「perturbation」の共起表現(1語右で並び替え)

Weblio 辞書 > 英和辞典・和英辞典 > perturbationの意味・解説 > perturbationに関連した共起表現

意味

例文

類語

共起表現

「perturbation」の共起表現一覧(1語右で並び替え)

該当件数 : 85件

The effects of the	perturbation accumulate at each passage pushing the sate
ations (24) and (28) of the article Orbital	perturbation analysis (spacecraft)
s from equation (28) of the article Orbital	perturbation analysis (spacecraft) as the factor
Equation (20) of the article Orbital	perturbation analysis (spacecraft) gives that the preces
an 0 and less than 1, where 0 represents no	perturbation and 1 represents total loss of aromaticity
l of the gas giants, and the possibility of	perturbation as a result of cometary outgassing/fragment
hly elliptical and subject to intense Solar	perturbation at apojove which eventually pulls the comet
bright limb (day-time) because of a smaller	perturbation by background light.
Such	perturbation can involve more faculties in the presence
y potential that results from a third-order	perturbation correction to the attractive London dispers
is used to modulate a beam of light with a	perturbation device.
This explains the origin of cosmological	perturbation fluctuations in inflationary models.
This is usually done through the use of	perturbation functions which are simple functions which
ransition probability, based on first-order	perturbation Hamiltonians, can be found in Thompson and
ν of the flat Minkowski metric plus a small	perturbation hμν, and then dropping all terms which are
isentropic, which means that the fractional	perturbation in the entropy of each species of particle
itical motives, seek to aggravate religious	perturbation in Mexico...The names Protestant, Methodist
The tensor	perturbation is truly gauge independent, since it is the
We let H be the exact matrix and P be a	perturbation matrix that represents the uncertainty.
on gas model which includes a weak periodic	perturbation meant to model the interaction between the
And he initiated a novel singular	perturbation method, the method of composite expansions.
wrote a seminal book on this body of work:	Perturbation Methods in Applied Mathematics.
, mechanics of armour penetration, singular	perturbation methods, variational principles and general
The physical wavelength of a	perturbation mode (dashed line) is also shown.
The plot illustrates how the	perturbation mode grows larger than the horizon during c
niverse was homogeneous on the scale of the	perturbation mode.
hydrodynamic efficiency to minimise the	perturbation of water.
based on a	perturbation of Elara on July 15, 1949.
se encounters, Vesta causes a gravitational	perturbation of Arete, allowing the mass of Vesta to be
the oxygen results in the strongest single	perturbation of one heteroatom in a six-membered ring.
ms by electromagnetic radiation or possible	perturbation of the functioning of medical equipment by
Manev's gravitational law, given by a small	perturbation of Newton's law, in the general context of
This	perturbation of Daisyworld's receipt of solar radiation
tance will cause the greatest gravitational	perturbation of our solar system.
, relativistic flows, quantum field theory,	perturbation of the continuous spectrum, scattering theo
a book describing planetary motion and the	perturbation of one planet on another in 1761, along wit
his is because the strength of the planet's	perturbation on the satellite's orbit is much stronger f
the neutral-atmosphere density is the major	perturbation on satellites in low earth orbit.
erstellar cloud, resulting in gravitational	perturbation on a time scale that is much less than the
ld South Junction to Tapton Junction during	perturbation or engineering work on the fast lines in th
a clump in the CND, which fell due to some	perturbation, perhaps the supernova explosion responsibl
To correct for this orbital	perturbation, regular orbital stationkeeping maneuvers a
The largest geomagnetic	perturbation, resulting presumably from a "prehistoric"
Ignoring higher order	perturbation terms, the following value is conserved
Depending on the symmetry of the	perturbation that is used to write the LPFG, modes of di
ation interaction (MRCI) or multi-reference	perturbation theories like complete active space perturb
Cavity	Perturbation Theory describes methods for derivation of
s possess one asymptotic freedom within the	perturbation theory described limits.
	Perturbation theory is the only known approach to manage
ovides a power-counting formalism for doing	perturbation theory in the small parameter ΛQCD/Q in a s
rgy limit of QCD, a description by means of	perturbation theory is not possible.
caused some difficulties doing cosmological	perturbation theory in this system, however the problems
mal black holes are usually performed using	perturbation theory around the extremal black hole; the
Phil 1975; thesis entitled "Applications of	perturbation theory to the high energy scattering of ele
In some cases, chiral	perturbation theory has been successful in describing th
eloped (with N. Papanicolaou) a new type of	perturbation theory for eigenvalue problems in quantum m
sing many-body techniques such as many-body	perturbation theory (MBPT) and, in particular coupled cl
a region where the coupling is weak (and so	perturbation theory is valid) and another region where t
The underlying assumption of cavity	perturbation theory is that electromagnetic fields insid
complicated free volume techniques such as	Perturbation theory and the statistical associating flui
Chiral	perturbation theory (ChPT) is an effective field theory
LS force field, and his work on free-energy	perturbation theory for modeling reactions in solution;
ng DFT and Hartree-Fock exchange, many-body	perturbation theory (the GW method) and dynamical electr
short distance interactions, thus allowing	Perturbation theory techniques to be applied.
See also: k·p	perturbation theory#Effective mass
approach to renormalization theory (causal	perturbation theory), where ultraviolet divergences are
f the theory (meaning they do not appear in	perturbation theory).
g the spin-orbit Hamiltonian to first order	perturbation theory, the energy level is given by
Compared to the	perturbation theory, functional renormalization does not
methods, non-normal operators and spectral	perturbation theory, Toeplitz matrices, random matrices,
ty functional theory and density functional	perturbation theory, using plane wave basis sets and pse
Absence of intruder states: in	perturbation theory, divergencies can occur if the energ
In contrast,	perturbation theory, which deals with small perturbation
corrections can be obtained by conventional	perturbation theory.
onformal invariance is kept at any order of	perturbation theory.
roblem of so-called "small denominators" in	perturbation theory.
f structure in the universe in cosmological	perturbation theory.
an be analyzed by the methods of degenerate	perturbation theory.
elativity, which adds a small inverse-cubic	perturbation to the normal Newtonian gravitational poten
ber effect) to that system, where a lack of	perturbation to dimensions of the network, prohibits a s
ift varies depending on moment of intertia,	perturbation torques, tidal gradients, etc.
vides an efficient way to predict the field	perturbation when the susceptibility distribution is kno
But the slightest	perturbation will make the pencil fall into a more stabl
his Ph.D. in 1966 entitled On Partly Gentle	Perturbation with Application to Perturbation by Annihil

共起表現

「perturbation」の共起表現(1語右で並び替え) - Weblio英語共起表現検索

「perturbation」の共起表現一覧(1語右で並び替え)