Sentence examples for supplying high temperature from inspiring English sources

For instantaneous heating, the COP of ACHPWH is comparable to that of VCHPWH when supplying high temperature water or operating at low ambient temperature.

The current optimal technology network solution does not supply the industrial heat for the ELIN Motorenwerk as this is not competitive to the current cost for supplying high temperature heat via a gas burner using natural gas at a price of 42.5 €/MWh.

The pressure increase in the deep magma reservoir may supply high temperature fluid to shallow hydrothermal reservoirs.

From the verification of the components such as preheater and circulator, a 9 MPa He loop was constructed, and it supplies high temperature (500 °C) and pressure (8 MPa) He to the high heat flux test facility.

By taking advantage of the chemically inert and high density of lead bismuth eutectic (LBE), the concept of LBE-water direct-contact steam generator is proposed to supply high temperature (up to 600 °C) and low pressure (0.1 0.2 MPa) steam for SOEC stack without additional decompression devices.

The advantages of using a concentrated radiation source for supplying high-temperature process heat are three-fold: (1) the calorific value of the fuel is upgraded; (2) the gaseous products are not contaminated by combustion by-products; and (3) if the radiation source is derived from renewable energy, e.g. solar energy, the emission of greenhouse gases is avoided.

We confirmed field emission at room temperature by supplying high voltage from sharp ordinary polycrystalline W needle, which was manufactured by electrochemical etching.

We will make a summary of this article as follows; (1) We confirmed field emission at room temperature by supplying high voltage from sharp ordinary polycrystalline W needle, which was manufactured by electrochemical etching.

This shows that field emission is occurred at room temperature by supplying high voltage in case of the sharp ordinary polycrystalline W needle. Table 1 shows variation of β [cm−1], r [cm], and A [cm2] versus the distance d calculated from the F-N plots through the formulae (3), where the curvature radius r is assumed to be 1/(5β) [3].

The heat absorbed in the pyrolyzer is supplied by high temperature circulating solids from a CFB boiler furnace.

Fired heaters supply external high temperature heating through the burning of fuel which result in complex heat transfer processes due to the large temperature and pressure changes and vaporization that takes place inside the unit.