Articulated limiter blade for a tokamak fusion reactor
Patent
·
OSTI ID:865531
- San Diego, CA
A limiter blade for a large tokomak fusion reactor includes three articulated blade sections for enabling the limiter blade to be adjusted for plasmas of different sizes. Each blade section is formed of a rigid backing plate carrying graphite tiles coated with titanium carbide, and the limiter blade forms a generally elliptic contour in both the poloidal and toroidal directions to uniformly distribute the heat flow to the blade. The limiter blade includes a central blade section movable along the major radius of the vacuum vessel, and upper and lower pivotal blade sections which may be pivoted by linear actuators having rollers held to the back surface of the pivotal blade sections.
- Research Organization:
- Princeton Plasma Physics Laboratory (PPPL), Princeton, NJ (United States)
- DOE Contract Number:
- AC02-76CH03073
- Assignee:
- United States of America as represented by United States (Washington, DC)
- Patent Number(s):
- US 4532101
- OSTI ID:
- 865531
- Country of Publication:
- United States
- Language:
- English
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Related Subjects
articulated
limiter
blade
tokamak
fusion
reactor
tokomak
sections
enabling
adjusted
plasmas
sizes
section
formed
rigid
plate
carrying
graphite
tiles
coated
titanium
carbide
forms
elliptic
contour
poloidal
toroidal
directions
uniformly
distribute
heat
flow
central
movable
major
radius
vacuum
vessel
upper
pivotal
pivoted
linear
actuators
rollers
held
surface
toroidal direction
uniformly distribute
linear actuators
linear actuator
limiter blade
heat flow
titanium carbide
vacuum vessel
fusion reactor
tokamak fusion
major radius
tokomak fusion
blade section
/376/
limiter
blade
tokamak
fusion
reactor
tokomak
sections
enabling
adjusted
plasmas
sizes
section
formed
rigid
plate
carrying
graphite
tiles
coated
titanium
carbide
forms
elliptic
contour
poloidal
toroidal
directions
uniformly
distribute
heat
flow
central
movable
major
radius
vacuum
vessel
upper
pivotal
pivoted
linear
actuators
rollers
held
surface
toroidal direction
uniformly distribute
linear actuators
linear actuator
limiter blade
heat flow
titanium carbide
vacuum vessel
fusion reactor
tokamak fusion
major radius
tokomak fusion
blade section
/376/