Sentence examples for continuous melting from inspiring English sources

Since the eighties of the 20th century, various types of linear glass rasters for architectural usage have been developed in the Czech Republic made by the continuous melting technology.

To improve the power efficiency and optimize the configuration of cold crucible using for continuous melting and directional solidification (DS), based on experimental verification, 3D finite element (FE) models with various configuration-elements were developed to investigate the magnetic field in cold crucible.

Finally, interesting FeAl specimens with a relatively high density (98% of the theoretical value), high microhardness and smooth surface were obtained using a laser power of 90 W and a scanning speed of 0.2 m/s, corresponding to a continuous melting mechanism of the powder bed.

With a large strain the structure evolution in the stretched network is found to follow a two-stage process: i) crystals with high numerical density and small dimension form first, which laterally correlate with adjacent ones; ii) continuous melting and fusing of adjacent crystal happen after the first nucleation stage, leading to increase of crystal dimension and stability.

Amplification was conducted on a Roche LightCycler 480 under the following conditions: 1 × 95°C for 5 min; 45 × 95°C for 20 sec, 55°C for 20 sec, 72°C for 30 sec; continuous melting.

HRM genotyping was performed on a Light-Scanner instrument (Idaho Technology) with continuous melting curve acquisition (10 acquisitions per °C) during a 0.1°C/s ramp from 40 to 95°C.

Unfortunately, UHMWPE has an ultrahigh viscosity that renders common, continuous melt-state processes ineffective for making UHMWPE products.

The results of the present study indicated that direct-molded tablets with different release profiles can be manufactured without milling process and through a continuous melt granulation using twin-screw extruder with appropriate thermoplastic binder ratio.

A model of continuous melt transesterification of bisphenol-A and diphenyl carbonate in a continuous stirred tank reactor is developed using phase equilibria assumption and the method of molecular weight moments.

It could be shown, that high and well-defined cooling rates (up to 104 times higher than standard batch processes) can be achieved by using a micro heat exchanger device for the continuous melt crystallization of lipid nanoparticles distributed in an emulsion, resulting in well-defined product qualities.

Stroeve et al. [2014] in particular define the melt season as extending either from early melt onset to continuous freezeup (the outer melt season) or from continuous melt onset to early freezeup (the inner melt season).