Sentence examples for rate of conductive from inspiring English sources

Deep aquifers ensure high temperatures, resulting in lower gradient between injected and reservoir water temperature limiting the rate of conductive heat loss and the effect of buoyancy flow.

In this study, finite time thermodynamics is employed to construct a refined model that considers the finite rate of heat transfer, conductive thermal bridging loss, and regenerative loss that is supplied by the heat source.

The seafloor surrounding the Shatsky Rise is relatively flat and is more than 5600 m deep, which is deeper than predicted by the model of Stein and Stein (1992) based on the cooling rate of a thermally conductive plate of finite thickness (Korenaga and Korenaga 2008).

Therefore, the aim of the present work is to increase the material removal rate (MRR) during EDG of conductive alumina ceramic by addition of ceramic powder with dielectric.

Peclet number, Pe, is the ratio of bulk heat transfer rates to conductive heat transfer rates.

A nomogram solution is also presented for the evaluation of the production temperature that incorporates the mass flow rate, fracture width, fracture length, number of conductive fractures, host rock temperature, and the production time.

This paper presented an improved fabrication method of flexible heating fabrics (FHFs) which were developed by weaving intermittently silver filaments (SFs) or coated silver yarns (CSYs) into plain fabrics, this method can control more easily density of conductive filaments and rated power of FHFs in terms of requirements.

This paper investigates the induction heating speed, bending strength and induction healing rate of asphalt mastic with different conductive additives.

PFM measurements were performed at a scan rate of 3 μm/s using Pt-coated Si conductips tips (MikroMasch, NSC35) with applying an ac driving voltage of 3 Vpp at a frequency of 12 kHz.

In order to read the breathing rate of the user, we used a conductive stretchable cord that changes its resistance as it expands and contracts.

A thermal model was developed so that the output power and thermal efficiency of the solar Stirling system with finite rate of heat transfer, regenerative heat loss, conductive thermal bridging loss, finite regeneration process time and imperfect performance of the dish collector could be obtained.