condensation pump

Definitions

  • WordNet 3.6
    • n condensation pump vacuum pump used to obtain a high vacuum
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Usage

In literature:

The pumping machinery is in duplicate, and each set consists of a horizontal condensing engine, with cylinder 18 in.
"Scientific American Supplement, No. 392, July 7, 1883" by Various
The pumps used on all these lines are the Worthington compound, condensing, pressure pumping engines.
"Scientific American Supplement, No. 497, July 11, 1885" by Various
The condenser and air pump are worked off the side levers by means of side rods and a cross head.
"A Catechism of the Steam Engine" by John Bourne
By James Watt's invention of a separate condenser it was superseded, and employed afterwards principally for pumping water.
"The Nuttall Encyclopaedia" by Edited by Rev. James Wood
A special machine with three cylinders drives the pumps of the condenser.
"Scientific American Supplement No. 822" by Various
But a moment later the sound of water pouring over the condenser pipes was heard above the chugging of the engine and pump.
"The Forbidden Trail" by Honoré Willsie
This condenser would not have been much larger than the air-pump cylinder.
"The Pioneer Steamship Savannah: A Study for a Scale Model" by Howard I. Chapelle
A flat plate of metal filling up the passage between the air-pump and condenser.
"The Sailor's Word-Book" by William Henry Smyth
Also careful examination of the piping, and of any other connections between the air pump and condenser, or other auxiliaries.
"Steam Turbines" by Hubert E. Collins
About the same time he attempted an improvement in the winding-engine which he worked, by placing a valve between the air-pump and condenser.
"Lives of the Engineers The Locomotive. George and Robert Stephenson" by Samuel Smiles
The "receiver" must be connected on the one side to the condenser, and on the other to the exhaust pump.
"Encyclopaedia Britannica, 11th Edition, Volume 8, Slice 5" by Various
A less efficient pump is employed to remove the air from the mercury condenser as it accumulates.
"The New Gresham Encyclopedia. Vol. 1 Part 1" by Various
In turbine ships the cooling water for the condensers is circulated by powerful centrifugal pumps driven by subsidiary engines.
"The Romance of War Inventions" by Thomas W. Corbin
It was then expanded by an air-pump, and in this way cooled and condensation produced.
"Encyclopaedia Britannica, 11th Edition, Volume 8, Slice 8" by Various
The pump compresses the gas and drives it through the coil in the condenser, where it is cooled by water.
"Marvels of Scientific Invention" by Thomas W. Corbin
The main condensers, with their circulating pumps and air pumps, were placed in the turbine room.
"Loss of the Steamship 'Titanic'" by British Government
I have seen experiments with the air pump and condenser to prove this.
"Curiosities of Heat" by Lyman B. Tefft
The common condensing pump is the kind used for inflating tires.
"Physics" by Willis Eugene Tower
Apart from the capital cost of a condenser the chief cost of maintaining a vacuum is in pumping the circulating water, of which up to 70 lbs.
"Animal Proteins" by Hugh Garner Bennett
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In news:

Spirax Sarco's Pivotrol PTF4 is a high-capacity, pressure-powered condensate pump that covers a wider motive pressure range.
For boiler system, whereby there are various operating pressures (30 bars, 60 bars, and above 90 bars of condensate and feedwater), how do we determine which type of pump configuration is most suitable.
Suitable for dispersions up to 50,000 centipoise, Ross's high-speed disperser has a self-contained vacuum pump/condensate recovery system.
It is an asymmetric condenser for ground-source and reversible air-to-water heat pumps with a wide capacity range between 5-40 kW.
One of the plant's two condensate pumps T rending data to determine the health of equipment can be challenging to say the least.
We have three cooling water pumps to circulate cooled water from cooling tower's cold water basin into steam turbine condenser and vice and versa.
THIS MONTH'S PUZZLER Our contact HCl condenser/scrubber operates with two 1,750-rpm circulating pumps and one spare at a pressure of about 12 psia.
A typical chiller plant consists of a chiller or multiple chillers, along with chilled water pumps, condenser water pumps, and cooling towers.
COMPRESSOR — Pumps refrigerant to the condenser and evaporator to cool the passenger compartment, and pulls refrigerant vapor from the evaporator to compress it.
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In science:

We show that topological vortex pumping can be implemented for a dilute Bose–Einstein condensate confined in a magnetic time-averaged orbiting potential trap with axial optical confinement.
Vortex pump for a Bose-Einstein condensate utilizing a time-averaged orbiting potential trap
Contrary to earlier proposals for the vortex pump, we do not employ an additional optical potential to trap the condensate in the radial direction, but instead, this confinement is provided by the magnetic field throughout the pumping cycle.
Vortex pump for a Bose-Einstein condensate utilizing a time-averaged orbiting potential trap
II, we present the zero-temperature mean-field theory of the spin-1 BEC, describe the control cycle of the vortex pump, and discuss in detail the confinement of the condensate during the cycle.
Vortex pump for a Bose-Einstein condensate utilizing a time-averaged orbiting potential trap
The operation principle of the vortex pump is to control the spin degree of freedom of the condensate locally by slowly tuning the magnetic field B(r, t) in a cyclic manner such that the system acquires a fixed amount of vorticity per cycle [44–48].
Vortex pump for a Bose-Einstein condensate utilizing a time-averaged orbiting potential trap
As a proposed implementation of the vortex pump, we consider the spin-1 condensates of 87Rb and the following field parameters.
Vortex pump for a Bose-Einstein condensate utilizing a time-averaged orbiting potential trap
The beat of laser pump photons with the photons scattered from the condensate atoms is the source of cavity field fluctuations.
Achieving the Quantum Ground State of a Mechanical Oscillator using a Bose-Einstein Condensate with Back-Action and Cold Damping feedback schemes
As outlined in the Introduction, we consider an elongated condensate of length L and oriented along the z axis that is exposed to a far-detuned pump laser pulse El (t)ey (ei(kl x−ωl t) + c.c.)/2 with ωl = ckl , traveling in the x direction.
Sequential superradiant scattering from atomic Bose-Einstein condensates
Figure 1: a) Pumping and emission scheme for a standard semiconductor laser. b) Pumping and emission for an excitonic condensate.
Polariton Condensation and Lasing
Polariton condensation under non-resonant pumping is a highly non-equilibrium process.
Spontaneous self-ordered states of vortex-antivortex pairs in a Polariton Condensate
Being coherent, the condensate itself can be treated with a Gross-Pitaevskii type equation coupled to a classical rate equation for the dynamics of an exciton reservoir , which appropriately models the incoherent excitations generated by nonresonant pumping that feed and interact with the condensate.
Spontaneous self-ordered states of vortex-antivortex pairs in a Polariton Condensate
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