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Heat loss in constant temperature aquaculture workshop (25°C).
Abstract
Heat loss in constant temperature aquaculture workshop (25°C).</p- Dataset
- Dataset
- Biophysics
- Ecology
- Marine Biology
- Inorganic Chemistry
- Environmental Sciences not elsewhere classified
- Biological Sciences not elsewhere classified
- Chemical Sciences not elsewhere classified
- Physical Sciences not elsewhere classified
- workshop enclosure structure
- three constant temperatures
- quality aquatic products
- increasing market demand
- average relative errors
- 56 × 10
- 02 × 10
- indoor air temperature
- artificial temperature increase
- industrialized aquaculture workshop
- industrialized aquaculture facilities
- numerical calculation results
- numerical calculation method
- provide theoretical basis
- highest heating efficiency
- div >< p
- actual measured data
- 6 </ sup
- 25 ° c
- 22 × 10
- thermal insulation performance
- industrialized aquaculture
- numerical calculation
- thermal insulation
- poor performance
- aquaculture water
- numerical model
- numerical calculations
- thermal environment
- water temperature
- breeding temperature
- within 2
- typical year
- thermophysical parameters
- standard coal
- experimental analysis
- epinephelinae ).
- energy respectively
- energy released
- energy consumption
- conducted based
- complete combustion
- calculated values
- 5 %,
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Last time updated on 02/10/2023
This paper was published in The Francis Crick Institute.
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