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[in Japanese], Jokichi Arai, Katsuhiko Ito, Hidemitsu Hojo, Joichiro S ...
1972 Volume 36 Issue 11 Pages
1160-1169
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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Eiichiro Takiyama
1972 Volume 36 Issue 11 Pages
1169-1178
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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Shinpei Comi, Kensuke Okuda
1972 Volume 36 Issue 11 Pages
1179-1185
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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Hiromitsu Sumiyoshi
1972 Volume 36 Issue 11 Pages
1186-1188
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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Syojiro Sunami
1972 Volume 36 Issue 11 Pages
1189-1192
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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Shoichiro Ozaki
1972 Volume 36 Issue 11 Pages
1192-1196
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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Akihiko Iwashita
1972 Volume 36 Issue 11 Pages
1196-1199
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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Yoshio Araki
1972 Volume 36 Issue 11 Pages
1200-1205
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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Noboru Yamazaki
1972 Volume 36 Issue 11 Pages
1205-1209
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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Masuyoshi Tsukamoto
1972 Volume 36 Issue 11 Pages
1209-1212
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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Shuichiro Takiguchi
1972 Volume 36 Issue 11 Pages
1212-1217
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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Kyozo Wakayama, Tadasi Hayashida
1972 Volume 36 Issue 11 Pages
1217-1219
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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Fumiyuki Nakashio, Wataru Sakai, Toshihide Haraguchi
1972 Volume 36 Issue 11 Pages
1223-1230,a1
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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nts of ethylene pyrolysis in a flow reactor nall cross-section were carried out at higl (850-1, 150°C) and atmospheric pressure e nce of large amount of hydrogen. Under imental conditions, the temperature distri the direction of reactor axis were high13 Analysis of results showed that thi tem consisted of ethylene hydrogenation ation and ethane hydrogenolysis. the kinetic parameters of each forwar (e experimental results with low conver treated with“)Effective temperaturo hich had been proposed in our previoul ing such kinetic parameters obtained am constants from the literature, and consi erature profiles, the exit gas composition”: lated. These calculated values showec ments with experimental results.
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Tadsshi Hano, Fumlyuki Nakashio
1972 Volume 36 Issue 11 Pages
1230-1236,a1
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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luene was passed over zeolite catalyst al erature, the disproportionation of toluene rnethylations of toluene and xylene occur aneously. The catalyst activity for eact ad the selectivity of xylene changed wit le by coke formation. By an analysis of ex data with the assumption that distributior Ilyst activity over the bed was uniform, il that the activity ratios of fouled catalysi ne for each reaction were represented by onential functions of process time. Ant st activities of these reactions decayy In order to ascertain the validity of the for this reaction system, distributions oi tivities over the bed were calculated for 5sible types of deray. ntly it was found that the activity ratio: epresented as exponential function of pro in the early stage of decay and so the used in this experiment was reasonable e it was theoretically pointed out thai ging was easily decided by the investiga ersion-yield curve and experimental result; t the catalyst activities of these reaction; ccording to selective aging.
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Size distribution and growth rate of particles on steady state
Kazuo Harada
1972 Volume 36 Issue 11 Pages
1237-1243,a1
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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lamental method of particle growth in the ed can be obtained by the combination o fluidized bed and a spray nozzle.In thil ize distribution and particle growth rate o us coating and agglomeration are studied rate equation, which contains“coatim e coefficient”and“agglomeration growtl cient”, was introduced from the materia bed particles.Steady particle size distri tamed under the continuous operation am an diameters of many cases are calculated of various parameters (coating growtl: lent, agglomeration growth rate coefficien residence time of particles) are made clear: s are obtained by numerical calculation gital computer.
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Hiroo Nakajima, Ryoichi Mitsui, Masashi Kuramae, Tatsuo Tanaka
1972 Volume 36 Issue 11 Pages
1243-1249,a1
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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Eliminator Type Packings
Yoshishige Hayashi, Eiji Hirai
1972 Volume 36 Issue 11 Pages
1249-1254,a1
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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Sadashi Hoshino, Hirohumi Yakura, Manabu Yamaguchi, Takashi Katayama, ...
1972 Volume 36 Issue 11 Pages
1255-1262,a1
Published: November 05, 1972
Released on J-STAGE: October 07, 2010
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