Introduction to Heat Power
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Heat Power sentence examples within low temperature waste
The mathematical models of the system are established through MATLAB and REFPROP and the influence of the evaporation temperature on the performance of the ORC low temperature waste heat power generation system is studied.
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“Cement clinker energy-saving nitrogen reduction firing technology”, “Fan drive mode adopts high voltage frequency conversion speed control technology”, “Pure low temperature waste heat power generation technology for cement kiln” are “single-high” technologies with excellent on one of screening indicators.
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Heat Power sentence examples within plate heat exchanger
The results of the comparison of experimental studies of the intensified plate heat exchanger with the increased turbulence of the heat carrier and the serial plate heat exchanger of identical heat power are shown.
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The results of the comparison of experimental studies of the intensified plate heat exchanger with the increased turbulence of the heat carrier and the serial plate heat exchanger of identical heat power are shown.
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Heat Power sentence examples within Waste Heat Power
The trend towards an increase in the level of utilization of waste heat power engineering is an important task.
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The targeted sewage sludge energy conversion technologies were three incineration systems that included waste heat power generation (power generation from low-pressure steam and high-temperature water, power generation from high-pressure steam, and power generation from low-pressure steam and sludge drying) and two solid fuel conversion systems (dry granulation and low-temperature carbonization).
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Heat Power sentence examples within Combined Heat Power
Heat Power sentence examples within Decay Heat Power
In this work a detailed assessment of the decay heat power for the commercial-size European Sodium-cooled Fast Reactor (ESFR) at the end of its equilibrium cycle has been performed.
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R0, are presented in this paper, together with validation results against decay heat power and isotopic compositions measurements.
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Heat Power sentence examples within Input Heat Power
A second I-V curve performed with a constant input heat power (or the device suspended) provides the TE resistance.
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The average reduction of the thermal resistance of IGPHP compared to SPHP was found 21% across all angles and input heat powers; however, the average reduction was 49% for the angle of 5 o across all input heat powers.
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Heat Power sentence examples within Total Heat Power
The radius spark (discharge channel), the total number of discharges sparks, the total heat power generation, the absorbed heat flux fractions by the electrodes, the workpieces and kerosene fluid dielectric, the heat-affected zones (HAZ), the hard white recast layer thickness (WLT) and properties, the workpiece fatigue safety factor and life after EDM machining were determined and simulated.
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An experimental device consisting of a gasifier and combustor was used to analyse the effect of MW pre-treatment in blends on combustion characteristics: flame temperature, total heat power and product composition.
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Heat Power sentence examples within Exces Heat Power
Measurement of a reaction between deuterium (hydrogen) gas and materials using a calorimeter which is calibrated by nitrogen will show erroneous excess heat power production due to the structure of the reaction chamber and the difference of thermal conductivity of the gases used in the calibration and triggering experiments, which leads to the energy generated in the chamber of the calorimeter has not been totally measured.
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In the field of low energy nuclear reaction, isothermal calorimetry is often used to calculate the excess heat power released in the system.
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Heat Power sentence examples within Identical Heat Power
The results of the comparison of experimental studies of the intensified plate heat exchanger with the increased turbulence of the heat carrier and the serial plate heat exchanger of identical heat power are shown.
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The results of the comparison of experimental studies of the intensified plate heat exchanger with the increased turbulence of the heat carrier and the serial plate heat exchanger of identical heat power are shown.
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Heat Power sentence examples within Maximum Heat Power
In this work, heavy- and light-structured buildings are simulated in Transient System Simulation Tool (TRNSYS) to analyze the effects of four main geometric characteristics on the total heat demand, maximum heat power and the estimated parameters of an RC model (4R3C), namely net-floor area, windows-to-floor ratio, aspect ratio, and orientation angle.
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Heat Power sentence examples within heat power generation
The burnup is linearly dependent on the reactor thermal power and its accuracy is important in the determination of the mass of burned 235U, fission products, fuel element activity, decay heat power generation and radiotoxicity.
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The radius spark (discharge channel), the total number of discharges sparks, the total heat power generation, the absorbed heat flux fractions by the electrodes, the workpieces and kerosene fluid dielectric, the heat-affected zones (HAZ), the hard white recast layer thickness (WLT) and properties, the workpiece fatigue safety factor and life after EDM machining were determined and simulated.
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Heat Power sentence examples within heat power engineering
The trend towards an increase in the level of utilization of waste heat power engineering is an important task.
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The relevance of this research is determined by the widespread use of water georesources as working fluids in hydro- and heat power engineering, in heat supply and cooling systems.
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Heat Power sentence examples within heat power plant
The results obtained show the prospects of using devices of this design at heat power plants and other industries.
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We develop a data reconciliation model for the overall thermal system of a double reheat power plant, which realizes the overall mass balance of the thermal system and the full utilization of measured data of wet steam.
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Heat Power sentence examples within heat power industry
Heat Power sentence examples within heat power system
Scheme and parametric optimization studies were carried out using a mathematic model of a gas turbine created using a software and hardware system developed at the Department of Heat Power Systems of the Melentiev Energy Systems Institute, Siberian Branch of the Russian Academy of Sciences.
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Heat Power sentence examples within heat power conversion
Thermoelectric power generation is a direct heat to electric energy conversion technology and can be applied to waste heat power conversion as well.
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Small RPS would use fractional versions of the General Purpose Heat Source (GPHS) or Light Weight Radioisotope Heater Units (LWRHU), to heat power conversion technologies.
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Heat Power sentence examples within heat power facility
The authors conclude that it is inexpedient to place a heat power facility of the considered capacity in Lesosibirsk.
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The main field of environment protection realization from heat power facilities’ negative effects according to the new Russian environmental regulation requirements is presented.
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Heat Power sentence examples within heat power demand
The following possible additional requirements have been examined: net energy demand, net energy demand for heating , heat power demand, heat loss rate and average heat transfer coefficient.
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Hence, short-term forecasting of heat power demand is needed, in order to optimize their operation.
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Heat Power sentence examples within heat power equipment
The methods of regulating the indicator "pH water" of heat power equipment of metallurgical enterprise are analyzed.
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It is shown that the use of water-coal fuel mixtures as an energy resource in the production of heat and electric energy can not only significantly expand the resource base of the heat and power industry, but also improve the environmental performance of coal combustion on heat power equipment.
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The paper considers the ecological problems of water conditioning systems at heat power industry facilities.
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The results obtained show the prospects of using devices of this design at heat power plants and other industries.
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In particular, the specific loss power (SLP) (or specific absorption rate [SAR]) parameter, which is the ratio of the heat power in watts produced per nanoparticle mass in grams, is linear to a good degree to the oscillating frequency with a step of roughly 30 W/g per 100 kHz increase.
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Thirdly, to evaluate the performance of the proposed schedule model, two evaluation indices are developed to enhance the consistency of scheduled results and expectations of electric and heat power.
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The relevance of this research is determined by the widespread use of water georesources as working fluids in hydro- and heat power engineering, in heat supply and cooling systems.
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, The heat power, dispensed via molten was 12.
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As the main sources of low-grade waste heat, we have considered water circulation systems in heat power and industry as well as waste smoke fumes in boiler houses.
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Most sources are found to be concentrated at densities 1010 − 1011 g cm−3 with heat power W∞ ∼ 1035 − 1036 erg/s, as found empirically by comparing cooling simulations with observed thermal luminosity.
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We develop a data reconciliation model for the overall thermal system of a double reheat power plant, which realizes the overall mass balance of the thermal system and the full utilization of measured data of wet steam.
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The authors conclude that it is inexpedient to place a heat power facility of the considered capacity in Lesosibirsk.
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The following possible additional requirements have been examined: net energy demand, net energy demand for heating , heat power demand, heat loss rate and average heat transfer coefficient.
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Nonuniform temperature field in modified polyurethane-based elastomers can be caused by the local MCNT entanglement manifested in the creation of agglomerates or more dense electrically-conductive circuit packing, which, in its turn, results in the decrease in heat power.
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This method may be used to generate a simple building energy model and to accurately determine the duration and the amount of heat power supplied to a building for space heating, for periods when the impact of occupants and other internal heat gains are kept to a minimum.
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The methods of regulating the indicator "pH water" of heat power equipment of metallurgical enterprise are analyzed.
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It is suggested in the article to raise the heat power of a multirow finned bundle by applying a nonstandard layout of tubes by placing their upper row above the exhaust shaft, with the remaining ones under the shaft.
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Record of the processes of heating of the researched fuel mixture that is quite promising for heat power engineering, their subsequent ignition and combustion was performed by a high-speed video camera (image format - 1024×1024 pixels, frame rate - up to 105 per second).
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Hence, short-term forecasting of heat power demand is needed, in order to optimize their operation.
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Scheme and parametric optimization studies were carried out using a mathematic model of a gas turbine created using a software and hardware system developed at the Department of Heat Power Systems of the Melentiev Energy Systems Institute, Siberian Branch of the Russian Academy of Sciences.
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Respectively, electricity production increases from 48 to 2301 kWh/ha and heat power from 0 to 25,5 GJ/ha, while providing its own needs for heat and electricity by burning biogas in a cogeneration plant.
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The analysis method presented in this paper focuses on the determination of more efficient operation regimes for the combined and heat power plants after the decrease of the heat demand.
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An energy hub (EH), consisting of a combination of electricity, heat power,
cooling power, natural gas, and other energy sources, is considered a key
component of the Energy Internet (EI).
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CHPP operation in the cogeneration mode is in the interests of the electric power and heat power systems.
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The resulting graphite powder can also be used in the production of fire-retardant and heat-insulating materials for the chemical, nuclear industry, instrumentation and heat power engineering.
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The aim of this research is to study theoretical and practical aspects of the ecological and economic losses from the use of solid domestic waste (SDW) as energy resources in the heat power industry of Ukraine.
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Four subindustries, including raw chemical materials and chemical products, production and supply of electric power and heat power, petroleum processing and coking products, and smelting and pressing of non-ferrous metals, with large CO2 emissions’ contribution and a continuously increasing trend, should be paid more attention in the future CO2 reduction policies formulation.
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The heat power and the activation energy of the combustion process were found to depend markedly on the hemicellulose content of the raw material.
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In this article, these features are considered on the example of a heat power plant.
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Coal- and petroleum-related industry communities are the divergent sites for embodied carbon emissions; moreover, electric and heat power and fuel processing are the important “suppliers” of embodied carbon emissions; construction and other service are the important “consumers” of embodied carbon emissions.
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