Random packing of randomly oriented uniaxial magnetite particles
p=0.01
No of Particles: 500
Diameter: 100 nm
Packing fraction: 0.01
Anisotropy: Uniaxial
Coercivity Distribution: Alpha = 0.5 Beta = 20
Simulation Type: LLG
Hc = 0.16 T, Hu =0.06 T, Step Size = 0.0025 T
No. FORCs = 100
No averaging steps: 100
Lower branch removed: yes
p=0.05
No of Particles: 500
Diameter: 100 nm
Packing fraction: 0.05
Anisotropy: Uniaxial
Coercivity Distribution: Alpha = 0.5 Beta = 20
Simulation Type: LLG
Hc = 0.16 T, Hu =0.06 T, Step Size = 0.0025 T
No. FORCs = 100
No averaging steps: 100
Lower branch removed: yes
p=0.1
No of Particles: 500
Diameter: 100 nm
Packing fraction: 0.1
Anisotropy: Uniaxial
Coercivity Distribution: Alpha = 0.5 Beta = 20
Simulation Type: LLG
Hc = 0.16 T, Hu =0.06 T, Step Size = 0.0025 T
No. FORCs = 100
No averaging steps: 100
Lower branch removed: yes
p=0.2
No of Particles: 500
Diameter: 100 nm
Packing fraction: 0.2
Anisotropy: Uniaxial
Coercivity Distribution: Alpha = 0.5 Beta = 20
Simulation Type: LLG
Hc = 0.16 T, Hu =0.06 T, Step Size = 0.0025 T
No. FORCs = 100
No averaging steps: 100
Lower branch removed: yes
p=0.3
No of Particles: 500
Diameter: 100 nm
Packing fraction: 0.3
Anisotropy: Uniaxial
Coercivity Distribution: Alpha = 0.5 Beta = 20
Simulation Type: LLG
Hc = 0.16 T, Hu =0.06 T, Step Size = 0.0025 T
No. FORCs = 100
No averaging steps: 100
Lower branch removed: yes
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