consistency 
Determined are coefficients of consistency of results calculated from the electroresistance of films with the electron and tunneling microscopy data and by testing substances with the known particle radii and calculations from the overall porosity.


The detecting results of human serum by the united GOD electrode had good consistency with that by standard enzyme method.


The approach is checked for consistency with an example of glycine.


The consistency between the data obtained and the present view concerning the different functions of PSI located in different thylakoid regions is discussed.


Theoretical predictions of the two models are compared and their selfconsistency is verified.


Theoretical predictions of the two models are compared, and their selfconsistency is verified.


The consistency of the resulting parameters with a model with stable/recurrent burning on the surface of the white dwarf is studied.


Collimation of the gammaray radiation into a small solid angle (about 0.10.01 sr) brings this rate into consistency with the observed rate of GRBs, estimated to be 106107/year.


The algorithm is based on Monte Carlo computations of the mean radiation intensity and Accelerated Λ Iterations (ALI) to provide selfconsistency between the radiation field and molecular excitation.


On the consistency of experiments supporting general relativity


The self consistency of this approach is demonstrated by good agreement between the calculated and actual atomic numbers of the elements.


It is shown that if closed timelike curves pass through the Cauchy surface, then a global solution exists in the highfrequency (quasiclassical) limit only if the initial data satisfy nonlocal consistency conditions.


The results can be interpreted as an indication of the internal consistency of ?4 theory.


In the magnetic metal state of the compound we obtain the selfconsistency equations for the superconducting state in the spindependent impurity bands of both extended and localized states in the initial insulator gap.


A simple microscopic formula is derived for the renormalization factor Z of Green's function on the basis of the selfconsistency relation of manybody theory and the Brueckner method.


The model is approved in detail for quantitative consistency using MonteCarlo computer simulation.


In the density region where both solutions of selfconsistency equations exist, the ferromagnetic spin state is preferable over the antiferromagnetic spin state.


For the order parameter of this symmetry, the solution to the selfconsistency equation is analyzed beyond the nearestneighbor approximation.


The selfconsistency of the pressure and density profiles in the plasma, LH transitions, impurity pinch, etc., are among these properties.


The selfconsistency equation allows the solutions that may be both antisymmetric and symmetric with respect to the momentum inversion.

