Sentence examples for under thermal equilibrium from inspiring English sources

Fracture zones derived from mud logging and geophysical data in the Muschelkalk and Buntsandstein are not observed in the thermal profile obtained under thermal equilibrium conditions (Figure 2).

Under thermal equilibrium conditions, a conduction regime is dominant in the Tertiary, Jurassic, and the top of the Triassic sedimentary formations (0- to 800-m depth).

A temperature log was measured in the well but not under thermal equilibrium conditions, as was the case in GPK-2, GPK-3, and GPK-4.

The first generation of PFCs was designed to operate the machine under thermal equilibrium, with pulse length of 30 s. Their pioneering level of development, using graphite materials, led to some unreliability under heat loads.

Based on the observation that, under thermal equilibrium conditions and at short time, the exchange dynamics between the associated and dissociated forms involved periodic motions of the O H⋯π H-bond, the lifetimes of the PhOH Benz 1 1 complex were estimated and in reasonable agreement with 2D-IR vibrational echo experiment.

The general solution of a liquid surface fluctuations under thermal equilibrium conditions is due to Bouchiat and described in more detail in [ 35], where β = σ ρ / 4 η 2 q, τ 0 = ρ / 2 η q 2, q is the wave number (0.1-1 μm−1), ρ is the cytosol density (ρ ≃ 1.5   k g / m 3 ), η the cytosol viscosity (η ≃ 6 ⋅ 10 − 3   P a ⋅ s ) [ 36]and σ the surface tension (σ ≃ 10 − 6   N / m ) [ 29].

A simple numerical scheme is proposed to solve the problem of determining the interface shape under the thermal equilibrium condition.

However, only two of the six wells with litho-stratigraphic log correlation show undisturbed conditions and seem to be under a thermal equilibrium (NB-19, RGS2-L) with a mean temperature gradient of 19.1 °C km−1.

It is found that the buoyancy is significant and enhances the heat transfer, especially near the pseudocritical point, unless the fluid and the tube wall are under the thermal equilibrium condition.

In this paper, the fundamental performance of a diagonal type MHD accelerator under chemical and thermal equilibrium conditions is described.

The driving force of the surface recombination process is the term ( (n_{text{s}} p_{text{s}} - n_{i}^{2} ) ) which describes the deviation of the system from the thermal equilibrium under illumination.