Ultra-fast framing camera tube
Patent
·
OSTI ID:863761
- 1051 Batavia Ave., Livermore, CA 94550
An electronic framing camera tube features focal plane image dissection and synchronized restoration of the dissected electron line images to form two-dimensional framed images. Ultra-fast framing is performed by first streaking a two-dimensional electron image across a narrow slit, thereby dissecting the two-dimensional electron image into sequential electron line images. The dissected electron line images are then restored into a framed image by a restorer deflector operated synchronously with the dissector deflector. The number of framed images on the tube's viewing screen is equal to the number of dissecting slits in the tube. The distinguishing features of this ultra-fast framing camera tube are the focal plane dissecting slits, and the synchronously-operated restorer deflector which restores the dissected electron line images into a two-dimensional framed image. The framing camera tube can produce image frames having high spatial resolution of optical events in the sub-100 picosecond range.
- Research Organization:
- Lawrence Livermore National Laboratory (LLNL), Livermore, CA
- DOE Contract Number:
- W-7405-ENG-48
- Assignee:
- Kalibjian, Ralph (1051 Batavia Ave., Livermore, CA 94550)
- Patent Number(s):
- US 4243878
- OSTI ID:
- 863761
- Country of Publication:
- United States
- Language:
- English
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Related Subjects
/250/313/
camera
camera tube
deflector
dissected
dissecting
dissection
dissector
distinguishing
electron
electron line
electronic
equal
events
features
focal
focal plane
form
framed
frames
framing
framing camera
image
images
line
narrow
narrow slit
operated
optical
optical events
performed
picosecond
plane
plane image
produce
range
resolution
restoration
restored
restorer
restores
screen
sequential
slit
slits
spatial
spatial resolution
streaking
sub-100
synchronized
synchronously
synchronously-operated
tube
two-dimensional
ultra-fast
ultra-fast framing
viewing
viewing screen
camera
camera tube
deflector
dissected
dissecting
dissection
dissector
distinguishing
electron
electron line
electronic
equal
events
features
focal
focal plane
form
framed
frames
framing
framing camera
image
images
line
narrow
narrow slit
operated
optical
optical events
performed
picosecond
plane
plane image
produce
range
resolution
restoration
restored
restorer
restores
screen
sequential
slit
slits
spatial
spatial resolution
streaking
sub-100
synchronized
synchronously
synchronously-operated
tube
two-dimensional
ultra-fast
ultra-fast framing
viewing
viewing screen