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Kerr constant B of tetraethylammonium perfluorooctanesulfonate

Kerr constant of several series of microemulsions at low droplets volume fraction i . The contribution of the continuous phase has been substracted.

Kerr constant versus droplets volume fraction for QTB microemulsions. Key

Kerr constant versus droplets volume fraction for three series of microemulsions.

Kerr effect data taken over the course of a 40 Hz, 14 kV peak sinusoidal voltage using the cylindrical electrodes described in

Kerr effect experiment setup for checking the molecule alignment time

Kerr effect measurements using 2024 aluminum electrodes with aligned and crossed polarizers at t 1.25 ms after various high voltages are applied. The fringes propagating out from the left negative electrode indicate negative charge injection.

Kerr effect measurements using standard brass electrodes

Kerr effect on PTFEparticles. The Kerr relaxation time is plotted against the viscosity of a waterjglycerol mixture relative to the viscosity of water

Kerr electro-optic measurement system used with liquid and gaseous SF. The single

Kerr electro-optic measurements in highly purified water

Kerr hysteresis loop of a cobalt film, electrodeposited from a bath containing 0.104M C0SO4 and 0.5M Na2S04, at -1.15V during 60s.

Kerr Indole Synthesis

Kerr lens mode locking

Kerr lens mode-locking technique for the Ti

Kerr pattern in the vicinity of a cathode point, which extends into the drawing from the right of the drawing, is shown in the upper sketch. The lower sketch shows the pattern taken when the injected charge distorts the electric field and, therefore, the Kerr pattern.

Kerr rotation as a function of time after reversal for 5 A Dy 4.5 A Fe for several different values of the reversing field. The coercive field of this sample is 1.7kOe .

Kerr rotation as a function of time for sAOy S Al . The solid lines are the measured time dependence, while the dashed lines are nolinear least-squares fits to eq. .

Kerr rotation pK and ellipticity eK of PtMnSb versus photon energy. After van Engen et al.

Kerr rotation pK versus photon energy of four hexagonal alloys with the Ni 2In structure. After

Kerr rotation spectra of Gd-Fe-Co-Bi films measured at room temperature. After Masui et al.

Kerr rotation spectra of several amorphous R-Fe alloys

Kerr rotation spectra of some amorphous G.

Kerr rotation versus photon energy in Co2oA13B.

Kerr signal and dependence on DEANST concentration.



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