Imamura Akira | Department Of Electronic Engineering Graduate School Of Engineering The University Of Tokyo

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著作論文

A theoretical Treatment of Charge-Transfer Interaction in an Aqueous Solution of Polyelectrolyte
Novel-Type Charge-Transfer Complex Formation between Indoxyl Sulfate and Anthraquinonesulfonate Ions in an Aqueous Polyelectrolyte Solution
Acute Promyelocytic Leukemia with Drug-induced Hypersensitivity Syndrome Associated with Epstein-Barr Virus Infection
Development of New Tight-Binding Molecular Dynamics Program to Simulate Chemical-Mechanical Polishing Processes
Development of New Tight-Binding Molecular Dynamics Program to Simulate Chemical-Mechanical Polishing Processes
Effects of Acceptor Structure on Charge-Transfer Complexation in Aqueous Polyelectrolyte Solution
Charge-Transfer Complexation in an Aqueous Polyelectrolyte Solution. III. Complexation between Pyrenesulfonate or Anthracenesulfonate and Anthraquinonesulfonate Ions
Effects of Polyelectrolytes on the Complexation between Pyrenesulfonate and Anthraquinonesulfonate Ions
An Investigation of the Conformation of β-Carrageenan by Molecular Mechanics and Molecular Dynamics Simulations
An Investigation of the Ionic Polarization of Carrageenans with Different Charge Densities
An Observation of the Electric Birefringence Signal of k-Carrageenan Gel
Computational Chemistry Study on Crystal Growth Process of InGaN/GaN
Anticipation in Japanese families with schizophrenia
Accuracy Improvement of the Pipelined AD Converter by the Adjustment Using Its Chaotic Output
Quantum Chemical Molecular Dynamics Simulation of the Plasma Etching Processes
A Theoretical Study on the Realistic Low Concentration Doping in Silicon Semiconductors by Accelerated Quantum Chemical Molecular Dynamics Method
Quantum Chemical Molecular Dynamics Studies on the Chemical Mechanical Polishing Process of Cu Surface
Computational Chemistry Study on Crystal Growth of InGaN/GaN
A molecular orbital approach to the effect of acid and base on mutarotation of D-glucose.
A theoretical study of the ionized state of polymers with the localized molecular orbital method.

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