Gas centrifuge with driving motor
Patent
·
OSTI ID:862527
1. A centrifuge for separating gaseous constituents of different masses comprising a vertical tubular rotor, means for introducing a gas mixture of different masses into said rotor and means for removing at least one of the gas components from the rotor, a first bearing means supporting said rotor at one end for rotational movement, a support, a damping bearing mounted on said support, a shaft fixed to said rotor at the opposite end and mechanically connecting said rotor to said damping bearing, a cup-shaped tube of electrically conductive, non-magnetic material in coaxial relationship with said shaft, the open end of said tube extending away from said rotor and the closed end of said tube being directly secured to the adjacent end of the rotor, an annular core of magnetic material fixedly mounted on said support so as to be disposed within said tube and around said shaft, and a second annular magnetic core with coils arranged thereon to receive polyphase current to produce a rotating magnetic field traversing the circumference of said tube, fixedly mounted on said support so as to surround said tube, the size of said first annular core and said second annular core being such as to permit limited radial displacement of said shaft and said tube.
- Research Organization:
- Virginia Univ., Charlottesville (USA)
- Assignee:
- United States of America as represented by United States Energy (Washington, DC)
- Patent Number(s):
- US 3955753
- OSTI ID:
- 862527
- Country of Publication:
- United States
- Language:
- English
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/494/
adjacent
annular
arranged
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bearing means
centrifuge
circumference
closed
coaxial
coils
coils arranged
components
comprising
conductive
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constituents
core
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current
damping
directly
displacement
disposed
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electrically
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extending
field
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gas centrifuge
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gaseous
introducing
limited
magnetic
magnetic core
magnetic field
magnetic material
masses
material
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means
means supporting
mechanically
mechanically connect
mixture
motor
mounted
movement
non-magnetic
non-magnetic material
opposite
permit
polyphase
produce
radial
radial displacement
receive
relationship
removing
rotating
rotating magnetic
rotational
rotational movement
rotor
secured
separating
separating gas
separating gaseous
shaft
size
support
supporting
surround
thereon
traversing
tube
tube extending
tubular
vertical
adjacent
annular
arranged
bearing
bearing means
centrifuge
circumference
closed
coaxial
coils
coils arranged
components
comprising
conductive
connecting
constituents
core
cup-shaped
current
damping
directly
displacement
disposed
driving
electrically
electrically conductive
extending
field
fixed
fixedly
fixedly mounted
gas
gas centrifuge
gas component
gas components
gas mixture
gaseous
introducing
limited
magnetic
magnetic core
magnetic field
magnetic material
masses
material
material fixedly
means
means supporting
mechanically
mechanically connect
mixture
motor
mounted
movement
non-magnetic
non-magnetic material
opposite
permit
polyphase
produce
radial
radial displacement
receive
relationship
removing
rotating
rotating magnetic
rotational
rotational movement
rotor
secured
separating
separating gas
separating gaseous
shaft
size
support
supporting
surround
thereon
traversing
tube
tube extending
tubular
vertical