9KW Electric Vapor generator

Downpipe cum vapor:
Under normal operating conditions of the steam generator, steam cannot exist in the downcomer, otherwise, the water needs to flow downward and the steam needs to float upward, and the two are opposed to each other, which not only enhances the flow resistance, but also reduces the circulation flow , when the situation is serious, air resistance will be formed, which will prompt the water circulation to stop, resulting in the general lack of water and damage to the water-cooled wall tubes. Ut solvere problema, in vapore generantis non patere calor et connexa aqua spatii tympanum quantum ad imo tympanum, ut altitudo et humilitatem diametrum et altitudinis tympanum non humilitatem diametrum diametrum et altitudinis non humilitatem diametrum et altitudo diametrum diametrum. Ut ne vapor ab ferri in tibia.
Loop adhæsit:
In usum vaporis generantis in eadem circulatione loop, cum per ascending tubus in parallela caletur inaequaliter, densitas vapor aqua mixtisque in tubo, quod est debilis calefacta esse maius quam ad vaporem aqua mixtisque in tubo esse fortiter calefacta. Sub praemissa, quod aqua copia downpipe est relative limited, fluunt rate in tibia cum infirma calor ut stillabunt, et in stagnatione sit in statu. Vocatur hoc stagnatione et hoc tempore vapor in riser tibia non auferetur tempore. , ducens ad pipe murum overheating pipe ruptibilibus accidentia.
Soda layering:
Cum aqua refrigeratum murum fistulae vapor generantis sunt ordinata horizontali vel horizontali fluunt rate vapor aquarum mixtisque in tubulis non alta, cum vapor multo levior aquae influit, cum fistulae aquae fluit infra fistulae. Hoc situ appellatur nitri aqua stratification, debitum ad pauperes scelerisque conductivity vapor, summo pipe facile exoravit et laedi. Ergo riser aut exitum pipe nitri aqua mixturam non ordinatur ad horizontaliter et inclinatio non minus XV gradus.
Loopback:
When the heating of each ascending tube in parallel is very uneven, the steam-water mixture in the tube with strong heat exposure will have a strong lifting force, the flow rate will be too large and a suction effect will be formed, causing the steam-water mixture in the tube with weak heat exposure to flow in a direction different from the normal circulation direction , this situation is called reverse circulation. Si autem ortu celeritas bullae est idem quod est deorsum fluxus celeritas aqua, erit causa bullae ad stagnate et formam "aere resistentia pipe sectione rumpatur.