Material parameters

material$^{\dag }$	magnetisation $M_s$	exchange parameter $A$	$K_1$	$K_2$
	(T (A/m))	(J/m)	(J/m$^3$)	(J/m$^3)$
barium iron oxide (1/12/19)	0.48 (3.82 $\times 10^{5}$)	6.3 $\times10^{-12}$	4.50 $\times 10^{5}$	3.00 $\times 10^{5}$
barium iron oxide (1/12/19) room temperature	0.48 (3.82 $\times 10^{5}$)	6.3 $\times10^{-12}$	3.20 $\times 10^{5}$	1.00 $\times 10^{5}$
cobalt	1.79 (1.42 $\times 10^{6}$)	3.02 $\times10^{-11}$	7.00 $\times 10^{5}$	1.80 $\times 10^{5}$
cobalt(3) platinum	1.38 (1.10 $\times 10^{6}$)	9.93 $\times10^{-12}$	2.00 $\times 10^{6}$	0
cobalt iron nickel silicon boron (58/5/10/16/11) amorphous alloy	0.53 (4.22 $\times 10^{5}$)	2.7 $\times10^{-12}$	0	0
cobalt platinum	1.01 (8.04 $\times 10^{5}$)	1.01 $\times10^{-11}$	4.90 $\times 10^{6}$	0
cobalt platinum chromium	0.37 (2.94 $\times 10^{5}$)	9.99 $\times10^{-12}$	2.00 $\times 10^{5}$	0
cobalt (room temperature)	1.79 (1.42 $\times 10^{6}$)	3.02 $\times10^{-11}$	4.53 $\times 10^{5}$	1.45 $\times 10^{5}$
cobalt	1.79 (1.42 $\times 10^{6}$)	3.14 $\times10^{-11}$	7.00 $\times 10^{5}$	1.80 $\times 10^{5}$
cobalt type 2 (room temperature)	1.79 (1.42 $\times 10^{6}$)	3.14 $\times10^{-11}$	4.53 $\times 10^{5}$	1.45 $\times 10^{5}$
cobalt	1.76 (1.40 $\times 10^{6}$)	9.99 $\times10^{-12}$	4.50 $\times 10^{5}$	0
iron nickel boron (20/60/20) sputtered	0.56 (4.46 $\times 10^{5}$)	2.1 $\times10^{-12}$	0	0
iron(40) nickel(40) boron(20) - amorphous alloy	1.05 (8.36 $\times 10^{5}$)	8.07 $\times10^{-12}$	0	0
iron nickel boron (40/40/20) sputtered	1.05 (8.36 $\times 10^{5}$)	5.5 $\times10^{-12}$	0	0
iron nickel phosphorous boron (40/40/14/6) amorphous alloy	0.8 (6.37 $\times 10^{5}$)	3.1 $\times10^{-12}$	0	0
iron nickel boron (60/20/20) sputtered	1.46 (1.16 $\times 10^{6}$)	7.9 $\times10^{-12}$	0	0
iron silicon niobium copper boron (73.5/13.5/3/1/9) nanocrystalline alloy	1.2 (9.55 $\times 10^{5}$)	1 $\times10^{-11}$	0	0
iron boron (80/20) - amorphous alloy	1.6 (1.27 $\times 10^{6}$)	5 $\times10^{-12}$	0	0
iron boron (80/20) sputtered	1.56 (1.24 $\times 10^{6}$)	5.4 $\times10^{-12}$	0	0
iron palladium	1.38 (1.10 $\times 10^{6}$)	1.03 $\times10^{-11}$	1.80 $\times 10^{6}$	0
iron platinum (maximum)	1.43 (1.14 $\times 10^{6}$)	1.54 $\times10^{-11}$	1.00 $\times 10^{7}$	0
iron platinum (minimum)	1.43 (1.14 $\times 10^{6}$)	1.02 $\times10^{-11}$	6.60 $\times 10^{6}$	0
iron - amorphous alloy	2.185 (1.74 $\times 10^{6}$)	2.07 $\times10^{-11}$	0	0
manganese aluminium	0.7 (5.57 $\times 10^{5}$)	1.02 $\times10^{-11}$	1.70 $\times 10^{6}$	0
neodymium iron boron (2/14/1)	1.61 (1.28 $\times 10^{6}$)	7.3 $\times10^{-12}$	-1.80 $\times 10^{7}$	4.80 $\times 10^{7}$
neodymium iron boron (2/14/1) room temperature	1.61 (1.28 $\times 10^{6}$)	7.3 $\times10^{-12}$	4.30 $\times 10^{6}$	6.50 $\times 10^{5}$
neodymium iron boron(2/14/1) type 2	1.61 (1.28 $\times 10^{6}$)	8.4 $\times10^{-12}$	-1.80 $\times 10^{7}$	4.80 $\times 10^{7}$
neodymium iron boron (2/14/1) type 2 (room temperature)	1.61 (1.28 $\times 10^{6}$)	8.4 $\times10^{-12}$	4.30 $\times 10^{6}$	6.50 $\times 10^{5}$
nickel	0.62 (4.93 $\times 10^{5}$)	7.2 $\times10^{-12}$	-1.20 $\times 10^{5}$	3.00 $\times 10^{4}$

Table C.1: Properties of ferromagnetic materials

material$^{\dag }$	magnetisation $M_s$	exchange parameter $A$	$K_1$	$K_2$
	(T (A/m))	(J/m)	(J/m$^3$)	(J/m$^3)$
nickel (3) iron	1.1 (8.75 $\times 10^{5}$)	7.1 $\times10^{-12}$	0	0
permalloy (50/50)	1.39 (1.11 $\times 10^{6}$)	5.85 $\times10^{-12}$	0	0
permalloy (80/20)	1.0 (7.96 $\times 10^{5}$)	1.3 $\times10^{-11}$	0	0
nickel (room temperature)	0.62 (4.93 $\times 10^{5}$)	7.2 $\times10^{-12}$	-4.50 $\times 10^{3}$	-2.50 $\times 10^{3}$
nickel - amorphous alloy	0.62 (4.93 $\times 10^{5}$)	8.5 $\times10^{-12}$	0	0
nickel (type 2)	0.62 (4.93 $\times 10^{5}$)	8.5 $\times10^{-12}$	-1.20 $\times 10^{5}$	3.00 $\times 10^{4}$
nickel (type 2) room temperature	0.62 (4.93 $\times 10^{5}$)	8.5 $\times10^{-12}$	-4.50 $\times 10^{3}$	-2.50 $\times 10^{3}$
praseodymium iron boron (2/14/1)	1.56 (1.24 $\times 10^{6}$)	1.2 $\times10^{-11}$	2.40 $\times 10^{7}$	-7.00 $\times 10^{6}$
praseodymium iron boron (2/14/1) room temperature	1.56 (1.24 $\times 10^{6}$)	1.2 $\times10^{-11}$	5.60 $\times 10^{6}$	0
samarium (2) cobalt (17)	1.29 (1.03 $\times 10^{6}$)	1.4 $\times10^{-11}$	6.50 $\times 10^{6}$	0
samarium(2) cobalt(17) at room temperature	1.29 (1.03 $\times 10^{6}$)	1.4 $\times10^{-11}$	4.20 $\times 10^{6}$	0
samarium iron nitrogen (2/17/3)	1.56 (1.24 $\times 10^{6}$)	1.2 $\times10^{-11}$	1.20 $\times 10^{7}$	3.00 $\times 10^{6}$
samarium iron nitrogen (2/17/3) room temperature	1.56 (1.24 $\times 10^{6}$)	1.2 $\times10^{-11}$	8.60 $\times 10^{6}$	1.90 $\times 10^{6}$
samarium cobalt(5)	1.05 (8.36 $\times 10^{5}$)	1.2 $\times10^{-11}$	2.60 $\times 10^{7}$	0
samarium cobalt(5) room temperature	1.05 (8.36 $\times 10^{5}$)	1.2 $\times10^{-11}$	1.70 $\times 10^{7}$	0
alpha iron	2.185 (1.74 $\times 10^{6}$)	2.07 $\times10^{-11}$	5.20 $\times 10^{4}$	-1.80 $\times 10^{4}$
alpha iron at room temperature	2.185 (1.74 $\times 10^{6}$)	2.07 $\times10^{-11}$	4.80 $\times 10^{4}$	-1.00 $\times 10^{4}$
alpha iron (type 2) room temperature	2.185 (1.74 $\times 10^{6}$)	2.28 $\times10^{-11}$	5.20 $\times 10^{4}$	-1.80 $\times 10^{4}$
alpha iron room temperature	2.185 (1.74 $\times 10^{6}$)	2.2 $\times10^{-11}$	4.80 $\times 10^{4}$	-1.80 $\times 10^{4}$
gamma magnetite	0.61 (4.85 $\times 10^{5}$)	1.32 $\times10^{-11}$	-1.36 $\times 10^{4}$	0

Micromagnetism and the microstructure of ferromagnetic solids, pp. 17-22, first edition, Kronmüller and Fähnle
as $^1$; figures are for materials at room temperature
Klemmer and Weller, (Scholz, 2003)
as $^1$; figures are for an amorphous alloy
as $^1$; figures are for sputtered material
as $^1$; figures are for nanocrystalline alloy
Alexander Zhukov, School of Physics and Astronomy, University of Southampton
Smith, Markham and LaTourette (1989)
(1998)