Glacians: et operatio processus of usura humilis temperatus source generatae per refrigerationem ad refrigeret a uber a normalis temperatus et glacientur eam.
Refrigeration: operatio processus adipiscendi humilis-temperatus fontem per usura frigus effectus produci per mutationem de corporalis status in refrigerandi.
Genus Refrigeration Equipment: Frigus Source Production (Refrigeration), frigore materiae, refrigerationem.
Refrigeration Rerum: Piston Type, screw genus, centrifuga refrigeration compressor unitas, effusio refrigeration unit, vapor jet refrigerationem unitas et liquidum nitrogen.
Glacians modum: Aeris-refrigeratum, impraegned, et refrigerandum per metallum tubo, muro et materia contactus calor translatione refrigerationem fabrica.
Application:
I. glacians, refrigeration et gelida translationem cibo.
II. Refrigerationem, frigus repono, coetibus atmosphaera repono et refrigerationem translationem agriculturae products et cibum.
III. Food processus, ut frigore siccatio, frigore concentration et refrigerationem materiae, etc.
IV. Aeris condiciones in cibum processus plantis.
Principium refrigeration cycle
Principalis cogitationes: refrigeration compressor, condenser, expansion valvae, evaporator.
Refrigeration cycle principle: When the refrigerant absorbs heat in the state of low-temperature and low-pressure liquid, it evaporates into low-temperature and low-pressure steam, and the refrigerant evaporated into gas becomes high-temperature and high-pressure gas under the action of the compressor, and the high-temperature and high-pressure condensation becomes high-pressure liquid, high-pressure liquid It becomes a low-pressure low-temperature liquid through the expansion CYMBALON, deinde absorbet calor et evaporat iterum ad formare REFRIGERATION cycle de armario frigidario.
Basic conceptus et principiis
Refrigeration facultatem: sub certa operating conditionibus (id est, quaedam refrigerant evaporatio temperatus, condensationem temperatus et subcooling temperatus), calor, quod in refrigerandi ex gelida objectum per unitatem tempus. Etiam notum sicut refrigerationem facultatem ad refrigerandum. Sub eadem condiciones, in REFRIGENTATIO facultatem eiusdem refrigerationis est ad magnitudinem, celeritate et efficientiam et compressor.
Direct REFRIGERATIO: REFRIGERATION CIRCUMSPECTATIO, si evaporator ubi refrigerandum absorbet calor directe commutationibus calor cum obiecto refrigerari vel ambiente amet obiectum refrigerari. Est plerumque in unum refrigerationem apparatu, qui necessitates industriae refrigerationem, ut glaciem crepito freezer, parva frigus repono et familia refrigerator.
Refrigerant: Quod opus substantiam, qui circulatos continuously in refrigeration machinam ad consequi refrigeratur. Vapor compressionem refrigerationem fabrica realizes calor translatio per mutationem de statu in refrigerantis. Refrigerant est necessaria substantiam ut animadverto artificialis refrigeration.
Media REFRIGERATIO: Usus Cheap materiae quod media carriers ad animadverto calor commutationem inter REFRIGERATIO cogitationes et frigus-perussi loca vel machinis.
Refrigerant: Transfer the cold generated in the evaporator of the refrigerant of the refrigeration device to the heat absorbed by the object to be cooled, and then transfer it to the refrigerant after reaching the refrigeration device, and then recycle itself for cooling.
Principium indirectam evaporative refrigerationem
The principle of indirect refrigeration: After the brine absorbs the cooling energy from the refrigerant in the evaporator, it enters the cold storage through the brine pump, exchanges heat with the object to be cooled or the medium in the workplace to absorb heat, and returns to the evaporator to convert the absorbed The heat is then transferred to the refrigerant, which itself recycles for cooling.
Post tempus: Mar-29-2023
