Target Diagnostic In/Out Analysis · Rapid Access Collector (RACER) ... M-band X-ray Spectrometer...
Transcript of Target Diagnostic In/Out Analysis · Rapid Access Collector (RACER) ... M-band X-ray Spectrometer...
LLNL-PRES-680238 This work was performed under the auspices of the U.S. Department of Energy by Lawrence Livermore National Laboratory under Contract DE-AC52-07NA27344. Lawrence Livermore National Security, LLC
Target Diagnostic In/Out Analysis
Perry Bell / Mark Jackson
December 15, 2015
Lawrence Livermore National Laboratory 2
FY15 Target Diagnostic Effort by Diagnostic Type
2
Transformative • Optical Thomson Scattering (OTS) • Gas Cherenkov Detector (GCD) [LANL]* • Single Line-of-Sight (SLOS) [GA/SNL]* • Gated Laser Entrance Hole (G-LEH) • NPole Neutron Imager System [LANL]* • Wolter X-ray Optics • MRS time resolved (MRSt) [MIT]*
Broad Interest • DIM Streak Camera (DISC) Class. Film
Operation • High Energy Imaging Instrument for
Classified (HEIDI-C) • TARDIS Classified (TARDIS-C) • Large Area Collector (VADER) • North Pole nTOF • Rad Hard CMOS Cameras • Precision neutron Time of Flight (nToF) • Streaked Optical Pyrometer (SOP) • TANDM 90-348 • TANDM 90-124 • (ATLAS) System Support • 4x Soft X-ray Snout (S600) • Kirkpatrick-Baez Optic (KBO 1 & 2) • ARC X-ray Imaging System (AXIS) • Electron-Positron-Proton Spect. (EPPS) • Co-Neutron & X-ray Image (CNXI) [LANL]* • X-ray Transport and Radiation Response
Analysis (XTRRA) [Global Security]* • M-band X-ray Spectrometer (VIRGIL) • Rapid Access Collector (RACER) • DLP Opacity Spectrometer [LANL]* • Magnetic Particle ToF (MpTOF) [MIT]*
• (RAGS Translation Detector
• North Pole DIXI
• NIF Survey Spectrometer (NSS)
Local Interest • PCD Upgrade – Complete • Equatorial Hard X-ray Imager (EHXI) • Gated X-ray Detector #4 (GXD-4) Upgrade • Hardened GXD (HGXD) Upgrade • Glint Fast Diode (GFD) • DIM Streak Camera (DISC) Front End Redesign • (SPIDER) Front End Design • Filter Fluorescer (FFLEX) Shielding • NBI 4 Cone Imaging • Neutron Test Bench • Neutron Test Well • Mono Angle Crystal Spect. (MACS) (FS) • Laser Calibration (LCAL) Auto Align • Snout Phase 2 • Static X-ray Imager (SXI) New Filter Packs • (VISAR) Comb FIDU Upgrade • 4w FIDU • Optical streak camera upgrades • FABS Polarization Detector • (EMP) Detector Re-Commissioning • Multi-purpose X-ray Spectr (MSPEC) (FS)
Shot Rate Improvement
• VISAR NIS (VNIS) Fast Swap – Complete
• Well Toad-Complete • DIM 90-78 PCD Upgrade-Complete • Scope-Based Diagnostic System
(SBDS) Digitizer evaluation • FABS & NBI Diag. Posit. Chiller • Target Diagnostic Timing Laser • GRH Auto FIDU • (SPBT FIDU Fiber Switching • Local NAD counting • FABS Golden Filter Sets
• VISAR K Mirror • B581 Clover Detector • Dante Recording System Upgrade • Automated rhoR Reporting • SPBT Automated FIDU Fiber
Switching • GRH Automated FIDU Adjustment
• RAGS Auto Regen • Diagnostic Load Package (DLP)
Storage • VISAR Filter Wheel • Automated Attenuators for nToF • Automated Attenuators for Dante • nTOF Alcove Platform
Black are multi year project not completed Green are project we completed in FY15 Red are projects we had expected to finish but delayed for many differing reasons
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Target Diagnostics Fielded in FY15
Gated X-ray Detector #4 (GXD-4) Upgrade
Gated Laser Entrance Hole (G-LEH) Camera
North Pole Neutron Time-of-Flight (nTOF) FDR
Hardened X-Ray Detector (HGXD) Upgrade
DIM Streak Camera (DISC) Front End Redesign
Filter Fluorescer (FFLEX) Shielding Upgrade
Neutron Test Well
Mono Angle Crystal Spectrometer (MACS)
Laser Calibration (LCAL) Auto Alignment
Snout Stability Upgrade
Static X-ray Imager (SXI) New Filter Packs
VISAR Comb FIDU Upgrade
Optical Streak Camera Upgrades
FABS Polarization Detector
EMP Detector Re-commissioning
DIM Streak Camera (DISC) Classified Film
High Energy Imaging Instrument for Classified (HEIDI-C)
TARDIS Classified (TARDIS-C)
Large Area Collector (VADER)
Streaked Optical Pyrometer (SOP)
4x Soft X-ray Snout (S600)
Kirkpatrick-Baez Optic #1 (KBO-1) Detector
Electron-Positron-Proton Spectrometer (EPPS)
Co-Neutron & X-ray Imaging (CNXI)
X-ray Transport & Radiation Response Analysis (XTRRA) Detector
M-band X-ray Spectrometer (Virgil)
Magnetic Particle Time of Flight (MpTOF)
Residual Gas Analyzer (RAGS) Translation Detector
VISAR & NIS (VNIS) Fast Swap System
Well Toad System
DIM 90-78 PhotoConductive Detector (PCD) Upgrade
Diagnostic System Digitizer Evaluation
Target Diagnostic Timing Laser
Local NAD Counting
FABS Golden Filter Sets VISAR K Mirror
RAGS Auto Regen
VISAR Filter Wheel We Deliver
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Target Diagnostics Planned in FY16
Multi-purpose X-ray Spectrometer (MSPEC)
Neutron Effects Diagnostic (NED)
B581 Diagnostic Load Package (DLP) Storage
Wolter X-ray Optics CDR
Full Aperture Back Scatter (FABS) Automated Filter Change
Single Line-of-Sight (SLOS) Pinhole Detector
4k x 4k Rad Hard CMOS Camera
North Pole Neutron Imaging System Time Integrated Detector
B581 Clover Detector
ARC X-ray Imaging System (AXIS)
Dante #1 Recording System Upgrade
Near Backscatter Imager (NBI) 3/2w
High Resolution Spectrometer (HiRes)
SPIDER Front End Upgrades
HGXD4 & 5 Operational
Direct Laser Impulse (DLI) Diagnostic
Gated Laser Entrance Hole (LEH) Camera Upgrade
Real Time Neutron Activation Diagnostic System (NADS) Prototype
TARget Diffraction In-Situ (TARDIS-C) Well Mods
Proton RADiograpghy (PRAD) Detector
Crystal Imaging Spectrometer (SCI/SCB)
DIM Streak Camera (DISC) Performance Upgrade
Gamma Reaction History (GRH) Mach Zehnder Upgrade
He-B Crystals for NIF X-ray Spectrometer (NXS)
Optical Thomson Scattering (OTS) Instrument
Opacity Spectrometer (OPSPEC)
South Pole Bang Time (SPBT) FIDU Switching
Gas Cherenkov Detector (GCD) in 3.9m Well
North Pole Neutron Time-of-Flight (nTOF)
ATLAS Diagnostic Capability
Glint Fast Diode (GFD)
Dante Multi-Layer Mirror Upgrade
Wedge Range Filter (WRF) @ 10cm
Kirkpatrick-Baez Optic #2 & #3 (KBO) Detector
NIF Survey Spectrometer (NSS) Design & Port Mods
Precision Neutron Time-of-Flight (nTOF)
Rotator Boat Prototype
South Pole Bang Time (SPBT Remote Attenuators
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Target Diagnostic Systems – What’s In Diagnostic FY16 Scope
ATLAS Diagnostic Support • Update the snouts/airboxes used the most
AXIS • Close out and commissioning
Clover Detector • Make operational in B151
Dante • Update Dante1 recording system • Add French Multi-layer mirror (if available)
DISC • DISC Performance Upgrade (Mainly manpower with small procurements)
FABS • Automation of filter set change
Framing Camera • Build spare heads
Gas Cherenkov Detector (GCD) • Complete fielding GCD-3 in a 3.9m well • Procure time dilation PMT
Gated LEH • Support for LEH-T camera upgrades beyond Furi • Upgrade SXI-L cable track to run cameras beyond Furi • Add support hardware in mezzanine to run various cameras
Glint Fast Diode (GFD) • Complete Commissioning
Global Security Support • Support XTRRA, SGEMP, etc. operation and upgrades • Design and field Neutron Effects Diagnostic (NED) • Design and field Direct Laser Impulse (DLI) DLP
HGXD • Fabricate & assemble HGXD 4 & 5 (Needed for KBO3)
HiRes • Design & field (snout based)
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Target Diagnostic Systems – What’s In Diagnostic FY16 Scope
KBO • Update KBO-1 • Design & Commission KBO-2 • Develop coating for narrow band 16.25 or 17.98 keV (KBO-3) • Design and field KBO-3 • Design and field KBO specific Rad Hard DLP
MRS-t • Fund GA Pulse dilation tube front end prototype
NADS Real-time • Prototype real-time NAD system • Design of integrated system
NBI • PI Max camera replacement plan and prototype • Design and field 3/2w measurement capability
NIS-P • Phase 1a: Design, procure, and fabricate hardware for time integrated detector • Phase 1a: Design and field external TC hardware (previously LANL scope) for time
integrated detector • Phase 2a: Complete CDR for second equatorial time integrated detector • Design and deploy heavy-duty kinematic bases
NIF Survey Spectrometer (NSS) • Calibration at Artep • Complete design • Field hardware needed during TC vent
NXS • Provide crystals for new wavelength coverage (dot spectroscopy)
Opacity Spectrometer • Oversee and coordinate design and fielding
OTS • Design and field diagnostic system • Risk mitigation (5w conversion, 5w damage, and X-ray blanking) • Develop beampath concept • Fund LLE for OTS laser development
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Target Diagnostic Systems – What’s In Diagnostic FY16 Scope
Polar nTOF • Complete Commissioning
Precision nTOF • Characterization of current nTOF diode system (Mainly manpower with limited parts) • Perform scintillator testing • Funding for UCB collimator design effort and build one LOS collimator
Rad Hard Cameras • Fund SI for development of rad hard sensors and rad hard monitor camera (4k x 4k)
RAGS • Design and field the Nitrogen-13 Project
Remote Attenuators • Design and field remote attenuators for SPBT and a subset of nTOFs
Rotator Boat • Design and deploy a rotating airbox DLP prototype
SBDS Mach Zehnder • Upgrade all Mach Zehnder photoreceivers and add power switching to fix chronic failure mode
SCI/SCB • Design and field Crystal Imager
SI-1000 Upgrade to GigE • Test a camera offline to determine controls issues and ease of upgrading • Fund development of interface card at SI
SLOS • Design and field CMOS7 camera electronics for Sandia sensor • Design and field a CMOS7 camera for Sandia sensor • Design and field SLOS demo airbox with pinhole imaging
Snouts • Develop a plan and design for standard tolerenced snouts to minimize parts and increase repeatability and build a prototype
• Design and fabricate a short SXI snout to increase pointing repeatability with UCB
SPBT • Complete FIDU fiber switching upgrade
SPIDER • Complete front end upgrades
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Target Diagnostic Systems – What’s In Diagnostic FY16 Scope
Streak Camera Lab - 490 • Design internal delay equalization circuit for multiple sweep rates and build a prototype • Rework design for current obsolete comb generator parts and build a prototype
TANDM Support 90-124 • Design cabling and diagnostics parts for TANDM
TANDM Support 90-348 • Design cabling and diagnostics parts for TANDM • Deploy and commission cabling and diagnostic systems for TANDM (no diagnostic
hardware in plan)
TARDIS-C • Design and deploy TARDIS Phase 3 Target well mods
Wolter • Develop a CDR/FDR for the Wolter optic • Develop a calibration facility for KB's and Wolters
WRF-10cm • Design and deploy
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Target Diagnostic Systems – What’s Changed Diagnostic FY16 Scope Changed
Dante • No update to Dante2 recording system
FABS • No Q36 SRS Upgrade • No LCAL calibrate for FABS Q31B & Q36B
Framing Camera • No development of a new MCP vendor • Do not finish intagliated screen work
Gas Cherenkov Detector (GCD) • Phase 2: No design GCD-3 in a 3.9 m well with time dilation tube • No FIDU addition • No auto gas handling • Phase 3: No design for GCD-3 operation in a deep well or TANDM
MRS-t • No CDR design
NBI • No design and fielding user selectable shot time photography
NIF Survey Spectrometer (NSS) • No procure or fielding of hardware beyond needed for TC vent • No conversion to electronic operation
OTS • No design or start procurements for probe laser infrastructure support • No upgrade to DIM90-315 & 0-0 cable track to support new fibers
Precision nTOF • No development of a testbed for better scintillator performance • No design and fielding a new collimation for Spec, Alcove, and Equator LOS
Rad Hard Cameras • No funding to SI for a rad hard sensor and camera for hGXDs (8k x 8k) • No funding to SRI for a rad hard 10um pixel nk x mk sensor and camera
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Target Diagnostic Systems – What’s Changed Diagnostic FY16 Scope Changed
Remote Attenuators • No design and fielding remote attenuators for Dante and all nTOFs
Rotator Boat • No procurement of additional rotator boats
SLOS • No transfer of $700k to Sandia for high energy diode development
Snouts • No design and deployment of standard tolerenced snouts to minimize parts and increase repeatability
• No re-design 3 pin mount and wavy washer for increased repeatability • No development of automated snout RVPs to increase efficiency
SPBT • No addition of a neutron channel to SPBT • No development of a connector-less detector to minimize a failure mode
Streak Camera Lab - 490 • Rework design for current obsolete comb generator parts, fab new parts, and retrofit camera • Sydor upgrade streak cameras ($200k)
TANDM Support 90-348 • No Diagnostic hardware (IBCs, scopes, etc)
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Target Diagnostic Systems – What’s Out Diagnostic FY16 Scope Removed
Digitizer Evaluation • Develop a scope replacement digitizer to not have to deploy scopes for recording TD data
DIM • DIM0-0 cable track full upgrade Include NISP and DISC Drawbridge requirements • DIM0-0, 90-315, and SXI-L LOTO point relocation • DIM0-0 &90-315 patch panel upgrade to match 90-78 • DIM0-0 gate valve access retrofit
DIXI2 • Design, procure hardware, and install Target Chamber hardware for DIXI 2 at pole
EMP Project • Restart EMP Project to make sure new and existing hardware is ready for ARC
EOS Material Catcher • Catcher for plutonium EOS shots
FFLEX • Move FFLEX to accommodate TANDM
LBL CMOS Testing • Test LBL CMOS camera (6.5um) in neutron well
MagNIF • CDR for Mag Targets on TANDM
NAD • Phase 2: Snout NAD Neutron Activation Spectrometer • Phase 3: Flange NADS at South Pole
Neutron Test Bench • Design and field a neutron test area in the alcove
nTOF Filter Wheels • Design and field filter wheels for SpecE, A, and SP
PDV • Coordinate first use of PDV experiment
Poly shield development • Identify and test other polyshield applications
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Target Diagnostic Systems – What’s Out Diagnostic FY16 Scope Removed
RACER • Develop a CDR/PDR for RACER
RAGS • Develop additional automation • Develop detectors for the water trap • Design and install a central manifold for additional connections
Timing Laser • Design and deploy a timing Laser in the OSB
UNI-Spec • Develop and deploy a unibody spectrometer body and LRU concept to minimize expensive one-off builds
VADER • Design and deploy a serviceability aid to make installation faster and easier
VISAR • Design and deploy a VISAR SOP Upgrade calibration system
VISAR-C • Develop automated analysis VISAR-C data
LLNL-PRES-680238 This work was performed under the auspices of the U.S. Department of Energy by Lawrence Livermore National Laboratory under Contract DE-AC52-07NA27344. Lawrence Livermore National Security, LLC
TANDM December 15, 2015
Terry Malsbury
Lawrence Livermore National Laboratory 15
Field the current suite of target diagnostics • Replicate the DIM90-78 cable plant
Field warm targets and support target gas lines Field an expanded suite of diagnostic/target payloads
• For example: “Not to preclude” — Multiple air box diagnostics — Payloads up to 3 meters, 440mm dia, <325kg
Utilize ports 90-348 and 90-124, likely in this order Utilize ATLAS system for diagnostic positioning
• TAS for targets fielded from 90-348
Minimize diagnostic and target exchange time (< 90 min)
TANDM primary criteria
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90-124 (mostly diagnostics, can’t use TAS) 90-348 (Installed first, targets & diagnostics)
Locations for the TANDMs
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• Multifunction Positioner- TANDM Fields warm targets or existing diagnostics • Diagnostics load through the large forward door • Targets and snouts can be accessed through smaller hinged forward door • Changing from a Diagnostic Positioner to a Target Positioner << 4 hours
Cable tracks can be accessed through large maintenance doors
Mechanized vertical door provides access for installing diagnostics or a Target Manipulator (shown)
Hinged door allows access to patch panel for diagnostic and target manipulator cables along with target gas lines
Two DPV ports allow different flows for the different combinations of small and large doors open
Hinged rear door with port for optical line of sight down boom
500 mm NIF port
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Cable tracks are on both sides of boom carriage providing expanded cable capacity over 90-78
Payload Adapter provides mounting features for diagnostic air boxes and for the Target Manipulator (shown)
Payload Adapter is on large bearing and can be rotated 90 degrees to provide flexibility for diagnostics
435 mm Invar extension boom
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TANDM provides good access for payloads 1900mm
700mm
900mm
Accommodate payloads with total length of 3 meters, installable in multiple sections up to 1.5m in length - Max diameter of 460mm
T&H exchanges: • Diagnostic air boxes < 60 minutes • Target Manipulator to air boxes < 4 hours
Cable track exchange < 1 shift z x
y
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Target Manipulator LRU (with Target) mounted on TANDM-348 Payload adaptor
y
z x Target
Target Manipulator LRU (w/shielding for EMP/debris)
Payload Adaptor
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The payload adapter must provide multiple mounting positions for airboxes
Diagnostic Airbox on Payload Adapter (retracted postion)
Diagnostic Airbox on Payload Adapter (extended postion)
Tapered for ATLAS line of sight to snouts
X Z
Y
1.5 m
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The payload adapter is used to support diagnostic airboxes in multiple configurations
X Z
Y
Boom
Payload adapter
Airbox lifting brackets
Spool
Access doors for film removal
Patch panel
Rotation bearing
1.5 m
Access to manual rotation mechanism
Payload adapter and spool may be reconfigured in the future.
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4ω Fidu fibers
DIAG FIBER
switches
DIAG SIGNAL
N-type COAX
COAX 1
COAX 2
POWER
DIAG
Water
SHV
AIR LINES
Internal lighting DIAG
FIBER
TANDM-348 has a diagnostic and a target cable track
Y
z x Gas line bundle
Commissioning target cables
Target Manipulator cables
70% (46cm2) of additional capacity
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4ω Fidu fibers
DIAG FIBER
switches
DIAG SIGNAL
N-type COAX
COAX 1
COAX 2
POWER
DIAG
Water
SHV
AIR LINES
Internal lighting DIAG
FIBER
TANDM-348 has a diagnostic and a target cable track
Gas line bundle
Commissioning target cables
Target Manipulator cables
70% (46cm2) of additional capacity