発表論文/1990-1994[1] Yoon SH, Korai Y, Mochida I, Kato I. The Flow Properties of Mesophase Pitches
Derived from Methylnaphthalene and Naphthalene in the Temperature-Range of TheirSpinning. Carbon. 1994;32(2):273-80.
[2] Yoon SH, Korai Y, Mochida I. Assessment and Optimization of the Stabilization
Process of Mesophase Pitch Fibers by Thermal Analyses. Carbon. 1994;32(2):281-7.
[3] Yoon SH, Korai Y, Mochida I. Pleat Structure of the Mesophase Pitch-Based
Carbon-Fiber. Carbon. 1994;32(6):1182-6.
[4] Toshima H, Hino T, Murakami K, Mochida I. Diels-Alder Reaction of Mesophase
Pitch Insoluble Fractions with Maleic-Anhydride. Journal of Materials Science. 1994
Apr;29(7):1966-72.
[5] Sakanishi K, Obata H, Mochida I, Sakaki T. Removal and Recovery of Nitrogen andSulfur-Compounds from Coal-Tar Fractions Using Supported Aluminum Sulfate underSupercritical CO2 Conditions. Abstracts of Papers of the American Chemical Society.
1994 Aug;208:50-FUEL.
[6] Nakayama Y, Nagao H, Mochida I, Kawabuchi Y. Adsorption of Radon on
Active-Carbon. Carbon. 1994;32(8):1544-7.
[7] Mochida I, Yasumoto Y, Watanabe Y, Fujitsu H, Kojima Y, Morita M. Catalytic
Dehydrochlorinationof1,2-Dichloroethane

intoVinyl-Chloride

overPolyacrylonitrile-Based Active-Carbon Fiber (Pan-Acf). Chemistry Letters. 1994
Feb(2):197-200.
[8] Mochida I, Sakanishi K, Sakata R, Honda K, Umezawa T. Design of Recoverable
Catalysts for a Multistage Coal-Liquefaction Process. Energy & Fuels. 1994
Jan-Feb;8(1):25-30.
[9] Mochida I, Sakanishi K, Kishino M, Tsutsui K. Design of Multistage
Coal-Liquefaction Process for Upgrading and Complete Conversion. Abstracts of Papersof the American Chemical Society. 1994 Mar;207:88-FUEL.

[10] Mochida I, Sakanishi K. Catalysis in Coal Liquefaction. Advances in Catalysis, Vol
40 1994:39-85.
[11] Mochida I, Ling LC, Korai Y. Some Factors for the High Performances of Mesophase
Pitch-Based Carbon-Fiber. Journal of Materials Science. 1994 Jun;29(11):3050-6.
[12] Mochida I, Kisamori S, Kawabuchi Y, Kuroda K, Kawano S. Oxidative Removal of
SO2 and Recovery of H2SO4 over Polyacrylonitrile-Based Active-Carbon Fiber.
Abstracts of Papers of the American Chemical Society. 1994 Mar;207:56-FUEL.
[13] Mochida I, Kisamori S, Hironaka M, Kawano S, Matsumura Y, Yoshikawa M.
Oxidation of NO into NO2 over Active-Carbon Fibers. Energy & Fuels. 1994
Nov-Dec;8(6):1341-4.
[14] Mochida I, Kisamori S, Hironaka M, Kawano S. Oxidation of No into NO2 over
Activated-Carbon Fibers. Abstracts of Papers of the American Chemical Society. 1994
Mar;207:51-FUEL.
[15] Mochida I, Kawano S, Kisamori S, Fujitsu H, Maeda T. Reduction of Low
Concentration No with NH3 over Pitch-Based Active-Carbon Fiber in Humid Air at
Ambient-Temperature. Carbon. 1994;32(1):175-7.
[16] Mochida I, Fujiura R, Kojima T, Sakamoto H, Kanno K. Self-Adhesive Carbon
Grains Oxidatively Prepared from Naphthalene-Derived Mesophase Pitch for Mold ofHigh-Density. Carbon. 1994;32(5):961-9.
[17] Mochida I, Fujimoto K, Oyama T. Chemistry in the Production and Utilization ofNeedle Coke. Chemistry and Physics of Carbon, Vol 24 1994:111-212.
[18] Ma XL, Sakanishi KY, Mochida I. Hydrodesulfurization Reactivities of Various
Sulfur-Compounds in Diesel Fuel. Industrial & Engineering Chemistry Research. 1994
Feb;33(2):218-22.
[19] Ma XL, Sakanishi K, Mochida I. 3-Stage Deep Hydrodesulfurization andDecolorization of Diesel Fuel with CoMo and NiMo Catalysts at Relatively
Low-Pressure. Fuel. 1994 Oct;73(10):1667-71.

[20] Ma X, Sakanishi K, Isoda T, Mochida I. Comparison of Sulfided CoMo/Al2O3 andNiMo/Al2O3 Catalysts in Deep Hydrodesulfurization of Gas Oil Fractions. Abstracts ofPapers of the American Chemical Society. 1994 Aug;208:83-PETR.
[21] Korai Y, Inoue M, Mochida I, Maeda T. Modification of Precursor Pitch for General
Performance Carbon-Fiber by Blending Naphthalene-Derived Isotropic and Mesophase
Pitches. Journal of Materials Science. 1994 Jun;29(11):2911-5.
[22] Kisamori S, Mochida I, Fujitsu H. Roles of Surface Oxygen Groups onPoly(Acrylonitrile)-Based Active-Carbon Fibers in SO2 Adsorption. Langmuir. 1994
Apr;10(4):1241-5.
[23] Kisamori S, Kuroda K, Kawano S, Mochida I, Matsumura Y, Yoshikawa M.
Oxidative Removal of SO2 and Recovery of H2SO4 over Poly(Acrylonitrile)-BasedActive-Carbon Fiber. Energy & Fuels. 1994 Nov-Dec;8(6):1337-40.
[24] Kanno K, Yoon KE, Fernandez JJ, Mochida I, Fortin F, Korai Y. Effects ofCarbon-Black

Addition

ontheCarbonization

X,MochidaofMesophase

Pitch.

Carbon.

1994;32(5):801-7.
[25]IsodaT,

MaI.

Hydrodesulfurization

Reactivities

ofAlkyldibenzothiophenes over Sulfided Molybdenum Based Catalysts. Abstracts ofPapers of the American Chemical Society. 1994 Aug;208:59-PETR.
[26] Grant DM, Hsu ML, Alderman DW, Pugmire RJ, Mochida I. 2d Nmr-Study in
Powdered and Oriented Polymeric Solids. Abstracts of Papers of the American ChemicalSociety. 1994 Aug;208:110-PMSE.
[27] Fortin F, Yoon SH, Korai Y, Mochida I. Reorganization of Molecular Alignment inNaphthalene and Methyl-Naphthalene Derived Pitches. Carbon. 1994;32(5):979-89.
[28] Fortin F, Yoon SH, Korai Y, Mochida I. Structure and Properties of Thin,
Slit-Shaped Carbon-Fibers Prepared from Mesophase Pitch. Carbon. 1994;32(6):1119-27.
[29] Zeng SM, Maeda T, Tokumitsu K, Mondori J, Mochida I. Preparation of IsotropicPitch Precursors for General-Purpose Carbon-Fibers (Gpcf) by Air Blowing .2. Air
Blowing of Coal-Tar, Hydrogenated Coal-Tar, and Petroleum Pitches. Carbon.
1993;31(3):413-9.
[30] Zeng SM, Maeda T, Mondori J, Tokumitsu K, Mochida I. Preparation of Isotropic
Pitch Precursors for General-Purpose Carbon-Fibers (GPCF) by Air Blowing .3. Air
Blowing of Isotropic Naphthalene and Hydrogenated Coal-Tar Pitches with Addition of1,8-Dinitronaphthalene. Carbon. 1993;31(3):421-6.
[31] Yoon SH, Korai Y, Mochida I. Spinning Characteristics of Mesophase Pitches
Derived

fromNaphthalene

andMethylnaphthalenewith

HF/BF3.

Carbon.

1993;31(6):849-56.
[32] Yanagida K, Sasaki T, Tate K, Sakanishi A, Korai Y, Mochida I. Oxidation
ReactivityofMesophase

PitchDerived

fromC9Alkylbenzenes.

Carbon.

1993;31(4):577-82.
[33] Tomari Y, Mochida I, Iino M. Lubricating Properties of Mesophase Pitches. Journalof Japanese Society of Tribologists. 1993;38(12):1097-103.
[34] Nagamoto H, Mochida I, Kagotani K, Inoue H, Negishi A. Change ofThermal-Expansion Coefficient and Electrical-Conductivity of LaCO1-XMxO3 (M = Fe,Ni). Journal of Materials Research. 1993 Dec;8(12):3158-62.
[35] Mochida I, Yoon SH, Korai Y. Preparation and Structure of Mesophase Pitch-BasedThin Carbon Tape. Journal of Materials Science. 1993 Apr;28(8):2135-40.
[36] Mochida I, Yoon SH, Korai Y. Control of Transversal Texture in Circular Mesophase
Pitch-Based Carbon-Fiber Using Noncircular Spinning Nozzles. Journal of Materials
Science. 1993 May;28(9):2331-6.
[37] Mochida I, Sakanishi K, Umczawa T, Yoon SH. Design of Coal-Liquefaction
Catalysts with Functions for Recovery and Repeated Use. Abstracts of Papers of theAmerican Chemical Society. 1993 Mar;205:42-FUEL.
[38] Mochida I, Korai Y, Yoon SH. High-Performance, Moderate Cost Mesophase Pitch

Based Carbon-Fibers. Abstracts of Papers of the American Chemical Society. 1993
Mar;205:73-FUEL.
[39] Mochida I, Higashiizumi T, Ishihara Y, Fujitsu H. Spillover in Catalyzes over
Co-Phthalocyanines Supported on Titania. Studies in Surface Science and Catalysis.
1993;77:321-4.
[40] Matsumoto T, Mochida I. Oxygen Distribution in Oxidatively Stabilized Mesophase
Pitch Fiber. Carbon. 1993;31(1):143-7.
[41] Maeda T, Zeng SM, Tokumitsu K, Mondori J, Mochida I. Preparation of Isotropic
Pitch Precursors for General-Purpose Carbon-Fibers (GPCF) by Air Blowing .1.
Preparation of Spinnable Isotropic Pitch Precursor from Coal-Tar by Air Blowing.
Carbon. 1993;31(3):407-12.
[42] Kisamori S, Kawano S, Mochida I. So2 and Nox Removal at Ambient-Temperatures
Using Activated Carbon-Fibers. Abstracts of Papers of the American Chemical Society.
1993 Mar;205:63-FUEL.
[43] Kisamori S, Kawano S, Mochida I. Continuous Removal of SO2 in the Model
Flue-Gas over Pan-ACF with Recovering Aqueous H2so4. Chemistry Letters. 1993
Nov(11):1899-902.
[44] Kawano S, Kisamori S, Mochida I, Fujitsu H, Maeda T. Reduction of LowConcentration No with Nh3 at Ambient-Temperatures over Pitch-Based Active-Carbon
FibersFurther

Activatedwith

Sulfuric-Acid.

NipponKagaku

Kaishi.

1993

Jun(6):694-702. [45] Fujiura R, Kojima T, Kanno K, Mochida I, Korai Y. Evaluation ofNaphthalene-Derived Mesophase Pitches as a Binder for Carbon Carbon Composites.
Carbon. 1993;31(1):97-102.
[46] Fujitsu H, Mochida I, Verheyen TV, Perry GJ, Allardice DJ. The Influence ofModifications to the Surface Groups of Brown Coal Chars on Their Flue-Gas Cleaning
Ability. Fuel. 1993 Jan;72(1):109-13.
[47] Yoon SH, Park YD, Mochida I. Preparation of Carbonaceous Spheres from
Suspensions of Pitch Materials. Carbon. 1992;30(5):781-6.

[48] Yoon SH, Oh SM, Park YD. Oxidation Properties of Mesophase Pitch Prepared by
Heterogeneous Nucleation Method. Journal of Materials Science. 1992;27:5199-202.
[49] Toshima H, Mochida I, Korai Y, Hino T. Modification of Petroleum-Derived
Mesophase Pitch by Blending Naphthalene-Derived Partially Isotropic Pitches. Carbon.
1992;30(5):773-9.
[50] Sakanishi K, Sun YN, Mochida I, Hidehiko U. Removal and Recovery of
Nitrogen-Compounds in Crude Methylnaphthalene Oil Using Aluminum Sulfate
Supported on Silica-Gel. Fuel Processing Technology. 1992 Dec;32(3):143-9.
[51] Sakanishi A, Korai Y, Mochida I, Yanagida K, Noda M, Thunori I, Tate K.
Comparative-Study of Isotropic and Mesophase Pitches Derived from C9 Alkylbenzenes.
Carbon. 1992;30(3):459-66.
[52] Mochida I, Zeng SM, Korai Y, Hino T, Toshima H. Structure and Properties ofMesophase Pitch Carbon-Fiber with a Skin Core Structure Carbonized under Strain.
Journal of Materials Science. 1992 Apr;27(7):1960-8.
[53] Mochida I, Yoon S, Korai Y. Preparation of Mesophase Pitch-Based Thin Carbon
Tape. Chemistry Letters. 1992 Jul(7):1111-4.
[54] Mochida I, Yasumoto Y, Fujitsu H, Kojima Y. Catalytic Dehydrochlorination of
1,1,2-Trichloroethane (Tce) into 1,1-Dichloroethene (Dce) over Cesium Nitrate
Supported on Silica-Gel. Chemistry Letters. 1992 Mar(3):461-4.
[55] Mochida I, Shimizu K, Korai Y, Sakai Y, Fujiyama S, Toshima H, Hono T.
Mesophase Pitch Catalytically Prepared from Anthracene with HF BF3. Carbon.
1992;30(1):55-61.
[56] Mochida I, Kisamori S, Kawano S, Fujitsu H. So2 Removal Activity and Its
Regeneration of Polyacrilonitrile Based Active-Carbon Fiber (Pan-ACF). NipponKagaku Kaishi. 1992 Dec(12):1429-34.
[57] Mochida I, Kawano S, Fujitsu H, Maeda T. Reduction of No with Nh3 in Wet Air at

Room-Temperature over Active-Carbon Fibers Further Activated with Sulfuric-Acid.
Nippon Kagaku Kaishi. 1992 Mar(3):275-81.
[58] Mochida I, Kamo T, Fujitsu H. Origins of Remarkable Catalytic Activity of Cobalt
Tetraphenylporphyrin Supported on Some Titanias. Langmuir. 1992 Mar;8(3):909-14.
[59] Mochida I, Hirayama T, Kisamori S, Kawano S, Fujitsu H. Marked Increase of SO2
Removal Ability of Poly(Acrylonitrile)-Based Active-Carbon Fiber by Heat-Treatment at
Elevated-Temperatures. Langmuir. 1992 Sep;8(9):2290-4.
[60] Mochida I, Fei YQ, Sakanishi K, Korai Y, Usuba H, Miura K. Carbonization ofCoal-Tar Pitch Denitrogenated by Metal Sulfates. Carbon. 1992;30(2):241-6.
[61] Mochida I, Aoyagi Y, Yatsunami S, Fujitsu H. Selective Pyrolysis of Ethane overPitch Based Carbon-Fiber. Chemistry Letters. 1992 Nov(11):2123-6.
[62] Mochida I. Trends of Carbon-Fibers and Their Composites - Section G - Carbon 92.
Erdol & Kohle Erdgas Petrochemie. 1992 Dec;45(12):457-8.
[63] Matsumoto T, Mochida I. A Structural Study on Oxidative Stabilization ofMesophase Pitch Fibers Derived from Coal-Tar. Carbon. 1992;30(7):1041-6.
[64] Korai Y, Mochida I. Molecular Assembly of Mesophase and Isotropic Pitches at
Their Fused States. Carbon. 1992;30(7):1019-24.
[65] Oh SM, Yoon SH, Lee GD, Park YD. Effect of Pressurized Pretreatment on thePreparation of Mesophase Pitch. Carbon. 1991;29:1009-14.
[66] Mochida I, Zeng SM, Korai Y, Hino T, Toshima H. The Introduction of a Skin-Core
Structure in Mesophase Pitch Fibers through a Successive Stabilization by Oxidationand Solvent-Extraction. Carbon. 1991;29(1):23-9.
[67] Mochida I, Sun YN, Fuiitsu H, Kisamori S, Kawano S. Reduction of Nitrogen
Mouoxide by Active-Carbon Fibers Impregnated with Metalic Salts. Nippon Kagaku
Kaishi. 1991 Jun(6):885-90.

[68] Mochida I, Sakanishi K, Usuba H, Miura K. Removal of Basic Nitrogen Species inCoal-Tar Pitch by Metal Sulfates Supported on Silica-Gel. Fuel. 1991 Jun;70(6):761-4.
[69] Mochida I, Motoshima N, Nakagawara H, Korai Y. Multistage Coking for More Tarand Formed-Coke of Higher Strength .4. Formed Coking of Residues Extracted from
Heat-Treated Single Coals with a Mixed-Solvent of N-Methylpyrrolidinone andCarbon-Disulfide. Fuel. 1991 Apr;70(4):529-32.
[70] Mochida I, Masumura Y, Hirayama T, Fujitsu H, Kawano S, Gotoh K. Removal ofSO-Chi in Flue-Gas by Polyacrylonitrile Based Active-Carbon Fiber (Pan-Acf). Nippon
Kagaku Kaishi. 1991 Apr(4):269-74.
[71] Mochida I, Korai Y, Nakamura M, In S, Rhee B. Modification of Isotropic
Carbon-Fiber Precursor with PVC Using Tetraline as a Solvent. Journal of Materials
Science Letters. 1991 Feb;10(3):121-4.
[72] Mochida I, Korai Y, Azuma A, Kakuta M, Kitajima E. Structure and Stabilization
Reactivity of Mesophase Pitch Derived from FCC-Decant Oils. Journal of Materials
Science. 1991 Sep;26(18):4836-44.
[73] Mochida I, Korai Y. Future Production of Blast-Furnace Coke at LowerTemperature. Tetsu to Hagane-Journal of the Iron and Steel Institute of Japan. 1991
Apr;77(4):471-9.
[74] Mochida I, Kawano S, Maeda T. Regeneration of ACF Activated with H2SO4 for
NH3 Removal with No at Room-Temperature. Nippon Kagaku Kaishi. 1991
Sep(9):1177-82.
[75] Mochida I, Kawano S, Fujitsu H, Maeda T. Regeneration Ability of Pitch Based
Active-Carbon Fiber (ACF) with No at Room-Temperature in Wet Air for Adsorptive
Capture of Ammonia. Nippon Kagaku Kaishi. 1991 Dec(12):1598-604.
[76] Mochida I, Kawano S. Capture of Ammonia by Active-Carbon Fibers Further
Activated with Sulfuric-Acid. Industrial & Engineering Chemistry Research. 1991
Oct;30(10):2322-7.

[77] Mochida I, Aoyagi Y, Yatsunami S, Fujitsu H. Pyrolysis of Methane into Higher
Hydrocarbons on Carbon-Fiber in a Thin Flat Tube of Quartz Heated by an Infrared
Image Furnace. Journal of Analytical and Applied Pyrolysis. 1991 Sep;21(1-2):95-102.
[78] Korai Y, Nakamura M, Mochida I, Sakai Y, Fujiyama S. Mesophase Pitches
Prepared from Methylnaphthalene by the Aid of HF/BF3. Carbon. 1991;29(4-5):561-7.
[79] Fujitsu H, Sakakihara T, Mochida I. Catalytic Activity for No Decomposition ofCobalt Tetrapropoxyphthalocyanine Supported on Titania. Chemistry Letters. 1991
Jan(1):159-62.
[80] Zeng SM, Korai Y, Mochida I, Hino T, Toshima H. The Creation of a Skin-Core
Structure in Petroleum Derived Mesophase Pitch Based Carbon-Fiber. Bulletin of theChemical Society of Japan. 1990 Jul;63(7):2083-8.
[81] Sasaki M, Takahashi R, Mochida I. Relation between the Fluorescence Intensity ofVitrinites and the Fluidity of Coals. Fuel. 1990 Apr;69(4):529-32.
[82] Sakata R, Takayama A, Sakanishi K, Mochida I. Roles of Nondonor Solvent in theHydrogen-Transferring Liquefaction of Australian Brown Coal. Energy & Fuels. 1990
Sep-Oct;4(5):585-8.
[83] Sakanishi K, Takayama A, Hieida T, Mochida I. Pretreatments of Solid Coals for
Their Beneficiation and Structural-Analyses. Energy & Fuels. 1990 Sep-Oct;4(5):463-6.
[84] Sakanishi K, Mochida I, Okazaki H, Soeda M. Selective Hydrogenation of9-Aminoacridine over Supported Noble-Metal Catalysts. Chemistry Letters. 1990
Feb(2):319-22.
[85] Park YD, Oh SM, Yoon SH. Preparation of Spinnable Mesophase Pitch by Two
Stage Heat Treatment. high temperatures - high pressures. 1990;22:355-61.
[86] Okazaki H, Onishi K, Soeda M, Ikefuji Y, Tamura R, Mochida I. Hydrogenation
Pathway of Quinolines over Raney-Nickel and Ru/C. Bulletin of the Chemical Society ofJapan. 1990 Nov;63(11):3167-74.

[87] Nesumi Y, Oyama T, Todo Y, Azuma A, Mochida I, Korai Y. Properties of Fluid
Catalytic Cracking Decant Oils of Different Origins in Their Single Carbonization andCocarbonization with a Petroleum Vacuum Residue. Industrial & Engineering
Chemistry Research. 1990 Sep;29(9):1793-801.
[88] Mochida I, Zhao XZ, Sakanishi K. Catalytic 2-Stage Hydrocracking of Arabian
Vacuum Residue at a High Conversion Level without Sludge Formation. Industrial &Engineering Chemistry Research. 1990 Mar;29(3):334-7.
[89] Mochida I, Zhao XZ, Sakanishi K. Suppression of Sludge Formation by 2-Stage
Hydrocracking of Vacuum Residue at High Conversion. Industrial & Engineering
Chemistry Research. 1990 Dec;29(12):2324-7.
[90] Mochida I, Zeng SM, Korai Y, Toshima H. The Introduction of a Skin-Core
StructureinMesophase

PitchFibers

byOxidativeStabilization.

Carbon.

1990;28(1):193-8.
[91] Mochida I, Toshima H, Korai Y, Varga T. Comparative-Evaluation of Mesophase
Pitches Derived from Coal-Tar and Fcc-Do. Journal of Materials Science. 1990
Aug;25(8):3484-92.
[92] Mochida I, Toshima H, Korai Y, Matsumoto T. A Structural Study on theStabilization and Enhancement of Mesophase Pitch Fiber. Journal of Materials Science.
1990 Jan;25(1A):76-82.
[93] Mochida I, Toshima H, Korai Y. Solubility of Heat-Resisting Polymers in MesophasePitches at Their Spinning Temperatures. Journal of Materials Science. 1990
Nov;25(11):4898-905.
[94] Mochida I, Takayama A, Sakata R, Sakanishi K. Hydrogen-Transferring
Liquefaction of an Australian Brown Coal with Polyhydrogenated Condensed Aromatics- Roles of Donor in the Liquefaction. Energy & Fuels. 1990 Jan-Feb;4(1):81-4.
[95] Mochida I, Takayama A, Sakata R, Sakanishi K. Liquefaction of Australian Brown
Coal with Mixed-Solvents of Different Qualities and Reactivities of Transferable
Hydrogens. Energy & Fuels. 1990 Jul-Aug;4(4):398-401.

[96] Mochida I, Shimizu K, Korai Y, Sakai Y, Fujiyama S. Mesophase Pitch Derived fromIsotropic Anthracene Pitch Produced Catalytically with HF/BF3. Bulletin of theChemical Society of Japan. 1990 Oct;63(10):2945-50.
[97] Mochida I, Shimizu K, Korai Y, Otsuka H, Sakai Y, Fujiyama S. Preparation ofMesophase Pitch from Aromatic-Hydrocarbons by the Aid of HF/BF3. Carbon.
1990;28(2-3):311-9.
[98] Mochida I, Nakagawara H, Korai Y. Multistage Coking for Increased Tar Yield andFormed-Coke of High-Strength .3. Multistage Coking of Single Coals. Fuel. 1990Oct;69(10):1253-6.
[99] Mochida I, Motoshima N, Korai Y, Nakagawara H. Multistage Coking for IncreasedTar Yield and Formed-Coke of High-Strength .2. Rapid Heating Carbonization in theMultistage Coking of Weathered Coal Blends. Fuel. 1990 Jun;69(6):784-6.
[100] Mochida I, Motoshima N, Korai Y. Multistage Coking for Increased Tar Yield andFormed-Coke of High-Strength .1. Pressurized Heat-Treatment of Blended Coals. Fuel.
1990 Jun;69(6):780-3.
[101] Mochida I, Kawano S, Fujitsu H. Regenerative Removal of Ammonia in theAtmosphere with Active-Carbon Fibers. Chemistry Letters. 1990 Sep(9):1627-30.
[102] Mochida I, Fei YQ, Sakanishi K, Usuba H, Miura K. Capture and Recovery ofBasic Nitrogen Species in Coal-Tar Pitch, Using Nickel Sulfate as Adsorbent. Chemistry
Letters. 1990 Apr(4):515-8.
[103] Mochida I, Fei YQ, Korai Y, Oishi T. Cocarbonization of Ethylene Tar Pitch andCoal-Tar Pitch to Form Needle Coke. Fuel. 1990 Jun;69(6):672-7.
[104] Mochida I, Fei YQ, Korai Y. A Study of the Carbonization of Ethylene Tar Pitchand Needle Coke Formation. Fuel. 1990 Jun;69(6):667-71.
[105] Mochida I, Aoyagi Y, Fujitsu H. Pyrolysis of Methane into Higher Hydrocarbons onCarbon-Fibers. Chemistry Letters. 1990 Sep(9):1525-6.

[106] Fei YQ, Sakanishi K, Sun YN, Yamashita R, Mochida I. Concentration of Pyrrolesand Phenols from Coal-Tar Pitch by Organic-Solvent Extraction. Fuel. 1990Feb;69(2):261-2.