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「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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