thermosiphon (Meaning)

Webster

thermosiphon (n.)

An arrangement of siphon tubes for assisting circulation in a liquid.

Synonyms & Antonyms of thermosiphon

No Synonyms and anytonyms found

thermosiphon Sentence Examples

  1. The thermosiphon system utilizes heat transfer through natural convection without the use of external pumps.
  2. Solar thermosiphon systems harness the sun's energy to circulate a fluid through a loop, inducing a convective flow.
  3. The height difference between the collector and the storage tank in a thermosiphon system generates a pressure gradient that drives the fluid circulation.
  4. The lower density of heated water compared to cooler water causes it to rise in the collector, creating a natural upward flow.
  5. Thermosiphons are often used in passive heating systems, as they do not require the intervention of external pumps.
  6. The efficiency of a thermosiphon system depends on factors such as the collector area, system height, and fluid viscosity.
  7. Thermosiphons can be used for both heating and cooling applications, depending on the fluid properties and system design.
  8. The simplicity and reliability of thermosiphons make them suitable for remote locations or applications where power supply is limited.
  9. Thermosiphon systems have proven to be effective in reducing energy consumption in buildings by utilizing natural convection.
  10. Proper design and installation of thermosiphon systems are crucial to ensure optimal performance and durability.

FAQs About the word thermosiphon

An arrangement of siphon tubes for assisting circulation in a liquid.

No synonyms found.

No antonyms found.

The thermosiphon system utilizes heat transfer through natural convection without the use of external pumps.

Solar thermosiphon systems harness the sun's energy to circulate a fluid through a loop, inducing a convective flow.

The height difference between the collector and the storage tank in a thermosiphon system generates a pressure gradient that drives the fluid circulation.

The lower density of heated water compared to cooler water causes it to rise in the collector, creating a natural upward flow.