Eiji Obarsawa - Concepedia

Author

Eiji Obarsawa

Toyohashi University of Technology

Also Known As

E. [Obar]sawa, Eiji Obarsawa, Eiji [Obar]sawa

Publications

214

Citations

H-Index

Concepts

All Affiliations

Toyohashi University of Technology

About

Eiji Obarsawa is an author at Toyohashi University of Technology specializing in engineering, natural sciences, and quantum chemistry.

Top Concepts

#	Concept	H-Index	Publications	Citations
1	Engineering	9	9	165
2	Natural Sciences	8	8	155
3	Applied Physics	2	2	23
4	Biomolecular Engineering	1	1	18
5	Chemical Engineering	1	1	18

Eiji Obarsawa

Publications

189

Citations

H-Index

Page 1

	Year	Citations
Stone-Wales Rearrangement Pathways from the Hinge-Opened [2+2] C<sub>60</sub> Dimer to Ipr C<sub>120</sub> Fullerenes. Vibrational Analysis of Intermediates Hiroshi Ueno, Shuichi Obarsawa, Eiji Obarsawa, Fullerene Science and Technology Generalized Stone-walesStone-wales Rearrangement PathwaysIpr C120 FullerenesPhysicsEngineering	1998	49
C<sub>32</sub>: Computations of Low-Energy Cages with Four-Membered Rings Xiang Zhao, Zdeněk Slanina, Masaki Ozawa, Fullerene Science and Technology Chemical ThermodynamicsMolecular DynamicsAbstract C32 CagesEngineeringPhysics	2000	28
Fullerenes in Solid Bitumens from Pillow Lavas of Precambrian Age (MÍTOV, Bohemian Massif) Jan Jehlička, M. Ozawa, Z. Slanina, Fullerene Science and Technology	2000	24
Thermal Transformation of Ring-Opened [2+2] C<sub>60</sub> Dimer into a Wide-Bridged C<sub>120</sub> Isomer. A Computational Evaluation of Fulvalene-Naphthalene Rearrangements Kazuhiko Honda, Eiji Obarsawa, Zdeněk Slanina, Fullerene Science and Technology Analogous RearrangementChemical EngineeringThermal TransformationFulvalene-naphthalene RearrangementsEngineering	1996	18
A Computational Treatment of 35 IPR Isomers of C<sub>88</sub> Zdeněk Slanina, Mitsuho Yoshida, Eiji Obarsawa Fullerene Science and Technology Relative StabilitiesEngineeringPhysicsSeparation EnergeticsNatural Sciences	2000	15
Numerical Generation of Nanotube Caps II. Exact Results Up to (10, 10) T. Yu. Astakhova, Eiji Obarsawa Fullerene Science and Technology EngineeringCap GenerationExact Results UpStructural OptimizationNanotube Caps Ii	1999	13
Stone-Wales Rearrangement as the Double Olefin-Carbene 1,2-CC Bond Shift. Denied Role of Triplet Biradicals Eiji Obarsawa, Zdeněk Slanina, Kazuhiko Honda, Fullerene Science and Technology Abstract Stone-wales RearrangementEngineeringAlkene MetathesisPhysicsNatural Sciences	1998	12
Stone-Wales Rearrangements Involving Heptagonal Defects Eiji Obarsawa, Kazuhiko Honda Fullerene Science and Technology Transition StatesCrystal StructureEngineeringHeterocyclicPhysics	1996	10
Penultimate Intermediates to C<sub>60</sub> and C<sub>70</sub> Kazuhiko Honda, Eiji Obarsawa Fullerene Science and Technology Materials ScienceEngineeringHeterocyclicNatural SciencesStone-wales Rearrangement Cascade	1996	10
Thermodynamic Properties of He@C<sub>60</sub> Zdeněk Slanina, Eiji Obarsawa Fullerene Science and Technology C VLow TemperaturesEngineeringMolecular ThermodynamicsPhysics	2000	10

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