Data for the A-B transition in a magnetic field came from Inseob Hahn PhD thesis (see also He3-calculator http://spindry.phys.northwestern.edu/he3.htm). An approximation problem have been fixed near $P=21.2$ bar.
Gap distortion and spin polarization is calculated according with Ashida and Nagai paper (Progr.Theor.Phys. 74 949 (1985)).
See also the source file: he3_b2.f.
| he3_b2hcr(ttc,p) | Magnetic field of AB transition |
| he3_b2tab(p,H) | Temperature of AB transition in non-zero field, $T$ [mK] vs $P$ [bar] and $H$ [G] |
| he3_b2gap1(ttc,p,H) | $\Delta_\parallel/\Delta_0$ |
| he3_b2gap2(ttc,p,H) | $\Delta_\perp/\Delta_0$ |
| he3_b2heff(ttc,p,H) | effective field |
| he3_b2mag(ttc,p,H) | magnetization |
| he3_b2rho_npar(ttc,p,H) | normal fluid density |
| he3_b2rho_nper(ttc,p,H) | normal fluid density |
| he3_b2rhoab_npar(ttc, p) | normal fluid density at the A-B boundary |
| he3_b2rhoab_nper(ttc, p) | normal fluid density at the A-B boundary |
| he3_b2magab(ttc,p) | magnetization at the A-B boundary |