# isocurvature perturbationの例文

isocurvature

While the overall constraints are inconclusive, uncorrelated isocurvature cold dark matter modes are found to be unlikely. For instance, in 1987, he proposed the primordial isocurvature ba......

primordial isocurvature baryon model

For instance, in 1987, he proposed the primordial isocurvature baryon model for the development of the early universe.

adiabatic perturbation

In 2000 he gave a plenary lecture ( " Adiabatic perturbations of linear periodic problems " ) at the annual meeting of the German Mathematical Society in Dresden.

atmospheric perturbation

It can also simulate spatial and temporal perturbations in atmospheric parameters due to turbulence and other atmospheric perturbation phenomena. How lightning initially forms is still a m......

atmospherical drag perturbation

Atmospherical drag perturbation

ballistic perturbation theory

Ballistic perturbation theory

bed perturbation

Relativistic effects in chemistry can be considered to be perturbations, or small corrections, to the non-relativistic theory of chemistry, which is developed from the solutions of the Sch......

bilinear perturbation theory

Bilinear perturbation theory

causal perturbation theory

Here Henri Epstein and Vladimir Glaser developed the mathematically rigorous ( but extremely technical ) " causal perturbation theory ". Together with Henri Epstein, he found a new approac......

cavity perturbation

Cavity perturbation theory generally relies on formulae involving stored energy considerations. This phenomenon can be explained using cavity perturbation theory. Cavity perturbation measu......

cavity perturbation theory

Cavity perturbation theory generally relies on formulae involving stored energy considerations. This phenomenon can be explained using cavity perturbation theory. Most resonant cavities ar......

chiral perturbation theory

In the theory of pions, physics often uses the chiral perturbation theory. Corrections for the masses of the quarks can be incorporated using chiral perturbation theory. The rate at which ......

complete active space perturbation theory

MCSCF wave functions are often used as reference states for Multireference configuration interaction ( MRCI ) or multi-reference perturbation theories like complete active space perturbati......

cosmological perturbation theory

Because of the gauge invariance of general relativity, the correct formulation of cosmological perturbation theory is subtle. His other work includes contributions in the physics of the ea......

covariant perturbation

In 1934 he devised a fully covariant perturbation theory for quantum fields. This is the link between the gauge-invariant perturbation theory and the gauge-invariant covariant perturbation......

density perturbation

The net current density perturbation is therefore The dark matter clump together under gravitational attraction due to the initial density perturbation spectrum caused by quantum fluctuati......

dimensional perturbation

Rayleigh's equation only concerns two-dimensional perturbations to the flow. From Squire's theorem it follows that the two-dimensional perturbations are less stable than three-dimensional ......

directed perturbation

Using the direct perturbation method , we gave the analytically chaotic solution and its boundedness condition to each perturbed equation The direct perturbation technique , proposed recen......

drag perturbation

The drag perturbations have a minor effect on stability criteria . Additive drag perturbation method for measuring active drag in swimming Atmospherical drag perturbation

dynamical perturbation

Originating within 8 AU of the star, this exozodiacal dust may be evidence of dynamical perturbations within the system.

environmental perturbation

The HRG is extremely accurate and is not sensitive to external environmental perturbations. It promises to be more robust and stable against environmental perturbations. A significant loss......

first order perturbation

In the Born approximation, corresponding to first order perturbation theory, one replaces this last \ psi ^ + with the corresponding eigenfunction \ phi of the free Hamiltonian " H " 0, yi......

first order perturbation theory

In the Born approximation, corresponding to first order perturbation theory, one replaces this last \ psi ^ + with the corresponding eigenfunction \ phi of the free Hamiltonian " H " 0, yi......

free energy perturbation

A potentially more reliable but much more computationally demanding alternative to scoring functions are free energy perturbation calculations. Jorgensen was the first to demonstrate the p......

general perturbation

General perturbation methods are preferred for some types of problems, as the source of certain observed motions are readily found. Simplified General Perturbations ( SGP ) models apply to......