Trosy eff.m

TROSY efficiency in a two-spin system. Returns the extent of the cancellation of the CSA contribution to the transverse relaxation by the DD-CSA cross-correlation.

Syntax

                eff=trosy_eff(B0,isotopes,xyz,csa)

Parameters

       B0       - magnet field, Tesla
       isotopes - a cell array with two character
                  strings, e.g. {'19F','13C'} spe-
                  cifying spin-1/2 isotopes
       xyz      - a cell array with two Cartesian
                  coordinate vectors in angstrom,
                  giving the locations of the two
                  nuclei
       csa      - 3x3 chemical shielding or chemi-
                  cal shift (does not matter here)
                  tensor of the first spin in ppm;
                  its isotropic part will be drop-
                  ped automatically

Outputs

       eff      - fraction of the CSA line width
                  that is compensated by DD-CSA
                  cross-correlation, 1 means that
                  the line width is purely dipolar

Examples

See examples in the Spinach distribution relevant to this function.

Notes

This page was generated from the function header in the Spinach repository.

See also

brokensymm.m, levelpop.m, quad_shift.m, r1csa2tauc.m, r1n_dnp.m, r2csa2tauc.m, rlx_csa.m, rlx_dd_csa.m, rlx_dip.m, rlx_hfc.m, rlx_nqi.m, Textbook_module, Protein_NMR_simulations, Simple_liquid_state_NMR_simulations, Spin_system_specification, Kernel_utilities, Main_Page

Version 2.11, authors: Ilya Kuprov