「equation」の共起表現一覧(1語右で並び替え)
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The Calogero-Degasperis-Fokas | equation, a differential equation that models wave phe |
This paper introduced the Dirac | equation, a unification of quantum mechanics, special |
Given the overall observable chemical | equation: A + 2B → C + D + E, |
Substituting into the | equation above yields |
ge; this will occur when λ as computed by the | equation above is greater than π in absolute value. |
at top, TEMXY, or any shape - must follow the | equation above provided that the beam radius uses the |
With these two terms the | equation above can be interpreted as: the change in th |
is by selectively multiplying one term in the | equation above by a factor of j, thus bringing the two |
Also solutions to the | equation above are the Euclidean regular tilings {3,6} |
the only non-empty subset of Y such that the | equation above holds for . |
its transformation from ammonia (NH3) in the | equation above, to nitrate involves the process of nit |
l be inserted for the first term in the force | equation above. |
Informally, the Kolmogorov forward | equation addresses the following problem. |
This | equation admits a geometrical interpretation. |
his 1913 thesis, he derived the Fokker-Planck | equation along with Max Planck. |
defined by Kolmogorov predator-prey system of | equation, also called as Kolmogorov predator-prey mode |
Kemmer | equation: an alternative equation for spin-1 particles |
ce equations, and then solving the difference | equation, analogously to how one solves ordinary diffe |
which is Einstein's field | equation and |
The mirror | equation and magnification equation can be derived geo |
k on broken scale invariance (Callan-Symanzik | equation) and has also made leading contributions to q |
y Correlated Electron Systems: Bethe-Salpeter | Equation and Dynamics for the Two-Dimensional Hubbard |
Fit' automatically selects the optimal model | equation and weighting algorithm with different parame |
al version of the ideal gas law, the previous | equation, and assuming constant pressure, one finds |
ator of the Lodge elastic liquid constitutive | equation and inventor of the Lodge Stressmeter. |
ABEL includes both concurrent | equation and truth table logic formats as well as a se |
ost simply described by the empirical Rydberg | equation and semi-classic Bohr model of the atom. |
el Ferro who was the first to solve the cubic | equation, and that the solution he gives is del Ferro' |
accounts for the difference between the West | equation, and the Beale equation in which this tempera |
o detach from the particle, as per the Kelvin | equation, and diffuse into the solution. |
It is derived from the hydrostatic | equation and the ideal gas law. |
sed to estimate the number of solutions of an | equation, and is closely connected to fixed-point theo |
he constant depends on the ellipticity of the | equation and the connected open region. |
The original Waldmann publications on the | equation appeared in the literature in 1957 and 1958. |
ok, where the solution to the depressed cubic | equation appeared. |
ing observation is that the underlying Calabi | equation appears to be completely integrable, which wo |
, the entropy predicted by the Sackur-Tetrode | equation approaches negative infinity as the temperatu |
ions are zero, and the only terms left in the | equation are the pressure and electric terms. |
While the diagram and Colebrook-White | equation are iterative methods, the Swamee-Jain equati |
Calculations based on this | equation are reported in the second paper. |
ly compact domains, still yields the Einstein | equation as the Euler-Lagrange equation of the Einstei |
tice materials using the previously mentioned | equation as only the slip system and unit cell length |
Lisi's surfboards were adorned with the wave | equation as decorative art. |
ntials must be calculated by using the Nernst | equation as the solutes are unlikely to be in their st |
In other words, the | equation asked if averting the risk was worth the effo |
The geodesic deviation | equation asserts that |
of {nt} has a scalar valued integrodifference | equation associated with it. |
This Barotropic vorticity | equation assumes the atmosphere is nearly barotropic, |
o derive the solution to the homogeneous wave | equation at an arbitrary point P in terms of the value |
lly symmetric solutions of the Einstein field | equation, at large distances, the isotropic and Schwar |
here a FEM region is bounded with an integral | equation based boundary condition to ensure full coupl |
t recent is described as a nonlinear integral | equation based on counterbalancing the wind pressure o |
The | equation basically holds that the total travel time re |
a negative sign on the right hand side of the | equation because the restoring force always acts in th |
The | equation becomes a differential equation instead of a |
neglected but all higher order terms can, the | equation becomes the Fresnel diffraction equation. |
The geodesic | equation becomes |
the derivative operators in the differential | equation being solved. |
ally about the equator (see data and proposed | equation below). |
This can be seen in the | equation below. |
glacial acetic acid as shown in the reaction | equation below. |
Challenges any easy | equation between feminism and anti-pornography positio |
Multiply the first | equation by n, the second equation by m, and add to el |
He also showed that the roots of a cubic | equation can be derived by means of the infinitesimal |
The Kapustinskii | equation can be used as a simpler way of deriving latt |
As you can see, the | equation can take on two forms by substituting mu/rho |
generic vacuum solution to the Einstein field | equation can be specified by giving four arbitrary fun |
This | equation can have 2, 1, or 0 positive solutions corres |
The B-parameter | equation can also be written as . |
The rightmost | equation can either be solved for ℓ/t |
The above | equation can be written in matrix form as |
and the above | equation can be rewritten as |
The replicator | equation can easily be generalized to asymmetric games |
The Friedmann acceleration | equation can be written as |
The Hadamard-Rybczynski | equation can be derived from the Navier-Stokes equatio |
So this | equation can be seen as a version of the equation for |
This | equation can be expressed as "flow is proportional to |
The Wetterich | equation can be obtained from the Legendre transformat |
uch as the McCabe-Thiele method or the Fenske | equation can be used. |
hus, a list of possible rational roots of the | equation can be derived using the formula . |
is proportional to speed, and given this the | equation can be integrated to calculate the overall in |
Many implicit equations like the Colebrook | equation can be solved in the convenience of a workshe |
semble average, and the integral in the above | equation can be sampled by brute force Monte Carlo met |
This | equation can be applied to either emission or absorpti |
iables for brevity (e.g., ), the kinetic rate | equation can be written |
analytical solution of the Buckingham-Reiner | equation can be obtained because it is a fourth order |
tion, Analysis of variance, Fisher-Kolmogorov | equation, Coining the term 'null hypothesis', Fiducial |
We also note that a two-body Dirac | equation composed of a Dirac operator for each of the |
on ballistic missile submarines changed this | equation considerably - submarines launching from posi |
physics, the Tolman-Oppenheimer-Volkoff (TOV) | equation constrains the structure of a spherically sym |
The resulting | equation contains a nonlinear term known as the Reynol |
ity for which the series solution to Kepler's | equation converges. |
to the way that the two-dimensional vibration | equation damps and propagates away transverse mechanic |
tionship corresponding to the GR conservation | equation, derived from varying φ , does not now exist |
e Biot number is less than 0.1, the following | equation derived from the Biot and Fourier numbers can |
y drug-induced biological responses (using an | equation described firstly by A V Hill in 1909 and the |
Rarita-Schwinger | equation: describes a massive spin-3/2 particle |
Dirac | equation: describes massive spin-1/2 particles (such a |
where the first | equation describes relativistic energy, the second - r |
Majorana | equation: describes a massive Majorana particle |
The Levich | Equation describing a current at a rotating disk elect |
is associated to the Bargmann-Michel-Telegdi | equation describing spin evolution in a magnetic field |
infall-runoff relationship based on a general | equation developed by him. |
models is the use of the sediment continuity | equation discussed below. |
on which approximately satisfies a functional | equation E must be close to an exact solution of E? Th |
by many equations of state; the Van der Waals | equation e.g. |
formats are also defined for PowerPoint 2007, | equation editing (Office MathML), vector drawing, char |
MathMagic is a stand-alone multi-purpose | equation editor application so its equation can be use |
, GIF, BMP, PNG, TIFF, MathType equations, MS | Equation Editor equations, Google Docs equations, and |
HP " | equation list" equation editor (fully algebraic) in bo |
Microsoft | Equation Editor |
MathMagic | equation editor |
MathMagic is a mathematical WYSIWYG | equation editor, available for Windows and Mac OS X si |
Although it is a WYSIWYG | equation editor, MathMagic allows you type or paste La |
By doing so, Grapher functions somewhat as an | equation editor, as the user may copy images of entere |
MathMagic, a WYSIWYG | equation editor, supports ASCIIMath and ASCIIMathML in |
MathCast is a graphical mathematics | equation editor. |
r the comparison chart for major mathematical | equation editors |
This | equation entails that photon spheres can only exist in |
he empty product, the right-hand side of this | equation evaluates to b0 for the empty set, because th |
ttenuation coefficient is defined by the same | equation, except that the "density" is the density of |
He notes that his | equation explains the fact that π(x) grows more slowly |
Hence the | equation expresses the change in the predator populati |
the three equations that makes up this vector | equation expresses the symmetry of the second spatial |
Programs and | equation files eat up RAM quickly, especially if they |
hat solves the dynamic programming functional | equation for the shortest path problem by the Reaching |
The | equation for the divergence, of a pure Gaussian TEM00 |
mass is a parameter in the relativistic Dirac | equation for an elementary particle. |
The | equation for a conic section with apex at the origin a |
cing the equations for [HA] and [A−] into the | equation for [H+] yields the Charlot equation. |
The | equation for the simple Bouguer reduction is |
e well-known monograph "The lattice Boltzmann | equation for fluid dynamics and beyond", (Oxford Univ. |
A simplified | equation for this depolymerization reaction is |
In this limit, the | equation for the orbit becomes |
Substituting K (K_s) in the | equation for Ca yields |
scribbling in which he reverses a sign in the | equation for enthalpy to energy plus (rather than minu |
and non-choked flow of gases, as well as the | equation for the choked flow of gases through restrict |
The momentum | equation for each phase is less straightforward. |
, Family F, Numerical-Solution of A Continuum | Equation for Interface Growth in 2+1 Dimensions Physic |
em (NFDRS) uses a modified version of Bryam's | equation for flame length - based on the Spread Compon |
fflux time to kinematic viscosity by using an | equation for each cup specification number, where t is |
s approach requires calculating a correlation | equation for each location. |
The Taylor | Equation for Tool Life Expectancy provides a good appr |
iable point in trilinear coordinates; then an | equation for the Euler line is |
The Lineweaver-Burk | equation for an uncompetitive inhibitor produces a lin |
last two effects can be quantified using the | equation for solubility equilibrium. |
milarly, a CTM must solve only the continuity | equation for its species of interest, a GCM must solve |
ity which can be derived using the continuity | equation for incompressible fluids. |
The corresponding | equation for small bubbles of surface tension σ (and n |
A PIN diode obeys the standard diode | equation for low frequency signals. |
The | equation for prediction of the frequency of this line |
down the first component of the differential | equation for y, we obtain using (*) that |
To find F explicitly, use the | equation for its derivative (from the table above), |
Create a separate | equation for each loop where the head losses are added |
The | equation for AW applies to both reversible and quasi-r |
ncorporated the new solution of the Laplacian | equation for the figure of the earth as given by Thoma |
or mathematician, who first solved Einstein's | equation for the metric of a charged point mass. |
The solution of this | equation for bound system is discrete (a set of permit |
The | equation for the Mott cross section includes an inelas |
rmal description one obtains the differential | equation for T(z) |
ften difficult to solve the Poisson-Boltzmann | equation for complex systems, but several computer pro |
Fung's famous exponential strain constitutive | equation for preconditioned soft tissues is |
In | equation form, |
es and integrable systems, and the difference | equation formulation of monodromy. |
of freedom can be determined using Grueber's | Equation from the number of links, the number of prima |
Limited symbolic | equation functionality. |
interaction coefficient B. He noted that the | equation gave satisfactory agreement with experimental |
The | equation given above for the electric potential (and a |
, valid at low temperatures) the middle rate | equation gives |
e quantum theory gives a type of Klein-Gordon | equation governing signature change. |
d Laplace and Fourier transform, differential | equation graphs, financial functions, AP statistics an |
For example, if the reaction | equation had 2 H+ ions in the product, then the "chang |
Over time, this | equation has been developed into a family of approxima |
The van der Pol | equation has a long history of being used in both the |
The | equation has also been utilised in seismology to model |
The Wheeler-DeWitt | equation has the form of an operator acting on a wave |
The 'mystery' of the sex | equation has given rise to innumerable pruderies and p |
The evolution | equation has three solutions, depending on the sign of |
Confusion over the solvability of Kepler's | equation has persisted in the literature for four cent |
This | equation holds for flow through packed beds with parti |
The | equation, however, between the Bronze Age "Karkiya" or |
and 6) one can "reduce" the example's Boolean | equation i.e. (x'y'z' + x'y'z) + (x'yz' + xyz') to jus |
Volume viscosity appears in the Navier-Stokes | equation if it is written for compressible fluid, as d |
A net ionic | equation ignores the spectator ions that were part of |
This | equation illustrates how mass relates to the inertia o |
t development, because the Tsiolkovsky rocket | equation implies that even small improvements in rocke |
This | equation implies that a 30-inch muskellunge will weigh |
The haversine formula is an | equation important in navigation, giving great-circle |
A. O. E. Animalu, "Dirac | Equation in Five Dimensions and Consequences" Hadronic |
of all exact solutions of the Einstein field | equation in general relativity. |
Bryce DeWitt first published this | equation in 1967 under the name "Einstein-Schrodinger |
on is an exact solution of the Einstein field | equation in which the gravitational field is produced |
Hinks, Arthur R. (1905c), "Magnitude | Equation in Right Ascension", The Observatory 28: 290- |
pro logic, and "Day 11: Love" from The Human | Equation in 5.1, Arjen was very motivated and excited |
generally and numerically integrate the Bloch | equation in a single-core or parallel fashion for prot |
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