1993. p.89-173 1968.
[59] HERD, C. R.; MCDONALD, G. C.; HESS, W. M. The use of skeletonization
for the shape classification of carbon-black aggregates. Rubber Chem.
Technol., v.66 (4), p.491-509, 1993.
[60] IDONOV, N. A.; KOROLEV, Y. M.; POLAK, L. S.; POPOV, V. T. Plasma
chemical production of dispersed carbon. Phase composition study. Khim Vys.
Energ., v.20, p.174-180, 1986.
[61] SHAKOURZADEH, K.; AMOUROUX, J. Reactor design and energy concepts
for a plasma process of acetylene black production. Plasma Chem. & Plasma
Process, v.6, p.335-948, 1986.
[62] CRISTOFIDES, C.; ILBERSON, V-J. Processing hydrocarbons in a thermal
RF- plasma reactor. ISPC-6 Montreal, A-8-2, 1983.
[63] JORDAN, M. E.; et al. Carbon black product and method of preparation
thereof. Plasma Chem. & Plasma Process, US Patent 3, 342, 554,
september 19, 1967.
[64] BOYD, J. W. Air quality issues for carbon black in: Intertech conferences, the
global outlook for carbon black. Intertech Conferences, Houston, Texas USA
(Intertech Conferences, 170 US Route one, Portland Maine 04105 USA, Februari
1993, p.23-24.
[65] LYNUM, S. CO
2
-free hydrogen from hydrocarbons. The Kvaerner CB&H
process. 5th Annual US Hydrogen Meeting, v.6 p.47-59, 1994.
[66] SCHWOB, Y. Prospects for carbon black in Eastern and Western Europe. The
global outlook for Carbon Black. Intertech Conferences, Portland, ME, 1993.
[67] FULCHERI, L.; et al. Characterization of a 3-phase AC plasma reactor for
carbon black synthesis from natural gas. ISPC-12 , august 21-25, Minneapolis,
Minnesota USA, 1995, v.3, p.1159-l164.
[68] FULCHERI, L.; SCHWOB,Y.; FLAMANT, G.;. Comparison between new
carbon nanostructures produced by plasma with industrial carbon black grades.
J. Phys. III France, v.7, p.491-503, 1997.
[69] NETO, E. H. N. Hidrogênio, evoluir sem poluir: a era do hidrogênio,
das energias renováveis e das células a combustível. Curitiba: BRASIL
H2 FUEL CELL ENERGY, 2005.
[70] SOUZA. A. C. Craqueamento do gás natural utilizando tocha de
plasma. 2005. 75f. Dissertação (Mestrado em Física) - Programa de
Pós-Gradução em F ísica, Universidade Federal do Espirito Santo, Vitória, 2005.