Documentation
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Overview ¶
This examples checks if 1000 particles relax to a perpendicular field according to reeves and weaver 2015
This examples checks if 1000 particles relax to a perpendicular field according to reeves and weaver 2015 ¶
This examples checks if 1000 particles relax to a perpendicular field according to reeves and weaver 2015 ¶
This examples checks if 1000 particles relax to a perpendicular field according to reeves and weaver 2015 ¶
This example shows the agreement between the Dipole approximation Method implementation and the brute force implementation of the magnetostatic interaction. The same problem is also solved without taking this interaction into account so to show that it is of importance in this system.
This examples checks if 1000 particles relax to a perpendicular field according to reeves and weaver 2015 ¶
This examples checks if 1000 particles relax to a perpendicular field according to reeves and weaver 2015 ¶
This example shows the agreement between the Dipole approximation Method implementation and the brute force implementation of the magnetostatic interaction. The same problem is also solved without taking this interaction into account so to show that it is of importance in this system.
This examples checks if 1000 particles relax to a perpendicular field according to reeves and weaver 2015 ¶
This examples checks if 1000 particles relax to a perpendicular field according to reeves and weaver 2015 ¶
This example shows the agreement between the Dipole approximation Method implementation and the brute force implementation of the magnetostatic interaction. The same problem is also solved without taking this interaction into account so to show that it is of importance in this system.
This examples checks if 1000 particles relax to a perpendicular field according to reeves and weaver 2015
Source Files
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- field_relaxation_perpendicular_reeves.go
- field_relaxation_perpendicular_reeves_ksi_0.go
- field_relaxation_perpendicular_reeves_ksi_0_smallerparticles.go
- field_relaxation_perpendicular_reeves_ksi_10.go
- field_relaxation_perpendicular_reeves_ksi_10_2.go
- field_relaxation_perpendicular_reeves_ksi_10_smallerparticles.go
- field_relaxation_perpendicular_reeves_ksi_20.go
- field_relaxation_perpendicular_reeves_ksi_20_2.go
- field_relaxation_perpendicular_reeves_ksi_20_smallerparticles.go
- field_relaxation_perpendicular_reeves_ksi_5.go
- field_relaxation_perpendicular_reeves_ksi_5_2.go
- field_relaxation_perpendicular_reeves_ksi_5_smallerparticles.go