912570 Eff efficiency 46 912873 eff effective diffusion coefficient D_ 22 912716 eff effective temperature T 20 912761 eff effective atomic number, Z 12 912803 eff effective mobility 11 912908 eff effective charge Z 10 912855 eff effective magnetic moment mu 10 912674 eff effective viscosity eta 10 912750 eff effective linear attenuation coefficient mu 9 912660 eff effective B 6 912913 eff effective energy barrier U 6 912932 eff effective exponent alpha 6 912739 eff e f f $(E)_ 5 912778 eff effective activation barrier, U 5 912756 eff effective area A 5 912881 eff effective dimension d_ 5 912668 eff effective volume fraction 5 912766 eff effective Hamiltonian H 4 912664 eff effective radius R 4 912718 eff effective susceptibility exponent gamma 4 912610 EFF efferent 4 912740 eff e f f $L_ 3 912744 eff eff $Q_mathrm 3 912729 eff effect on D 3 912888 eff effective diffusion constant D_ 3 912914 eff effective electromechanical coupling factor, k 3 912797 eff effective moment, mu 3 912699 eff effective partition coefficient k 3 912790 eff effective Planck constant h 3 912712 eff effective time constant tau 3 912604 eff effector 3 912738 eff eff $$ (tau)_ 2 912655 eff effective constant restitution coefficient epsilon 2 912897 eff effective coupling factor, k 2 912724 eff effective coupling g 2 912880 eff effective cross-sectional area sigma 2 912868 eff effective dielectric constant, epsilon 2 912891 eff effective diffusivity, D 2 912915 eff effective dipole moment, mu 2 912934 eff effective field H 2 912923 eff effective fractal dimension d_ 2 912763 eff effective Hubbard parameter from U 2 912748 eff effective interaction J 2 912832 eff effective lifetime, t 2 912800 eff effective nonlinear coefficients d 2 912816 eff effective number of neutrino degrees of freedom, N_ 2 912814 eff effective number of relativistic species to be N 2 912858 eff effective pair potentials v(alphabeta) 2 912862 eff effective permittivity, epsilon 2 912789 eff effective Planck's constant Planck's 2 912645 eff effective potential u_ 2 912663 eff effective range r_ 2 912661 eff effective refractive index n 2 912654 eff effective rotational constants, B 2 912720 eff effective surface tension sigma 2 912711 eff effective total angular momentum J 2 912969 eff effete 2 912747 eff energy barrier of the relaxation of the magnetization U 2 912742 eff amounts--exclusively by infiltrating virus-specific T 1 912737 eff each of five V 1 912745 eff effect does indeed not affect the j_ 1 912733 eff effect of amiloride on the jejunal P 1 912731 eff effect of high electric field on mu 1 912743 eff effect of NS infusion using Cl 1 912732 eff effect of the Hartmann-Hahn mismatch delta = omega 1 912730 eff effect on ocular mucosal T 1 912727 eff effect on the calculation of the compensator mu 1 912728 eff effect on the calculation of the mu 1 912735 eff effect on the in vivo jejunal P 1 912736 eff effect on the jejunal P 1 912734 eff effect was directly corrected on the P 1 912777 eff effective acceleration g_ 1 912783 eff effective activation energy E 1 912784 eff effective aggregate modulus, H(A) 1 912781 eff effective anchoring energy w 1 912782 eff effective and precessing spin parameters, chi_ 1 912780 eff effective anisotropic parameter zeta 1 912758 eff effective anisotropy constant K 1 912759 eff effective aperture area Sigma 1 912757 eff effective at the message domain of the agonist peptides z 1 912760 eff effective atomic numbers: the Auto-Z 1 912749 eff effective attractive interaction V 1 912746 eff effective axial mass, M_(A) 1 912774 eff effective B-term diffusion constant gamma 1 912754 eff effective barrier to magnetization relaxation of U 1 912755 eff effective bend stiffness A 1 912752 eff effective bending constant k 1 912753 eff effective bending rigidity kappa 1 912751 eff effective beta_ 1 912903 eff effective black hole spin chi_ 1 912772 eff effective Bohr magneton number mu 1 912901 eff effective bond length r 1 912902 eff effective brightness Phi 1 912906 eff effective charge in plasmas Q 1 912907 eff effective charge number Z 1 912904 eff effective charge of an ionic microgel scales as Z 1 912905 eff effective charge q/epsilon 1 912894 eff effective charging energies U 1 912895 eff effective chemical potential, T_ 1 912770 eff effective Clausius inequality deltaQ 1 912771 eff effective Clausius-Mossotti factor, CM 1 912892 eff effective clearance rate, lambda 1 912899 eff effective concentration, and that distance, z 1 912893 eff effective concentration, C 1 912900 eff effective concentrations in vitro with the predicted C 1 912898 eff effective conductivity lambda 1 912896 eff effective cooling time t 1 912768 eff effective Coulomb repulsion U-->U 1 912876 eff effective coupling factor values, k 1 912874 eff effective cross section characterizing the initial parton spatial distribution, sigma_ 1 912875 eff effective cross sections for the reactions are sigma 1 912773 eff effective CSA, Deltasigma 1 912878 eff effective curvature K_ 1 912879 eff effective damping coefficient alpha 1 912762 eff effective Debye temperature Theta 1 912877 eff effective decay constants kappaeff and the corresponding barrier heights phi 1 912871 eff effective delay time t 1 912872 eff effective density of suspension rho 1 912869 eff effective depth, and H 1 912870 eff effective deterministic force F 1 912886 eff effective diffusion constant follows the Stokes-Einstein relation, D 1 912887 eff effective diffusion constant that exhibits a droplet-size dependence D 1 912890 eff effective diffusion constants as low as D 1 912889 eff effective diffusivity for small nutrients in the scaffold, D 1 912883 eff effective diffusivity parameter kappa_ 1 912882 eff effective dimension becomes instead D 1 912884 eff effective dipolar coupling constants, R 1 912885 eff effective dipole distance, r 1 912921 eff effective direct CP-violating parameter A 1 912920 eff effective disorder temperature T_ 1 912918 eff effective dissociation constant, K(D) 1 912769 eff effective DNA binding constant, K 1 912775 eff effective DNA concentration c 1 912776 eff effective DNA linker length to L 1 912919 eff effective dose, D 1 912916 eff effective drag coefficient gamma 1 912917 eff effective dynamic exponent z 1 912922 eff effective echo time parameter TE 1 912909 eff effective electric field on the electron, E 1 912910 eff effective electric permittivity epsilon 1 912911 eff effective energy of the primary photons Eprim 1 912912 eff effective energy of up to E 1 912933 eff effective equilibrium contact angle theta 1 912931 eff effective exchange coupling constant J 1 912935 eff effective exponent beta=beta 1 912767 eff effective Fermi energy mu 1 912925 eff effective fluorescence lifetime tau 1 912924 eff effective frequency, omega 1 912930 eff effective gating charge, q 1 912928 eff effective gravitational acceleration g 1 912929 eff effective half-life, T 1 912726 eff Effective Hamaker constant A 1 912926 eff effective heat flow, Q 1 912764 eff effective Heisenberg coupling J 1 912927 eff effective hemispherical absorptivity is found to be alpha 1 912765 eff effective Hubbard energy U 1 912833 eff effective hydrodynamic radii, r 1 912834 eff effective hyperfine field |H_ 1 912837 eff effective index change Deltan 1 912838 eff effective index n 1 912836 eff effective interatomic distance ri 1 912835 eff effective jejunal permeability: P 1 912829 eff effective kinematic viscosity of turbulent He II, nu 1 912785 eff effective Landauer's limit k_(B)T_ 1 912827 eff effective length scale L_ 1 912828 eff effective length, l 1 912831 eff effective local densities, rho 1 912830 eff effective local spin S 1 912850 eff effective long-term survival time, T 1 912851 eff effective longitudinal dispersion constant, D(L) 1 912848 eff effective longitudinal mass derived from m 1 912849 eff effective low-energy Hamiltonian, H 1 912854 eff effective magnetic anisotropy constant, K 1 912852 eff effective magnetic moments for 1-3 are &mgr 1 912853 eff effective magnetic permeability mu_ 1 912842 eff effective magnetic susceptibility, Chi 1 912840 eff effective magnetostriction lamda 1 912841 eff effective many-body potential energy V 1 912839 eff effective mass m 1 912846 eff effective medium theory expression for gamma 1 912847 eff effective membrane capacity C 1 912844 eff effective membrane resistance, R 1 912845 eff effective micellar volume fraction, 1 912843 eff effective microvascular permeability constant, P 1 912804 eff effective mobilities micro 1 912801 eff effective mode area A 1 912802 eff effective mode volume of V 1 912807 eff effective model 1 912808 eff effective molecular magnetic moment mu 1 912805 eff effective molecular radius R 1 912806 eff effective moment and saturation moment P 1 912798 eff effective mutational distance d 1 912795 eff effective nanoparticle radius ratio, gamma 1 912796 eff effective nexal resistance, rn 1 912793 eff effective non-Hermitian Hamilton operator H 1 912723 eff Effective non-linear second-order coefficient d 1 912794 eff effective nonlinear absorption coefficient beta 1 912799 eff effective nonlinear parameter gamma 1 912824 eff effective nonlinear refractive index of n 1 912825 eff effective nonlinearity d 1 912822 eff effective nuclear charge Z 1 912823 eff effective number n 1 912820 eff effective number of electrons contributing to the annihilation, Z 1 912821 eff effective number of electrons involved in ORR, n 1 912818 eff effective number of electrons, n 1 912819 eff effective number of independent tests, M 1 912826 eff effective number of neutrino species, N_ 1 912815 eff effective number of neutrinos compared to the SM value N_ 1 912809 eff effective number of neutrinos Nnu 1 912812 eff effective number of statistically independent degrees of freedom, denoted N 1 912810 eff effective number of subsystems at age t(w), N 1 912813 eff effective number of subsystems N 1 912786 eff effective OMRP rate constants k 1 912811 eff effective on both peripheral blood and conjunctiva infiltrating T 1 912817 eff effective on-site Coulomb energy U 1 912864 eff effective packing fraction _ 1 912867 eff effective pairing energy V_ 1 912866 eff effective parameters, namely k 1 912791 eff effective Peclet number: ka' = 2.32 x 10(-3)Pe 1 912792 eff effective Peierls coupling value of g 1 912865 eff effective peptide valence z 1 912857 eff effective permeability coefficients, P 1 912856 eff effective permeability is inversely proportional to the interfacial tension, lambda 1 912861 eff effective photon energy E 1 912863 eff effective pKa 1 912859 eff effective plate height, h 1 912787 eff effective Pockels coefficient of r 1 912860 eff effective polar second moment of area J 1 912647 eff effective porosity epsilon 1 912648 eff effective positioning errors were reduced to Sigma 1 912646 eff effective potential trough U 1 912651 eff effective power index delta_ 1 912650 eff effective prefactor P 1 912649 eff effective pseudo-first-order rate constant: k 1 912788 eff effective R factor, R 1 912662 eff effective refractive index change Deltan 1 912667 eff effective refractive index for graphene, n 1 912666 eff effective reorientational number, n 1 912665 eff effective reproductive number, R 1 912656 eff effective rotational B 1 912652 eff effective rotational spectroscopic constants B 1 912653 eff effective rotational viscosity coefficient gamma 1 912659 eff effective roughness sigma 1 912657 eff effective sample size n 1 912658 eff effective sample size, called n 1 912703 eff effective scale L_ 1 912701 eff effective scattering length a 1 912702 eff effective secondary beta 1 912700 eff effective shear modulus G_ 1 912697 eff effective shear modulus of the bilayer G_ 1 912698 eff effective shear viscosity, eta_ 1 912705 eff effective single-particle hopping t 1 912706 eff effective size ratio y 1 912704 eff effective sizes up to N_ 1 912693 eff effective sliding velocities v 1 912694 eff effective solar absorptivity, and epsilon 1 912691 eff effective solar flux, S 1 912692 eff effective solubility as S 1 912689 eff effective spin S 1 912690 eff effective spin-reversal barrier of U 1 912687 eff effective stability constant, K 1 912688 eff effective steric factor is predicted to be f 1 912695 eff effective steric factor, f 1 912779 eff effective Stern-Volmer quenching constants, (K(Q)) 1 912696 eff effective stiffness k 1 912715 eff effective stress, S 1 912721 eff effective superexchange interaction between the Mo ions depends on J(H)/U 1 912722 eff effective surface charge Z 1 912719 eff effective surface energy deltagamma 1 912717 eff effective susceptibility chi 1 912707 eff effective thickness L_ 1 912714 eff effective time T 1 912713 eff effective topological charge Q_ 1 912710 eff effective torsional stiffness C_ 1 912708 eff effective transport coefficient 1 912709 eff effective valence Z 1 912675 eff effective velocity, V 1 912677 eff effective viscosity from the nonexponential eta 1 912676 eff effective volume fraction of the brush copolymers, f 1 912669 eff effective wavelength lambda 1 912672 eff effective wavelength scaling is observed for single wires with lambda 1 912673 eff effective with the least K 1 912671 eff effective zeta potential zeta 1 912670 eff effective, buffered source strength; D 1 912682 eff effective, sRaw 1 912680 eff effectively eliminated and the overall P 1 912681 eff effectively exhibits a modified rest mass m 1 912678 eff effectively learns the nonlinear decomposition process of $Z_ 1 912679 eff effectively shorted out and the overall P 1 912686 eff effectively treat colitis by impairing T 1 912684 eff effector site eliminates this pH dependence and locks both g 1 912685 eff effects lead to stabilization of spin polarization and the negative-U 1 912964 eff effects of anthropometric and polysomnographic variables on P 1 912963 eff effects of concentrations and injection volumes of analytes on mu 1 912683 eff effects of RPM and CsA on T 1 912970 eff efficacy, E 1 912968 eff efficiency and accuracy, the M 1 912966 eff efficiency and catalytic power were K 1 912967 eff efficiency ratio: K 1 912965 eff efficiency was estimated by Kurtz-Perry method to be d 1 912948 eff efficient diameter, D 1 912949 eff efflux P 1 912946 eff efflux rate constant, k 1 912947 eff efflux ratio with PAMPA-BLM or PAMPA-BBB P 1 912953 eff electronic temperature, providing direct proof of the existence of T_ 1 912954 eff energy barrier for reorientation of the spins U 1 912952 eff energy barrier for reversal of the magnetization Delta 1 912950 eff energy we find an interacting metal which, for K 1 912951 eff enzyme, the value of (f(a)) 1 912940 eff equation was used for determination of salt D 1 912938 eff equivalent soluble one-dimensional mixture of fluids with a 1 912939 eff establish a useful rule-of-thumb: z 1 912936 eff estimate of f 1 912937 eff estimate of the strength of mu 1 912944 eff estimating the 'effective conductivity' K 1 912945 eff estimation of void percolation thresholds and approximate reconstruction of D 1 912942 eff ethic differences may play a role in predicting P 1 912725 eff EUV bremsstrahlung measurement are presented showing a fairly flat Z 1 912943 eff evaluated the performance of three principal component analysis (PCA)-based M 1 912741 eff Evaluation of robustness for CZE revealed susceptibility of micro 1 912941 eff exchange processes manifested as an increase of J 1 912959 eff experimental data to find the correct value of zeta 1 912960 eff experimental methodology applied for determination of D 1 912957 eff experimentally determined values of depth-scaling factors rho 1 912958 eff explore the behavior of the asymptotic currents for finite _ 1 912955 eff expression is given for the estimation of c 1 912956 eff extra number of neutrino flavors DeltaN_ 1 912961 eff far-from-equilibrium conditions where T 1 912962 eff values found for Delta 1