Note: Comparisons will be devoid of meaning if either solution is extrapolated beyond its range of validity. The second solution is labeled on the figure and plotted in a light blue colour. Data references may be found using the "Observables" page.
(DSG ) (P ) (D ) (DT ) (AYY ) (AXX ) (AZZ ) (AZX ) (CKP ) (CKK ) (CPP ) (R ) (RP ) (A ) (AP ) (RT ) (RPT ) (AT ) (APT ) (MSSN) (MKSN) (MSKN) (MKKN) (SGTE) (ALFA) (REF3) (REF2) (SGT ) (SGTL) (SGTT) (DTRT) (AMPL) (SGEL) (SGTR) (DELT) (MTXR) (D0SS) (D0KS) (D0SK) (D0KK) (NKNK) (NSNK) (NKNS) (NSNS) (NNKK) (MSNS) (MKNS) (MSNK) (MKNK) (NSSN) (NKSN) (NSKN) (NKKN) (NNSK) (NNKS) (BAMP) (S00S) (K00S) (S00K) (K00K) (A0ST) (A0KT) (KS0T) (KK0T) (MSNT) (MNST) (MNKT) (MKNT) (DSGL) Relationship of Observables to Bystricky Parameters Le Journal de Physique, Tome 39, Jan 1978: P=P(n000)=P(0n00)=A(00n0)=A(000n)= .... D=D(n0n0) ;R=D(s'0s0); A=D(s'0k0); RP=D(k'0s0), AP=D(k'0k0) DT=K(0nn0)=K ;RT=K(0s"s0); RPT=K(0k"s0); AT=-K(0s"k0); APT=-K(0k"k AYY=A(00nn)=C(nn00); AXX=A(00ss); AZX=-A(00sk) NOTE!! minus sign CKP=C(lm00); CKK=C(mm00); CPP=C(ll00) NNKK=N(0nkk); NNSK=N(0nsk); NNKS=N(0nks) MSSN=M(s'0sn); MKSN=M(k'0sn); MSKN=M(s'0kn); MKKN=M(k'0kn) D0SS=D(0s"0s); D0KS=D(0k"0s); D0SK=D(0s"0k); D0KK=D(0k"0k) NKNK=N(0k"nk); NSNK=N(0s"nk); NKNS=N(0k"ns); NSNS=N(0s"ns) MSNS=M(s'0ns); MKNS=M(k'0ns); MSNK=M(s'0kn); MKNK=M(k'0nk) NSSN=N(0s"sn); NKSN=N(0k"sn); NSKN=N(0s"kn); NKKN=N(0k"kn)
Acm Alab Tlab Plab Wcm