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Q-band excited RR spectrum of deoxyHb and Hb with 532 nm, 7 nsec pulses. Concentration, 0.5 mM laser energy, 1 mJ pulse spectral slit width, 5 cm collection time, 30 min and repetition rate, 10 Hz.

Q-branch narrowing in classical. -diffusion theory in strong collision models , The widths are taken from experimental spectra shown in

Q-branch transformation with increase of density in strong collision . All spectra are normalized to 1 at their maxima.

Q-Chem Flaring of Acid Gas and Ethylene Gas

Q-Chem S02 and C02 Emissions Reduction

Q-cycle model Energy Transduction in Bioiogical Membranes, p 343. Springer.

Q-dependence of obtained from Sseif

Q-dependence of the amplitude of the relative quasi-elastic contribution of the -process to the coherent scattering function S

Q-dependence of the average times at 390 K corresponding to

Q-dependence of the characteristic times of the KWW functions describing the PIB dynamic structure factor at 335 K filled circle , 365 K empty square and 390 K filled triangle , a Shows the values obtained for each temperature. Taking 365 K as reference temperature, the application of the rheological shift factor to the times gives b and a shift factor corresponding to an activation energy of 0.43 eV delivers c. The arrows in a show the interpolated mechanical susceptibility relaxation times at the temperatures indicated.

Q-dependence of the decay rate F divided by for PDMS and PIB

Q-dependence of the non-ergodicity parameter q

Q-dependence of the relative quasi-elastic contribution from the -process to the coherent scattering function of PIB for jump distances of 0.5 A and 0.9 A

Q-dependent transmission factors at photon energy of 20 keV for the correspond to values that cannot be calculated quantitatively in the presence of a non-uniform film thickness within the X-ray beam footprint

Q-e map for a number of important monomers the full horizontal line indi-catea the present choice for the scale of the polarities e the band between the two broken lines represents the location of a more rational e scale

Q-e map of monomers shown in Table 5.1

Q-factor indirect resistivity data for the LaH system , ratioed to 295 K. Transition from weakly metallic to semiconducting behavior is seen with increasing temperature. Note

Q-integrated intensity of the

Q-Max process.

Q-Max sheet metal punch

Q-MS survey scan of polyurethane

Q-Phos-supported amination of primary amines .

Q-Phos-supported arylation of aniline derivatives .

Q-Q values versus the shear stress at the wall for various capillary diameters in

Q-residuals for two PC model.



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