data for Magneto-rotation coupling for ferromagnetic nanoelement embedded in elastic substrate

The dataset contains information to reproduce Fig. 2 and Fig. 3 from the publication. The data were obtained semi-analytically. The entire data set consists of 1 file describing Fig. 2 and 4 files describing parts (a-d) of the figure Fig. 3. 

Format convention:decimal separator: comacolumn separator: TAB

The file fig_2.txt contains the dataset for Fig. 2. It consists of 7 columns. The first is common to the others (x-axis), it specifies the value of p=w/t, where w is the width of the stripe, t is the thickness of the stripe, and p is the ratio of these values (varies in the range from 0.005 to 5). The next three columns are the values of the characteristic constants for the magnetorotation equation: K_{xy}, K_{yz}, K_{xz} respectively obtained for the case of the presence of surface anisotropy K_{s}=1.05 mJ/m^2. The next columns correspond to the coefficients K_{xy}, K_{yz}, and K_{xz} respectively when the surface anisotropy constant K_{s}=0.

The file fig_3a.txt contains the dataset for Fig. 3a. Data obtained for Rayleigh surface acoustic waves, and t=5 nm, w=50 nm. It consists of three columns: the first is the ϕ  angle, the second is the total elastic energy density, and the third is the contribution to elastic energy corresponding to magnetorotational interactions. 

The file fig_3b.txt contains the dataset for Fig. 3b. Data was obtained for Love surface acoustic waves, and t=5 nm, w=50 nm. It consists of three columns: the first is the ϕ angle, the second is the total elastic energy density, and the third is the contribution to elastic energy corresponding to magnetorotational interactions. 

The file fig_3c.txt contains the dataset for Fig. 3c. Data obtained for Rayleigh surface acoustic waves. It consists of ten columns (5 pairs of data):1 column: ϕ angle for strip t=50 nm, w=500 nm2 column: elastic energy density for strip t=50 nm, w=500 nm3 column: ϕ angle for strip t=50 nm, w =500 nm4 column: magnetorotational part of elastic energy density for strip t=50 nm, w =500 nm5 column: ϕ angle for strip t=50 nm, w=100 nm6 column: magnetorotational part of elastic energy density for strip t=50 nm, w= 100 nm7 column: ϕ angle for strip t=50 nm, w= 50 nm8 column: magnetorotational part of elastic energy density for strip t=50 nm, w= 50 nm9 column: ϕ angle for strip t=50 nm, w= 10 nm10 column: magnetorotational part of elastic energy density for strip t=50 nm, w= 10 nm

The file fig_3d.txt contains the dataset for Fig. 3d. Data obtained for Love surface acoustic waves. It consists of ten columns (5 pairs of data):1 column: ϕ angle for strip t=50 nm, w=500 nm2 column: elastic energy density for strip t=50 nm, w=500 nm3 column: ϕ angle for strip t=50 nm, w =500 nm4 column: magnetorotational part of elastic energy density for strip t=50 nm, w =500 nm5 column: ϕ angle for strip t=50 nm, w=100 nm6 column: magnetorotational part of elastic energy density for strip t=50 nm, w= 100 nm7 column: ϕ angle for strip t=50 nm, w= 50 nm8 column: magnetorotational part of elastic energy density for strip t=50 nm, w= 50 nm9 column: ϕ angle for strip t=50 nm, w= 10 nm10 column: magnetorotational part of elastic energy density for strip t=50 nm, w= 10 nm