Sentence examples for ideal contacts from inspiring English sources

He is constantly monitoring new developments and techniques in both the English and Australian games and has ideal contacts in terms of sports science which is becoming increasingly important.

He asked him to show the ideal contact point — where Granderson should always hit the ball.

The flat surface encourages ideal contact between the flat sensor head of ATR micro-FTIR and the polished surface.

In this paper the limits of such contacts imposed by fiber strength, fiber condensation, compliance, and ideal contact strength are modeled for spherical contact tips.

In the surface-surface case, ideal contact is distributed over the surface, and in the edge-surface case over a line.

The high stability of NCG in ambient air, along with its low surface energy, appears to make it an ideal contact material.

In the ideal contact of Ni with clean GaAs surface, there should be a high Schottky barrier, theoretically considering the high work function of Ni approximately 5.2 eV and the low electron affinity of GaAs approximately 4.07 eV[34.07

C-part and V-part indicate the ideal contact parts between the center structure of the QCR and the leaf spring and between the leaf spring and the flame of the sensor, respectively.

The results provide a simple quantitative method for selecting favourable catalysts and adsorbents for such adsorptive reactors, and for choosing ideal contact times between the solid and fluid phases when mass transfer limitations are of importance.

The superhydrophobic properties on the surface can be explained by Cassie Baxter model [23], cos,theta^, =,f(cos theta, +,1) - 1 (1)where θ * is the apparent contact angle on a rough surface, θ is the ideal contact angle on a smooth surface of a sample with the same chemistry, and f is the ratio of wetted surface area to total surface area.

This work showed that a simple, one-dimensional theoretical model, assuming heat conduction through a semi-infinite ground with ideal contact between the cryogenic liquid and the ground, commonly used to describe the heat transfer from a ground to the LNG, can be used to match the observed vaporisation rate.