. Sin and . Sin, Sin[thetaM] * Sin[phiM]+ Sin[thetaHapp] * Sin

*. Hansin, ArcCos[(Sin[thetaHan] * Cos[phiHan] * Sin[thetaM] * Cos

. Sin and . Sin, Sin[thetaM] * Sin[phiM]+ Sin[thetaHan] * Sin[phiHan] * Sin[thetaM] * Sin[phiM]+ Sin[thetaHan] * Sin[phiHan] * Sin[thetaM] * Sin[phiM]+ Cos[thetaHan] * Cos, 2+ Cos[thetaHan] * Cos[thetaM])]] ? 2+ Cos[thetaHan] * Cos

. Export, AMR(H).txt, AMRH

. Export, Hall(H).txt

. Sin and . Sin, Sin[thetaM] * Sin[phiM]+ Sin[thetaHapp] * Sin

*. Han and . Sin, ArcCos[(Sin[thetaHan] * Cos[phiHan] * Sin[thetaM] * Cos

. Export, AMR(phi)-HinP.txt, AMRA

. Export, Hall(phi)-HinP.txt

. Sin and . Sin, Sin[thetaM] * Sin[phiM]+ Sin[thetaHapp] * Sin

*. Han and . Sin, ArcCos[(Sin[thetaHan] * Cos[phiHan] * Sin[thetaM] * Cos

. Export, AMR(angle)-HoutP-H=2kOe-theta=80thetaHa=140-Han=0.0005.txt, AMRA

. Export, M(angle).txt, HM

. Export, Hall planair(d)txt Hall planair(d).txt Hall planair(d).txt, EHPdPt

. Export, Hall-Anomalous(d)txt Table " ]; Export Hall-Anomalous(d).txt Hall-Anomalous(d).txt, EHAdPt

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