- vector. Thus,
orientation is much more
important for
thermosiphons than for heatpipes. Also,
thermosiphons can fail
because of a
bubble in the loop, and require...
- cavitation. However, the
coolant may also be an oil. The
first engines used
thermosiphons to
circulate the coolant; today, however, all but the
smallest engines...
- of elasticity.
Other inventions include the iron
plate railway, the
thermosiphon, tarmac, the
rubber band, the mousetrap, "cat's eye" road marker, joint...
-
March 1843) was an
English inventor whose most
notable invention was the
thermosiphon which formed the
basis of
early hot
water central heating systems. He...
-
water the
fundamental principle of
which is
based on the
principle of
Thermosiphon.
Controlled circulation Forced circulation boiler Once
through steam...
- onward, with a few
exceptions prior to
around unit 2,500, were
cooled by
thermosiphon action. The
ignition system used in the
Model T was an
unusual one, with...
-
Stormwater Surface tension Tap
water Thermal expansion Thermal insulation Thermosiphon Trap (plumbing)
Venturi effect Wastewater Water hammer Water supply network...
- cast iron
cylinder block and cast iron
cylinder head.
Cooling was by
thermosiphon,
without a
water pump, and the
dynamo was
driven from the
timing gears...
- heat
Solar combisystem Solar cooling Solar heating Thermal insulation Thermosiphon Underfloor air
distribution Underfloor heating Vapor barrier Vapor-compression...
- pipe
terminating in a 180° bend. To
avoid hydrocarbon ac****ulation, a
thermosiphon should be
installed at the low
point of the gooseneck.[citation needed]...
