Sentence examples for melting energy from inspiring English sources

During the process of melting energy is stored and energy is extracted when solidification take place.

Microcrystals formed during annealing and their melting temperature and melting energy depended on composition.

We derive how the open complex formation rate depends on DNA duplex melting energy and on interaction energies of RNAP with promoter DNA in the closed and open complex.

Spatial/internal snowpack melt energy effects are more pronounced at times earlier in spring before the main period of snowmelt and SCD, as shown in previously published work.

Analyses were conducted in this study to examine the influence of various representations of snow cover and melt energy heterogeneity on both simulated SCD and stream discharge from a small alpine basin in the Canadian Rocky Mountains.

In addition to developing the fraction model to assess putative ncRNAs, we also employ thermodynamic tests (involving free energy, melting temperature and energy landscape) to analyze 151 short (<400 nt) putative ncRNAs in FANTOM3; only short RNAs are used for this analysis to reduce errors in secondary folding algorithms.

These values are found to be in overall agreement with the calculated free energies [14], [15], [34], [46] and melting free energy parameters [36] with a few exceptions.

The swing process enables to recover the sublimation and the melting CO2 energy for temperatures varying during the defrosting process between –120 °C and –56 °C.

This model is based on the knowledge of the surface (or interface) free energy of the NC to simulate size-dependent thermodynamic properties of the NC such as cohesive energy, melting temperature and vacancy energy formation.

The analyses here showed that spatial variation in applied melt energy, mainly due to differences in net radiation, has an important influence on SCD at multiple scales and basin discharge, and cannot be neglected without serious error in the prediction of these variables.

The SAD model developed by Qi et al. [23] describes the size-dependent cohesive energy, melting temperature and vacancy energy formation for low-dimensional systems in an excellent way.