Sentence examples for heated solid from inspiring English sources
In this study we consider the stability of horizontal two-layered liquid film attached to a heated solid substrate.
A class of solid-fluid problems, involving the removal of heat from a heated solid cylinder by a surrounding annular-flow fluid, is then discussed in detail; analytical solutions are obtained by expansion in terms of the above eigenvectors.
For example, the thermal variation of a heated solid is accurately described by a diffusion field.
It is a fact that the vapor is formed locally near the heated solid surface and gradually moves up to the vapor region and unlike the high superheated temperature case.
The proposed method is tested with 3 numerical examples concerning thermal fluid flows, but with different objectives: minimization of the mean temperature in the domain, maximization of the heat evacuated by the fluid, and maximization of the heat exchange with heated solid parts.
The paper reports design and development of an indirectly heated solid cathode for a linear electron beam emitter assembly.
Hot electrons created by short, intense laser pulses can heat solid density material to temperatures of order 500 eV.
Heating solid hydrogen sulfite salts (shown by the equation above) or passing gaseous sulfur dioxide into their aqueous solutions produces disulfites.HSO3−(aq) + SO2 → HS2O5−(aq) Disulfite ions possess a sulfur-sulfur bond and are therefore unsymmetrical.
A machine called the Tactical Garbage to Energy Refinery (TGER), heats solid waste to produce syngas (synthetic gas, a mixture of carbon monoxide and hydrogen), ferments food slops to produce alcohol, and chemically processes the two to make biodiesel that powers a generator.
Two other investigators, C. W. Scheele and Joseph Priestley, independently identified a gas obtained from heating solid substances.
In this paper, an in-house designed and constructed TD probe capable of heating solid and liquid samples to temperatures in excess of 350 °C was interfaced to a quadrupole-time-of-flight-mass (Q-ToF) spectrometer.
