zerothorder 
In the theory of superfluidity and superconductivity, a jump of the free energy was discovered theoretically and was naturally called a zerothorder phase transition.


The only term with unambiguous coefficient is the zerothorder NambuGoto term.


The configurations of extra holographically reconstructed images of the diffuse screen (conjugate image, halo, and zerothorder spot) are analyzed.


Analysis of the images projected shows that the luminance of the zerothorder spot, while relatively low, should be diminished in one way or another.


The Breit equation as a zerothorder approximation for calculation of the boundstate energy


This equation is considered as a zerothorder approximation in the calculation of the corrections to the energy levels.


Zerothorder discontinuities are found in the critical surface, which are explained as the result of the competition between the centrifugal and axial buoyancy induced shear instability mechanisms.


In this second paper of a series the coupled cluster method (CCM) or exp(S) formalism is applied to twocomponent Fermi superfluids using a BardeenCooperSchrieffer (BCS) ground state as a zerothorder approximation.


In the case of reflection through glancing angles, in addition to the solution in the form of a series in zerothorder Bessel functions, we have obtained a simple analytical formula.


The discussion is based on an analysis of the properly constructed zerothorder manifold of satellite states, and provides simple explanations for both bound state and photoelectron continuum aspects of corelevel ionization.


In this case an explicit calculation cannot be performed and we use a zerothorder Galerkin approximation.


Choosing suitable zerothorder vibrational states and combinations thereof a quasiperiodic inphase and outofphase oscillatory behavior is observed manifesting energy flow on different time scales.


On increasing the doping, a reduction of hydrogen content has been noticed with an enhancing of zerothorder moment of SiH stretching at the expense of the SiH2 one.


Local effect of intensification of substance heating depending on the distance between 'hot spots' is studied within the framework of a site thermal explosion in the case of a zerothorder reaction.


The zerothorder solution didn't turn out to be a linear problem as usual but a nonlinear one corresponding to the vertical water exit for the same body.


The impact parameterTmatrix is calculated by diagonalizing the inelastic zerothorder and firstorder eikonal phases in the subspace of the nuclear rotational levels; static eikonal phases are included up to second order.


In the zerothorder twopoint functions, these nonperturbative modifications amount to a generalized Schwinger mechanism, leading to propagators without particle poles.


We continue the study, initiated in the preceding paper, of a mechanism for generating nonperturbatively modified, zerothorder QCD verticesΓ(0) in the sense of a generalized perturbation expansion.


In the zerothorder approximation the form factor of the vertex is given and the effective renormalized coupling constant computed.


In the zerothorder approximation the form factor of the vertex is given for general values of the quantum numbers, and the relative effective renormalized coupling constant computed.

