Sentences with phrase «of the continuity equation»

As I have now told explicitly what are the errors / approximations that have made the equation (34) deviate from a similar equation derived from (32) and (33), I hope that you finally admit, that it's just an approximate and by that a little erroneous version of a continuity equations.

Everything is in full agreement with a description of a continuity equation when the horizontal contributions are assumed zero and when a little lacking care is applied for the vertical part (the second term is only approximately correct).

The only way you could counter my point is to present a step - by - step explicit justification of he equation (34), and not one that's a derivation of a continuity equation.

The equation is not an exactly correct continuity equation, but it's what can easily be written, when the continuity equation is written based on the reasoning of the three parts of the continuity equation.

Only now I realized that the paper tells in the later chapter, what the equation is supposed to be, and it tells it with the description of an continuity equation without any independent physics.

If it would be based on independent physics, then some specific physical input must be introduced to that of continuity equations.

Pekka,» Everything is in full agreement with a description of a continuity equation when the horizontal contributions are assumed zero and when a little lacking care is applied for the vertical part (the second term is only approximately correct).»

Not exact matches

It sounds like, despite questions about how exactly Colin Firth fits into the equation and the setting of at least part of the film in the United States, there's going to be quite a bit of continuity: same director, same writer and, according to Goldman, a similar mindset as the first film.

I mean there was something that I felt in my own equation of the continuity between Paul Klee, Duchamp, Picabia, and, oddly enough, Clyfford Still.

The basic governing equations are Bernoulli's Equation for hydraulic potential and the continuity equation, a time variable form of the Laplace EEquation for hydraulic potential and the continuity equation, a time variable form of the Laplace Eequation, a time variable form of the Laplace EquationEquation.

3) Continuity equation tells, how the source term affects masses or numbers of moles of each substance.

For the number of molecules of a two - component gas two continuity equations are independent.

No, it's not fine the consequences of the source term are given by the continuity equations.

iii) The other side of the equation is the source term exactly as it is in a continuity equation.

In your comment you are discussing the physical process that leads to condensation, but the equation (34) is not about that, it's derived by you to describe the outcome of the condensation, i.e., it's derived as a superfluous continuity equation, as I have explained several times.

The horizontal pressure gradients are determined from the continuity equation, with the condensation rate calculated from the Clausius - Clapeyron law using temperature derived from the first law of thermodynamics with empirically fitted turbulence.

I can not imagine any connection with an equation of that form to anything else than the continuity equation.

It's form is that of an approximate continuity equation.

These equations do not include the purely dynamical constraints of continuity or hydrostatics, nor do they invoke the Second Law, but nevertheless define certain relations that must hold between the state variables.

The paper makes an explicit error in the derivation of formulas (36) and (37) when it requires that the exact continuity equation and the approximate continuity equation are simultaneously valid.

Could it still be a equation for the source term in spite of the fact that it looks an approximate continuity equation and in spite of the fact that AM tells that it serves as a continuity equation?

The continuity equations and the thermodynamic equations related to isentropic processes of rising air and condensation determine the whole process.

Without an independent knowledge of S, the continuity (mass conservation) equation is uninformative (e.g., referred to as a «tautologism» by Truesdell and Toupin (1960) The classical field theories, Handbuch der Physik Band III / 1, 226 - 793).

The reason I ask these questions is that I am convinced that there is a fundamental limit to the predictability of the dynamical «core» equations (continuity, momentum, energy) due to the ** nonlinearity ** of the system.

Structural equation modeling of prospective, longitudinal data from 808 participants, their parents, and their children showed low levels of G1 to G2 cross-generational continuity in the general tendency to use drugs.

[jounal] Quintana, S. M. / 1987 / Adolescent attachment and ego identity: A structural equations approach to the continuity of adaptation / Journal of Adolescence Research 2: 393 ~ 409