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Directions of g and A principal axes in Cu

Directions of g and AN principal axes in Cu

Directions of material transport in the mixer with a an old type four-wing rotor and b a new type four-wing rotor.

Directions of migration of two components in a TMB separation.

Directions of plies in a lamina.

Directions of rubbing treatments on upper and lower substrates, smectic layer formation and measurements for viewing angle dependence .

DIRECTIONS OF STEADY-STATE REACTION FORCES FOR ATYPICAL RELIEF SYSTEM

Directions of the applied field components of H relative to the smectic C axis. Normal to Smectic Layer

Directions of the chemical shift parameters used in Ar-Al-PA

Directions of the electric field vectors of the incident s-polarized radiation.

Directions of the molar Dux densities A

Directions of the molar Dux densities Cu is in a neutral compiexed form

Directions of the molar flux densities

Directions of the molar flux densities In the diffusion layer for oxidation ofF to Fe

Directions of the principal axes of the KT chemical shift tensor of the C 0 group, helical axis, and static magnetic field, Bq, and NMR spectral patterns of the C 0 carbons corresponding to the orientation of the a-helix with respect to the surface of the magnetically oriented lipid bilayers. Simulated spectra were calculated using j 241 ppm, 522 189ppm, and 5j3 96ppm for the rigid case . Reproduced with permission from the Biophysical Society.

Directions of the principal axes of the l3C chemical shift tensor of the C 0 group, helical axis, and static magnetic field, B0, and 13C NMR spectral patterns of the C 0 carbons corresponding to the orientation of the a-helix with respect to the surface of the magnetically oriented lipid bilayers. Simulated spectra were calculated using 5, 241 ppm, 22 189 ppm, and 33 96 ppm for the rigid case .11 Reproduced with permission from the Biophysical Society.

Directions of the principal axes of the shieldings of model molecule of PDES with the trans-trans conformation

Directions of the principal g axes x, Vm, and Zm are oriented relative to the nitroxide molecular frame.

Directions of transition moments in

Directions of two families of the reinforcing fibres.

Directirai of asymmetric ortAo-lithiation can be completely reversed by the choice of a suitable achiral ligand

Directive ear

Directivity of wide4 aod FVDF ulimaiiic prajcctor.

Directly applied loads.

Directly heated, shielded thermistor



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