”Open Internet Access to Molecular Dynamics”. Frozen ice microwaves, relativistic nanoscale MD, inertia magnetic reconnection. Members of APS and AGU since 1982
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Nature and Energy Science
- Chikusa, Nagoya 464, Japan
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05:19
(UTC +09:00) - http://www1.m4.mediacat.ne.jp/dphysique/
- https://physique.isc.chubu.ac.jp/
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Relativistic_and_Electromagnetic_Molecular_Dynamics_Simulation_on_Nanoscale_Phenomena_
Relativistic_and_Electromagnetic_Molecular_Dynamics_Simulation_on_Nanoscale_Phenomena_ PublicRelativistic electromagnetic molecular dynamics simulation
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Macro-particle_Simulation_for_Magnetic_Reconnection
Macro-particle_Simulation_for_Magnetic_Reconnection PublicMacro-particle simulation for magnetic reconnection
Fortran 3
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SIESTA_4.1_on_Vector_and_Parallel_Clusters
SIESTA_4.1_on_Vector_and_Parallel_Clusters PublicAb initio SIESTA-4.1b on Vector-Parallel Clusters
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Spin_Dissipative_Molecular_Dynamics_by_Microwave_Magnetic_Field
Spin_Dissipative_Molecular_Dynamics_by_Microwave_Magnetic_Field PublicSpin dissipative molecular dynamics by magnetic microwaves
Fortran 1
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Water_and_Ice_Molecular_Dynamics_Simulation_by_TIP5P_Code
Water_and_Ice_Molecular_Dynamics_Simulation_by_TIP5P_Code PublicWater_and_Ice_Molecular_Dynamics_Simulation_by_TIP5P_Code
q 1
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