@inproceedings{43f930d48bf749ddb33b9e287f75a0c5,
title = "Theoretical studies of microwave heating of dielectric liquid and magnetic crystal: Classical and quantum mechanical molecular dynamics simulations",
abstract = "Using classical and quantum mechanical molecular dynamics simulations, our recent studies of heating of water (dielectric liquid) and that of magnetite (magnetic crystal) by microwaves have been performed. In the former, the electric field energy of microwave is absorbed mostly by small-angle molecular rotation of water molecules - not by translational motion until evaporation. In the latter, the magnetic energy of microwave is absorbed by the response of electron spins in 3d orbital, which is maximized around the Curie temperature. Heating efficiency depends on the orientation of the microwave magnetic field and the presence of static magnetic field.",
keywords = "3d electron spin, Heisenberg model, Hydrogen bonds, Magnetite, Pure and salty water, Rotation of dipole moments",
author = "Motohiko Tanaka and H. Kono and K. Maruyama and Y. Zempo",
year = "2011",
language = "英語",
isbn = "9782854289787",
series = "Microwave and RF Power Applications: Proceeding of the 13th International Conference on Microwave and Radio Frequency Heating, AMPERE 2011",
publisher = "Editions Cepadues",
pages = "195--198",
booktitle = "Microwave and RF Power Applications",
note = "13th International Conference on Microwave and Radio Frequency Heating, AMPERE 2011 ; Conference date: 05-09-2011 Through 08-09-2011",
}