Sentence examples for great condensation from inspiring English sources

Hexagonal cells in the structure of CNTs reveal a great condensation under compression, such structure empower CNTs against yielding under compression; nevertheless, they lose their stability due to buckling when axial pressure exceeds the critical buckling pressure.

In 1929, Donald Othmer discovered that a small amount of non-condensable gases (NCG) in pure vapor had a great effect on condensation heat transfer coefficient (HTC), reducing the efficiency of heat transfer equipment.

In the Henry law region, the isosteric heat at zero loading is greater than the condensation heat.

This means that the use of constant thermal conductivity values results in actual building envelope performance different from the design predictions, with increasing building energy consumptions, greater risks of condensation issues, and decreased occupants' comfort.

There, we articulated our caveat that the greater than expected condensation at high [NaOAc] could be due to dissociation of SSBf and formation of secondary structure.

As stated above, we initially shared the reviewers' concerns that the greater degree of condensation observed in the TIRF experiments might be due to formation of secondary structure, and this was stated (both in the revised and original submission) as our reasoning for using force spectroscopy (magnetic tweezers) with wild-type, unlabeled SSB.

Ultimately the temperature becomes great enough within the condensation for nuclear reactions to begin, thereby giving birth to the Sun.

The analysis result indicates that the compressibility factor of vapor has a great effect on the condensation heat transfer coefficient in the vapor domination region at high pressure, whereas the compressibility factor of the non-condensable gas does not.

The greatest use of the condensation hygrometer has been to measure humidity in the upper atmosphere, where a vapour pressure of less than a thousandth millibar makes other means impractical.

This is likely due to the greater contributions of PAH condensation with increasing iso-octane concentration relative to soot surface growth through HACA.

Agreement is found with the Poisson-Boltzmann results at degrees of neutralization greater than the critical condensation point predicted by the Manning theory.