X-ray backlighting is a powerful tool for diagnosing a large variety of high-energy-density phenomena. Traditional area backlighting techniques used at Nova and Omega cannot be extended efficiently to NIF-scale. New, more efficient backlighting sources and techniques are required and have begun to show promising results. These include a backlit-pinhole point projection technique, pinhole and slit arrays, distributed polychromatic sources, and picket fence backlighters. In parallel, there have been developments in improving the data SNR and hence quality by switching from film to CCD-based recording media and by removing the fixed-pattern noise of MCP-based cameras
The authors describe several experiments on Nova that use laser-produced plasmas to generate x-rays ...
Appleton Laboratory (RAL) in the United Kingdom [2] have shown good coupling of short-pulse high-int...
Pinhole aperture point backlighter (PAPBL) imaging has been used on experiments on Omega, but result...
We have successfully demonstrated a 7.5 ns-duration pinhole-apertured backlighter at the Omega laser...
The Z-accelerator facility at Sandia National Laboratories (SNL) in Albuquerque, New Mexico, perform...
In pinhole-assisted point-projection x-ray radiography (or ''backlighting''), pinholes are placed be...
Radiography with x rays is a long-established method to see inside objects, from human limbs to weap...
Two new gated x-ray imaging cameras have recently been designed, constructed and delivered to the Na...
Z-Beamlet [1] is a single-beam high-energy Nd:glass laser used for backlighting high energy density ...
X-ray backlighting is an important diagnostic technique used in laboratory experiments conducted on ...
High energy radiography capabilities are essential for many future DNT/HED experiments on NIF. We ha...
We present the status of plans to commission a short-pulse, quad of beams on the National Ignition F...
We have developed 17 keV to 75 keV 1-dimensional and 2-dimensional high-resolution (< 10 {micro}m...
Imploding x-ray backlighter targets on the National Ignition Facility (NIF) can be used to gather in...
High-intensity, short-duration x-ray pulses are necessary to diagnose the compression of laser film ...
The authors describe several experiments on Nova that use laser-produced plasmas to generate x-rays ...
Appleton Laboratory (RAL) in the United Kingdom [2] have shown good coupling of short-pulse high-int...
Pinhole aperture point backlighter (PAPBL) imaging has been used on experiments on Omega, but result...
We have successfully demonstrated a 7.5 ns-duration pinhole-apertured backlighter at the Omega laser...
The Z-accelerator facility at Sandia National Laboratories (SNL) in Albuquerque, New Mexico, perform...
In pinhole-assisted point-projection x-ray radiography (or ''backlighting''), pinholes are placed be...
Radiography with x rays is a long-established method to see inside objects, from human limbs to weap...
Two new gated x-ray imaging cameras have recently been designed, constructed and delivered to the Na...
Z-Beamlet [1] is a single-beam high-energy Nd:glass laser used for backlighting high energy density ...
X-ray backlighting is an important diagnostic technique used in laboratory experiments conducted on ...
High energy radiography capabilities are essential for many future DNT/HED experiments on NIF. We ha...
We present the status of plans to commission a short-pulse, quad of beams on the National Ignition F...
We have developed 17 keV to 75 keV 1-dimensional and 2-dimensional high-resolution (< 10 {micro}m...
Imploding x-ray backlighter targets on the National Ignition Facility (NIF) can be used to gather in...
High-intensity, short-duration x-ray pulses are necessary to diagnose the compression of laser film ...
The authors describe several experiments on Nova that use laser-produced plasmas to generate x-rays ...
Appleton Laboratory (RAL) in the United Kingdom [2] have shown good coupling of short-pulse high-int...
Pinhole aperture point backlighter (PAPBL) imaging has been used on experiments on Omega, but result...