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Typical thyristor gate structures.

Typical thyroid pertechnetate nuclear uptake in type I amiodarone-induced TTX, which is often patchy. The white, closed circle marks the sternal notch.

Typical thyroid pertechnetate nuclear uptake in type II amiodarone-induced TTX. Typically, there is no uptake due to the acute inflammatory process, which discharges all the THs, resulting in an absent uptake. The white arrows point to the salivary glands for comparison of uptake.

Typical tight junction

Typical time and size scales associated with sufficient storage technologies.

Typical time behavior of Cp with 0 pressure 0.568 torr, helium pressure 2O.O8I torr, temperature 886 K.

Typical time coiu se of frequency changes of the dsDNA 1-immobilized QCM, responding to the addition of ATP-dependent DNase and ATP at arrows. Curve a DNase was added at first, and then ATP was excessively added after the enzyme bound. Curve b DNase was added in the presence of excess ATP. Conditions

Typical time course of A. mediiemmci fermentation in an industrial medium.

Typical time course of biomass production in a plant cell suspension

Typical time course of frequency changes of the amylopectin-immobilized 27-MHz QCM, responding to the addition of a the inactivated phosphorylase b and then AMP, and b the AMP-activated phosphorylase b in the presence of excess AMP. Immobilized amount of amylopectin 620 20ngcm , phosphorylase b 13.4 nM, 2mM 50 mM phosphate buffer, pH 6.8, 200 mM NaCl, 25 C

Typical time course of fumaric acid production in fermentor by Rhizopus sp. The culture conditions were as follows

Typical time course of the fluorescence intensity of single Cy3 molecules. The fluorescence intensity was measured with an avalanche photodiode single photon counting module . Excitation wavelength, 514.5 nm. Sampling interval, 30 ms

Typical time courses of fluorescence signals measured with polarizations parallel with a time constant of 5 ns. The ordinate scale for F-y, f and F is arbitrary

Typical time courses of frequency changes of template I . A

Typical time courses of the photovoltage obtained from oriented PS ll-membranes with oxidized with the response function of the apparatus. The residual plots with lines indicating 5 deviation are also shown.

Typical time dependence observed in NMR tracer exchange experiments

Typical time dependence of I when v does not depend on i

Typical time dependence of the absorption of 4-nitrophenolate ions the induction period to was 20 s. .

Typical time dependent progression of a shock wave in the vicinity of a detonation.

Typical time development of a passivation profile measured on a gold-silicon Schottky diode by the C-V method during the hydrogenation process . Ordinate is the net density of fixed negative charge, i.e., B minus H . Hydrogenation was at constant ion flux, 298 K, and with the gold film held at 3 V positive with respect to the silicon base. The lines are computer-generated fits to the model described in the text.

Typical time evolution of the x component of the dipole moment of a sample of 32 water molecules at ambient temperature

Typical time on stream behavior of a CeY zeolite alkylated in a fixed-bed reactor .

Typical time onversion plots for MMA and butyl acrylate batch polymerizations. The sharp increase in rate seen for MMA, known as the gel effect, is due to the large decrease in kx with conversion.

Typical time pattern of ecotoxic metal concentrations in rain during precipitation period of about 8 h.

Typical time pressure characteristics of a rocket motor with pyrotechnic igniter.



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