FSU Fox's Lab Wiki - User contributions [en]

Triton Beam Project

2024-01-15T20:31:16Z

JGibbons: grammatical change to second sentence.

The Triton Beam Project is aiming to establish a triton-beam capability for the FSU accelerator.
Its main component is a dedicated injector with a Multi-Cathode Source of Negative Ions by Cesium Sputtering (Multi-SNICS), which will provide
triton beams from tritium-loaded titanium cathodes.

=Triton Injector=
[[File:Source Diagram.png|thumb|500px|right|alt=Source Diagram|Source Diagram drawn by Ben Asher]]

The Triton Injector has components located at three different potentials with different systems:

=== Ground potential ===

* Vacuum pumps: Titanium-Sublimation Pump (TSP) 2, Ion-getter pump (IGP)2, Turbo Pump, Roughing pump
* Vacuum instrumentation: Ion-gauge, 2 TC, creating "Good vacuum 2" condition
* Preaccelerator HV(-55 kV) supply
* Fumehood Activity Monitor
* Source Cooling
* Interlock Controller

=== -55 kV potential ===

*Vacuum pumps: TSP 1, IGP 1
*Vacuum instrumentation: Ion-gauge, TC, creating "Good vacuum 1" condition
*Gate-valve controller, interlocked with GND-level controller

=== -65 kV potential ===

*Ionizer Power supply
*Extractor V Supply
*Einzel Lens Supply
*Cathode V Supply
*Immersion-Lens V Supply
*CS Boiler Supply (Variac)

All power is interlocked with GND-level Interlock controller:
Ionizer Power Supply has Battery-backup and "10 second" interlock turn-down.
All other Power-supplies are turned down fast by interlock.

= Interlock =

[[File:Multi-SNICS Interlock User Manual.pdf|thumb|200px|right|Interlock User Manual]]
==Overview==
The Multi-SNICS has several very high voltage power supplies, a high vacuum chamber, several types of pumps, and is designed

to work with tritium embedded cathodes. Tritium is a radioactive isotope of hydrogen that poses a significant health risk if

ingested, inhaled, or absorbed into the body. To operate the Multi-SNICS safely, a comprehensive safety plan is required. Part

of the plan is an Interlock System that acts as a fail-safe mechanism, actively monitoring key parameters such as closure of

the cage doors surrounding the source, leaking tritium detection, vacuum pressure, building power, coolant flow, and smoke

detection. In the event of deviations from safe operating conditions, the Interlock System initiates automatic shutdown

procedures, preventing potential harm to personnel, the environment, and the equipment itself.

==Equipment==
The Interlock System is based on a P1AM ProductivityOpen PLC controller. It has industrial grade ratings to endure harsh environments. There are a lot of options for modules that snap together and communicate on a Modbus. The expandability of this platform makes it a good choice for this application because it can evolve to meet new needs in the future. A raspberry pi 4B is connected to the Arduino, provides a programming interface, read-out of the serial port (USB), and pipe the reading to the database in fsunuc.physics.fsu.edu.

[[File:Interlock Rack-Mounted Enclosure.jpg|thumb|350px|right|alt=Interlock Rack-Mounted Enclosure|Interlock Rack-Mounted Enclosure]]
===ProductivityOpen Controller===
The Interlock System uses the following P1AM series modules:

:• P1AM-100 – Main CPU

:• P1-01DC – Modbus Power Supply

:• P1AM-ETH – Ethernet Shield

:• P1AM-GPIO – General Purpose Input/Output Shield

:• P1-16ND3 – 16 Discrete Inputs

:• P1-08TRS (2x) – 8 Relay Outputs

:• P1-04ADL-2 – 4 Analog Inputs

===Main Power Supply===
There is a Mean Well USA Inc AC/DC converter that converts 120 VAC to 24 VDC and is used to power everything in the rack-mounted enclosure.

===Fiber Optic Isolation===
The ion source has two high-voltage regions that must be electrically isolated to prevent a short circuit. The regions are each referred to as the high and mid-potential regions respective of their relative voltage potential. Each region has a fiber optic link to relay contact closures or analog signals between the Interlock System and the sensors and control devices.
: Interlock System Enclosure (Ground Potential):
::• 2x Bidirectional contact closure fiber transceivers
::• Analog voltage signal fiber receiver
: Mid-potential Area:
::• Bidirectional contact closure fiber transceiver
::• Analog voltage signal fiber transmitter
: High-potential Area:
::• Bidirectional contact closure fiber transceiver

===LCD Screen===
[[File:Interlock Panel LCD.png|thumb|right|alt=Interlock Control Panel LCD|Interlock Control Panel LCD]]
The screen is a commonly used 1602 LCD module with a built in HD44780 controller. It
can display 2 lines of up to 16 characters. It receives display commands from the P1AM-
GPIO shield.

===Sensors===
:• Cage door contacts

:• Fume hood flow switch

:• Vacuum gauge threshold relays

:• Vacuum gauge analog output

:• Tritium detector threshold relay

:• Tritium detector analog output

:• Building power monitor relay

:• Coolant flow switches

:• Smoke detector

:• Titanium sublimation pump analog output

==Firmware==
The P1AM-100 controller uses Arduino IDE or ProductivityBlocks for programming. For this project, the firmware was written in C++.

The source code is here https://fsunuc.physics.fsu.edu/git/jgibbons3/Multi-SNICS_Interlock.git

==Trouble Modes==
Each of the sensors monitored by the interlock system are mapped to an appropriate response state to shutdown or lock out the Multi-SNICS injector and its power supplies in the event of an irregularity or trouble.

{| class="wikitable"
|+ Trouble Mode Matrix
|-
! !! Cage Door Trip !! Vacuum Trip !! Source Trip
|-
| Input Conditions || Cage Door Contact || Vacuum Condition (Gnd) Vacuum Condition (Mid) || Emergency Source Trip Switch Fume Hood Flow Switch Tritium Monitor Relay Building Power Failure Relay Smoke Detector
|-
| Output Relays || Pre-accelerator Supply Off Other High-Power Supplies Off || Pre-accelerator Supply Off Other High-Power Supplies Off Both Gate Valves Closed Ionizer Off || Pre-accelerator Supply Off Other High-Power Supplies Off Both Gate Valves Closed Ionizer Off Boiler Off
|}

= Contact =
{|
|Primary Contact: ||||Ingo Wiedenhoever mailto:iwiedenhoever@fsu.edu
|-
|-
|Interlock: ||||Jonah Gibbons mailto:jgibbons3@fsu.edu Ryan Tang mailto:rtang@fsu.edu
|-
|}

Triton Beam Project

2024-01-15T20:22:03Z

JGibbons: Added the triton injector information to this page for better logical consolidation.

The Triton Beam Project is aiming to establish a triton-beam capability for the FSU accelerator.
Its main components are a dedicated injector with a Multi-Cathode Source of Negative Ions by Cesium Sputtering (Multi-SNICS), which will provide
triton beams from tritium-loaded titanium cathodes.

=Triton Injector=
[[File:Source Diagram.png|thumb|500px|right|alt=Source Diagram|Source Diagram drawn by Ben Asher]]

The Triton Injector has components located at three different potentials with different systems:

=== Ground potential ===

* Vacuum pumps: Titanium-Sublimation Pump (TSP) 2, Ion-getter pump (IGP)2, Turbo Pump, Roughing pump
* Vacuum instrumentation: Ion-gauge, 2 TC, creating "Good vacuum 2" condition
* Preaccelerator HV(-55 kV) supply
* Fumehood Activity Monitor
* Source Cooling
* Interlock Controller

=== -55 kV potential ===

*Vacuum pumps: TSP 1, IGP 1
*Vacuum instrumentation: Ion-gauge, TC, creating "Good vacuum 1" condition
*Gate-valve controller, interlocked with GND-level controller

=== -65 kV potential ===

*Ionizer Power supply
*Extractor V Supply
*Einzel Lens Supply
*Cathode V Supply
*Immersion-Lens V Supply
*CS Boiler Supply (Variac)

All power is interlocked with GND-level Interlock controller:
Ionizer Power Supply has Battery-backup and "10 second" interlock turn-down.
All other Power-supplies are turned down fast by interlock.

= Interlock =

[[File:Multi-SNICS Interlock User Manual.pdf|thumb|200px|right|Interlock User Manual]]
==Overview==
The Multi-SNICS has several very high voltage power supplies, a high vacuum chamber, several types of pumps, and is designed

to work with tritium embedded cathodes. Tritium is a radioactive isotope of hydrogen that poses a significant health risk if

ingested, inhaled, or absorbed into the body. To operate the Multi-SNICS safely, a comprehensive safety plan is required. Part

of the plan is an Interlock System that acts as a fail-safe mechanism, actively monitoring key parameters such as closure of

the cage doors surrounding the source, leaking tritium detection, vacuum pressure, building power, coolant flow, and smoke

detection. In the event of deviations from safe operating conditions, the Interlock System initiates automatic shutdown

procedures, preventing potential harm to personnel, the environment, and the equipment itself.

==Equipment==
The Interlock System is based on a P1AM ProductivityOpen PLC controller. It has industrial grade ratings to endure harsh environments. There are a lot of options for modules that snap together and communicate on a Modbus. The expandability of this platform makes it a good choice for this application because it can evolve to meet new needs in the future. A raspberry pi 4B is connected to the Arduino, provides a programming interface, read-out of the serial port (USB), and pipe the reading to the database in fsunuc.physics.fsu.edu.

[[File:Interlock Rack-Mounted Enclosure.jpg|thumb|350px|right|alt=Interlock Rack-Mounted Enclosure|Interlock Rack-Mounted Enclosure]]
===ProductivityOpen Controller===
The Interlock System uses the following P1AM series modules:

:• P1AM-100 – Main CPU

:• P1-01DC – Modbus Power Supply

:• P1AM-ETH – Ethernet Shield

:• P1AM-GPIO – General Purpose Input/Output Shield

:• P1-16ND3 – 16 Discrete Inputs

:• P1-08TRS (2x) – 8 Relay Outputs

:• P1-04ADL-2 – 4 Analog Inputs

===Main Power Supply===
There is a Mean Well USA Inc AC/DC converter that converts 120 VAC to 24 VDC and is used to power everything in the rack-mounted enclosure.

===Fiber Optic Isolation===
The ion source has two high-voltage regions that must be electrically isolated to prevent a short circuit. The regions are each referred to as the high and mid-potential regions respective of their relative voltage potential. Each region has a fiber optic link to relay contact closures or analog signals between the Interlock System and the sensors and control devices.
: Interlock System Enclosure (Ground Potential):
::• 2x Bidirectional contact closure fiber transceivers
::• Analog voltage signal fiber receiver
: Mid-potential Area:
::• Bidirectional contact closure fiber transceiver
::• Analog voltage signal fiber transmitter
: High-potential Area:
::• Bidirectional contact closure fiber transceiver

===LCD Screen===
[[File:Interlock Panel LCD.png|thumb|right|alt=Interlock Control Panel LCD|Interlock Control Panel LCD]]
The screen is a commonly used 1602 LCD module with a built in HD44780 controller. It
can display 2 lines of up to 16 characters. It receives display commands from the P1AM-
GPIO shield.

===Sensors===
:• Cage door contacts

:• Fume hood flow switch

:• Vacuum gauge threshold relays

:• Vacuum gauge analog output

:• Tritium detector threshold relay

:• Tritium detector analog output

:• Building power monitor relay

:• Coolant flow switches

:• Smoke detector

:• Titanium sublimation pump analog output

==Firmware==
The P1AM-100 controller uses Arduino IDE or ProductivityBlocks for programming. For this project, the firmware was written in C++.

The source code is here https://fsunuc.physics.fsu.edu/git/jgibbons3/Multi-SNICS_Interlock.git

==Trouble Modes==
Each of the sensors monitored by the interlock system are mapped to an appropriate response state to shutdown or lock out the Multi-SNICS injector and its power supplies in the event of an irregularity or trouble.

{| class="wikitable"
|+ Trouble Mode Matrix
|-
! !! Cage Door Trip !! Vacuum Trip !! Source Trip
|-
| Input Conditions || Cage Door Contact || Vacuum Condition (Gnd) Vacuum Condition (Mid) || Emergency Source Trip Switch Fume Hood Flow Switch Tritium Monitor Relay Building Power Failure Relay Smoke Detector
|-
| Output Relays || Pre-accelerator Supply Off Other High-Power Supplies Off || Pre-accelerator Supply Off Other High-Power Supplies Off Both Gate Valves Closed Ionizer Off || Pre-accelerator Supply Off Other High-Power Supplies Off Both Gate Valves Closed Ionizer Off Boiler Off
|}

= Contact =
{|
|Primary Contact: ||||Ingo Wiedenhoever mailto:iwiedenhoever@fsu.edu
|-
|-
|Interlock: ||||Jonah Gibbons mailto:jgibbons3@fsu.edu Ryan Tang mailto:rtang@fsu.edu
|-
|}

File:Interlock Panel LCD.png

2024-01-15T20:13:54Z

JGibbons:

Photo of the LCD screen on the front of the interlock control panel.

Triton Beam Project

2024-01-15T20:11:30Z

JGibbons: Modifications to format and layout for aesthetics.

The Triton Beam Project is aiming to establish a triton-beam capability for the FSU accelerator.
Its main components are a dedicated injector with a Multi-Cathode Source of Negative Ions by Cesium Sputtering (Multi-SNICS), which will provide
triton beams from tritium-loaded titanium cathodes.

Main components of the Multi-SNICS triton injector:
[[Triton Injector]]

= Interlock =

[[File:Multi-SNICS Interlock User Manual.pdf|thumb|200px|right|Interlock User Manual]]
==Overview==
The Multi-SNICS has several very high voltage power supplies, a high vacuum chamber, several types of pumps, and is designed

to work with tritium embedded cathodes. Tritium is a radioactive isotope of hydrogen that poses a significant health risk if

ingested, inhaled, or absorbed into the body. To operate the Multi-SNICS safely, a comprehensive safety plan is required. Part

of the plan is an Interlock System that acts as a fail-safe mechanism, actively monitoring key parameters such as closure of

the cage doors surrounding the source, leaking tritium detection, vacuum pressure, building power, coolant flow, and smoke

detection. In the event of deviations from safe operating conditions, the Interlock System initiates automatic shutdown

procedures, preventing potential harm to personnel, the environment, and the equipment itself.

==Equipment==
The Interlock System is based on a P1AM ProductivityOpen PLC controller. It has industrial grade ratings to endure harsh environments. There are a lot of options for modules that snap together and communicate on a Modbus. The expandability of this platform makes it a good choice for this application because it can evolve to meet new needs in the future. A raspberry pi 4B is connected to the Arduino, provides a programming interface, read-out of the serial port (USB), and pipe the reading to the database in fsunuc.physics.fsu.edu.

[[File:Interlock Rack-Mounted Enclosure.jpg|thumb|350px|right|alt=Interlock Rack-Mounted Enclosure|Interlock Rack-Mounted Enclosure]]
===ProductivityOpen Controller===
The Interlock System uses the following P1AM series modules:

:• P1AM-100 – Main CPU

:• P1-01DC – Modbus Power Supply

:• P1AM-ETH – Ethernet Shield

:• P1AM-GPIO – General Purpose Input/Output Shield

:• P1-16ND3 – 16 Discrete Inputs

:• P1-08TRS (2x) – 8 Relay Outputs

:• P1-04ADL-2 – 4 Analog Inputs

===Main Power Supply===
There is a Mean Well USA Inc AC/DC converter that converts 120 VAC to 24 VDC and is used to power everything in the rack-mounted enclosure.

===Fiber Optic Isolation===
The ion source has two high-voltage regions that must be electrically isolated to prevent a short circuit. The regions are each referred to as the high and mid-potential regions respective of their relative voltage potential. Each region has a fiber optic link to relay contact closures or analog signals between the Interlock System and the sensors and control devices.
: Interlock System Enclosure (Ground Potential):
::• 2x Bidirectional contact closure fiber transceivers
::• Analog voltage signal fiber receiver
: Mid-potential Area:
::• Bidirectional contact closure fiber transceiver
::• Analog voltage signal fiber transmitter
: High-potential Area:
::• Bidirectional contact closure fiber transceiver

===LCD Screen===
The screen is a commonly used 1602 LCD module with a built in HD44780 controller. It
can display 2 lines of up to 16 characters. It receives display commands from the P1AM-
GPIO shield.

===Sensors===
:• Cage door contacts

:• Fume hood flow switch

:• Vacuum gauge threshold relays

:• Vacuum gauge analog output

:• Tritium detector threshold relay

:• Tritium detector analog output

:• Building power monitor relay

:• Coolant flow switches

:• Smoke detector

:• Titanium sublimation pump analog output

==Firmware==
The P1AM-100 controller uses Arduino IDE or ProductivityBlocks for programming. For this project, the firmware was written in C++.

The source code is here https://fsunuc.physics.fsu.edu/git/jgibbons3/Multi-SNICS_Interlock.git

==Trouble Modes==
Each of the sensors monitored by the interlock system are mapped to an appropriate response state to shutdown or lock out the Multi-SNICS injector and its power supplies in the event of an irregularity or trouble.

{| class="wikitable"
|+ Trouble Mode Matrix
|-
! !! Cage Door Trip !! Vacuum Trip !! Source Trip
|-
| Input Conditions || Cage Door Contact || Vacuum Condition (Gnd) Vacuum Condition (Mid) || Emergency Source Trip Switch Fume Hood Flow Switch Tritium Monitor Relay Building Power Failure Relay Smoke Detector
|-
| Output Relays || Pre-accelerator Supply Off Other High-Power Supplies Off || Pre-accelerator Supply Off Other High-Power Supplies Off Both Gate Valves Closed Ionizer Off || Pre-accelerator Supply Off Other High-Power Supplies Off Both Gate Valves Closed Ionizer Off Boiler Off
|}

= Contact =
{|
|Primary Contact: ||||Ingo Wiedenhoever mailto:iwiedenhoever@fsu.edu
|-
|-
|Interlock: ||||Jonah Gibbons mailto:jgibbons3@fsu.edu Ryan Tang mailto:rtang@fsu.edu
|-
|}

Triton Beam Project

2024-01-15T19:58:31Z

JGibbons: Added all the information about the interlock system.

The Triton Beam Project is aiming to establish a triton-beam capability for the FSU accelerator.
Its main components are a dedicated injector with a Multi-Cathode Source of Negative Ions by Cesium Sputtering (Multi-SNICS), which will provide
triton beams from tritium-loaded titanium cathodes.

Main components of the Multi-SNICS triton injector:
[[Triton Injector]]

= Interlock =

{|
|
==Overview==
The Multi-SNICS has several very high voltage power supplies, a high vacuum chamber, several types of pumps, and is designed

to work with tritium embedded cathodes. Tritium is a radioactive isotope of hydrogen that poses a significant health risk if

ingested, inhaled, or absorbed into the body. To operate the Multi-SNICS safely, a comprehensive safety plan is required. Part

of the plan is an Interlock System that acts as a fail-safe mechanism, actively monitoring key parameters such as closure of

the cage doors surrounding the source, leaking tritium detection, vacuum pressure, building power, coolant flow, and smoke

detection. In the event of deviations from safe operating conditions, the Interlock System initiates automatic shutdown

procedures, preventing potential harm to personnel, the environment, and the equipment itself.

||||[[File:Multi-SNICS Interlock User Manual.pdf|thumb|right|200px|Interlock User Manual]]
|}

==Equipment==
The Interlock System is based on a P1AM ProductivityOpen PLC controller. It has industrial grade ratings to endure harsh environments. There are a lot of options for modules that snap together and communicate on a Modbus. The expandability of this platform makes it a good choice for this application because it can evolve to meet new needs in the future. A raspberry pi 4B is connected to the Arduino, provides a programming interface, read-out of the serial port (USB), and pipe the reading to the database in fsunuc.physics.fsu.edu.

{|
|
===ProductivityOpen Controller===
The Interlock System uses the following P1AM series modules:

:• P1AM-100 – Main CPU

:• P1-01DC – Modbus Power Supply

:• P1AM-ETH – Ethernet Shield

:• P1AM-GPIO – General Purpose Input/Output Shield

:• P1-16ND3 – 16 Discrete Inputs

:• P1-08TRS (2x) – 8 Relay Outputs

:• P1-04ADL-2 – 4 Analog Inputs

===Main Power Supply===
There is a Mean Well USA Inc AC/DC converter that converts

120 VAC to 24 VDC and is used to power everything in the

rack-mounted enclosure.

||||
:::[[File:Interlock Rack-Mounted Enclosure.jpg|thumb|350px|right|alt=Interlock Rack-Mounted Enclosure|Interlock Rack-Mounted Enclosure]]
|}

===Fiber Optic Isolation===
The ion source has two high-voltage regions that must be electrically isolated to prevent
a short circuit. The regions are each referred to as the high and mid-potential regions
respective of their relative voltage potential. Each region has a fiber optic link to relay
contact closures or analog signals between the Interlock System and the sensors and
control devices.
: Interlock System Enclosure (Ground Potential):
::• 2x Bidirectional contact closure fiber transceivers
::• Analog voltage signal fiber receiver
: Mid-potential Area:
::• Bidirectional contact closure fiber transceiver
::• Analog voltage signal fiber transmitter
: High-potential Area:
::• Bidirectional contact closure fiber transceiver

===LCD Screen===
The screen is a commonly used 1602 LCD module with a built in HD44780 controller. It
can display 2 lines of up to 16 characters. It receives display commands from the P1AM-
GPIO shield.

===Sensors===
:• Cage door contacts

:• Fume hood flow switch

:• Vacuum gauge threshold relays

:• Vacuum gauge analog output

:• Tritium detector threshold relay

:• Tritium detector analog output

:• Building power monitor relay

:• Coolant flow switches

:• Smoke detector

:• Titanium sublimation pump analog output

==Firmware==
The P1AM-100 controller uses Arduino IDE or ProductivityBlocks for programming. For this project, the firmware was written in C++.

The source code is here https://fsunuc.physics.fsu.edu/git/jgibbons3/Multi-SNICS_Interlock.git

==Trouble Modes==
Each of the sensors monitored by the interlock system are mapped to an appropriate response state to shutdown or lock out the Multi-SNICS injector and its power supplies in the event of an irregularity or trouble.

{| class="wikitable"
|+ Trouble Mode Matrix
|-
! !! Cage Door Trip !! Vacuum Trip !! Source Trip
|-
| Input Conditions || Cage Door Contact || Vacuum Condition (Gnd) Vacuum Condition (Mid) || Emergency Source Trip Switch Fume Hood Flow Switch Tritium Monitor Relay Building Power Failure Relay Smoke Detector
|-
| Output Relays || Pre-accelerator Supply Off Other High-Power Supplies Off || Pre-accelerator Supply Off Other High-Power Supplies Off Both Gate Valves Closed Ionizer Off || Pre-accelerator Supply Off Other High-Power Supplies Off Both Gate Valves Closed Ionizer Off Boiler Off
|}

= Contact =
{|
|Primary Contact: ||||Ingo Wiedenhoever mailto:iwiedenhoever@fsu.edu
|-
|-
|Interlock: ||||Jonah Gibbons mailto:jgibbons3@fsu.edu Ryan Tang mailto:rtang@fsu.edu
|-
|}

FSU Fox's Lab Wiki

2024-01-15T19:46:49Z

JGibbons: Consolidated the triton injector page with the triton beam project page

= Introduction =

*This is the wiki for all details about FSU [[John D Fox]]' Lab for nuclear physics.
*The original manual can be found in [[:File:FoxManual20200415.pdf]].
*This wiki is OPEN TO PUBLIC. Any confidential material should be put in [http://elog.physics.fsu.edu elog] or use internal pages.
*For [https://www.lsu.edu/physics/research/nuclear-physics.php Louisiana State University] users, please see [https://fsunuc.physics.fsu.edu/elog/202204_SPS_Blocker/2 this elog] for acessing the [[Fox's Lab Network]].
*New account may like to see the wiki syntax in [[Wiki_Edit_Cheat_Sheet | here]].

= Accelerator Operation Procedures =
● [[Radiation Safety]]

= Hardware =
{|style="width: 100%;"
|● [[Tandem Accelerator]] || ● [[LINAC]]
|-
|● [[SF6 Gas Handling System]] || ● [[Vacuum Systems]]
|-
|● [[Water Cooling System]] || ● [[He refrigerator]]
|-
|● [[Computers Network]] || ● [[Hardware/Cable Changes for Switching Target Rooms]]
|-
|● [[Ion Sources]]: This includes the [[Ion Sources#Sputter Source|Sputter Source]] and [[Ion Sources#RF Source|RF Source]] || ● [[Target Lab]]
|-
|● [[RESOLUT]]: In-flight radioactive beam facility
|-
|● [[Triton Beam Project]]: Multi-SNICS with Tritium Cathodes
|}

== Detector stations ==

{|style="width: 100%;"
|● [[ANASEN]] || ● [[CATRiNA]]
|-
|● [[Clarion2]] || ● [[ENCORE]]
|-
|● [[Gamma Station]] || ● [[RESONEUT]]
|-
|● [[Split-Pole Spectrograph]]
|-
|● [[Penning Trap]]
|}

== DAQ systems==
{|style="width: 100%;"
|● [[Pixie16 digitizer]] || ● [[CAEN digitizer]] and [[Specter]]
|-
|● [[Mesytec]] || ● [[NSCL DAQ]] / [[NSCL SpecTcl]]
|}

= Software & Resources =

{|style="width: 100%;"
|◆[[Online Resources]]: Web server, Elog, Grafana, Wiki, InfluxDB || ◆[[Data Server]]
|-
|◆[https://fsunuc.physics.fsu.edu/git/explore/repos Git repository] by Gitea || ◆[[Github repositories]]
|-
|◆[[SSH tunneling]] || ◆[[VNC viewer]]
|-
|◆[[Slack Channel]] || ◆[[gnuscope]]
|-
|◆[[SolidWorks]] || ◆[[Online Analysis]]
|-
| ◆[[Raspberry Pi Camera]] || ◆[[Python Iseg HV controller]]
|-
|◆[https://fsunuc.physics.fsu.edu/research/publication_list/ List of Publications]
|}

= Layout of the Laboratory =
{|
|[[File:Lab Model.png|450px|frameless|none]] || [[File:JohnDFoxLayout.png|550px|frameless|none]]
|}


= External Collaborations =

* [[LSU Collaboration]]
* [[ORNL Collaboration]]
* [[TRIUMF Collaboration]]
* [[FRIB FDSi e21062]]
* [[FRIB SOLARIS Collaboration]]
* [[ANL MUSIC Collaboration]]

= Past Experiments =

[[List of Past Experiments]]

= Other Resources =

* [[Help Call List for Evenings, Weekends, Holidays]]

* [[Laboratory Infrastructure]]

* [[Wiki Edit Cheat Sheet]]

* [[Guide for using this wiki]]

* [https://www.qr-code-generator.com/ QR code generator]

* [[Weekly Tandem Maintenance]]

* [[Source Sign Out Sheet]]

= Contacts =

{|
| for accelerator ||: Lagy Baby mailto:lbaby@fsu.edu : Ingo Wiedenhoever mailto:iwiedenhoever@fsu.edu
|-
| for vacuum ||: Powell Barber mailto:pbarber@fsu.edu
|-
| for ion sources || : Brian Schmidt mailto:bschmidt@fsu.edu
|-
| for LINAC || : David Spinger mailto: dspingler@fsu.edu
|-
| for IT and DAQ ||: Ryan Tang mailto:rtang@fsu.edu
|-
|}

File:Interlock Rack-Mounted Enclosure.jpg

2024-01-15T19:05:38Z

JGibbons:

A photo of the inside of the interlock control system.

File:Multi-SNICS Interlock User Manual.pdf

2024-01-14T18:46:49Z

JGibbons:

Revision 1 of the Multi-SNICS Interlock User Manual compressed for web distribution

Triton Injector

2024-01-14T18:30:19Z

JGibbons:

The Triton Injector has components located at three different potentials with different systems:

=== Ground potential ===

* Vacuum pumps: Titanium-Sublimation Pump (TSP) 2, Ion-getter pump (IGP)2, Turbo Pump, Roughing pump
* Vacuum instrumentation: Ion-gauge, 2 TC, creating "Good vacuum 2" condition
* Preaccelerator HV(-55 kV) supply
* Fumehood Activity Monitor
* Source Cooling

Interlock controller (monitoring Vacuum status from GND, -55 kV, monitoring cooling status, fumehood activity,
AC power status) (providing shutdown signal for source Gate-valve, ion source power, Preaccelerator HV.)

=== -55 kV potential ===

*Vacuum pumps: TSP 1, IGP 1
*Vacuum instrumentation: Ion-gauge, TC, creating "Good vacuum 1" condition
*Gate-valve controller, interlocked with GND-level controller

=== -65 kV potential ===

*Ionizer Power supply
*Extractor V Supply
*Einzel Lens Supply
*Cathode V Supply
*Immersion-Lens V Supply
*CS Boiler Supply (Variac)

All power is interlocked with GND-level Interlock controller:
Ionizer Power Supply has Battery-backup and "10 second" interlock turn-down.
All other Power-supplies are turned down fast by interlock.

[[File:Source Diagram.png|frame|left|alt=Source Diagram|Source Diagram drawn by Ben Asher]]

Triton Injector

2024-01-14T18:27:39Z

JGibbons:

The Triton Injector has components located at three different potentials with different systems:

=== Ground potential ===

* Vacuum pumps: Titanium-Sublimation Pump (TSP) 2, Ion-getter pump (IGP)2, Turbo Pump, Roughing pump
* Vacuum instrumentation: Ion-gauge, 2 TC, creating "Good vacuum 2" condition
* Preaccelerator HV(-55 kV) supply
* Fumehood Activity Monitor
* Source Cooling

Interlock controller (monitoring Vacuum status from GND, -55 kV, monitoring cooling status, fumehood activity,
AC power status) (providing shutdown signal for source Gate-valve, ion source power, Preaccelerator HV.)

=== -55 kV potential ===

*Vacuum pumps: TSP 1, IGP 1
*Vacuum instrumentation: Ion-gauge, TC, creating "Good vacuum 1" condition
*Gate-valve controller, interlocked with GND-level controller

=== -65 kV potential ===

*Ionizer Power supply
*Extractor V Supply
*Einzel Lens Supply
*Cathode V Supply
*Immersion-Lens V Supply
*CS Boiler Supply (Variac)

All power is interlocked with GND-level Interlock controller:
Ionizer Power Supply has Battery-backup and "10 second" interlock turn-down.
All other Power-supplies are turned down fast by interlock.

[[File:Source Diagram.png|thumb|alt=Source Diagram|Source Diagram drawn by Ben Asher]]

File:Source Diagram.png

2024-01-14T18:27:06Z

JGibbons:

Source Diagram drawn by Ben Asher

Github repositories

2024-01-14T18:10:14Z

JGibbons:

Here is the list of github users, who contributes to any codes that created by Fox's Lab.

{| class='wikitable
! Owner !! Github address !! descrption
|-
| Timothy Gray || https://github.com/belmakier || PIXIE and Clarion related
|-
| Gordon McCann || https://github.com/gwm17 || Specter, sorting codes
|-
| Eli Temanson || https://github.com/eli-temanson ||
|-
| Ryan Tang || https://github.com/goluckyryan || from BoxScore, to GEANT4 simulation, etc
|-
| Jonah Gibbons || https://github.com/rubberhelix || Interlock firmware
|}

FSU Fox's Lab Wiki

2022-04-12T14:14:15Z

JGibbons:

= FSU Fox's Lab Wiki Page =

This is the wiki for all details about FSU [[John D Fox]]' Lab for nuclear physics.

The original manual can be found in [[:File:FoxManual20200415.pdf]].

= Hardware =

* [[Tandem Accelerator]]

* [[LINAC]]

* [[Resolut]]

* [[Ion Sources]]: This includes the [[Ion Sources#Sputter Source|Sputter Source]] and [[Ion Sources#RF Source|RF Source]]

* [[SF6 Gas Handling System]]

* [[Vacuum Systems]]

* [[Water Cooling System]]

* [[He refrigerator]]

* [[Computers Network]]

* [[Hardware/Cable Changes for Switching Target Rooms]]

== Detector stations ==

* [[Clarion2]]

* [[Split-Pole]]

= Software =

FSU Fox's Lab hosts its own git repository recently. [https://fsunuc.physics.fsu.edu/git/explore/repos https://fsunuc.physics.fsu.edu/git/explore/repos]

* [[Online Resources]]: Web server, Elog, Grafana, Wiki, Git, InfluxDB

= Layout =

[[File:JohnDFoxLayout.png|400px|thumb|none]]

[[File:NRBbasement.png|600px|thumb|none]]

[[File:Lab Model.png|600px|thumb|none]]

= Past Experiments =

[[List of Past Experiments]]

= Others =

* [[Help Call List for Evenings, Weekends, Holidays]]

* [[Radiation Safety ]]

* [[Wiki Edit Cheat Sheet]]

* [[Guide for using this wiki]]

= Contacts =

:: Tsz Leung (Ryan) Tang mailto:rtang@fsu.edu

FSU Fox's Lab Wiki

2022-04-12T14:13:50Z

JGibbons:

= FSU Fox's Lab Wiki Page =

This is the wiki for all details about FSU [[John D Fox]]' Lab for nuclear physics.

The original manual can be found in [[:File:FoxManual20200415.pdf]].

= Hardware =

* [[Tandem Accelerator]]

* [[LINAC]]

* [[Resolut]]

* [[Ion Sources]]: This includes the [[Ion Sources#Sputter Source|Sputter Source]] and [[Ion Sources#RF Source|RF Source]]

* [[SF6 Gas Handling System]]

* [[Vacuum Systems]]

* [[Water Cooling System]]

* [[He refrigerator]]

* [[Computers Network]]

* [[Hardware/Cable Changes for Switching Target Rooms]]

== Detector stations ==

* [[Clarion2]]

* [[Split-Pole]]

= Software =

FSU Fox's Lab hosts its own git repository recently. [https://fsunuc.physics.fsu.edu/git/explore/repos https://fsunuc.physics.fsu.edu/git/explore/repos]

* [[Online Resources]]: Web server, Elog, Grafana, Wiki, Git, InfluxDB

= Layout =

[[File:JohnDFoxLayout.png|400px|thumb|none]]

[[File:NRBbasement.png|600px|thumb|none]]

[[File:Lab Model.png|600px|left|thumb|none]]

= Past Experiments =

[[List of Past Experiments]]

= Others =

* [[Help Call List for Evenings, Weekends, Holidays]]

* [[Radiation Safety ]]

* [[Wiki Edit Cheat Sheet]]

* [[Guide for using this wiki]]

= Contacts =

:: Tsz Leung (Ryan) Tang mailto:rtang@fsu.edu

FSU Fox's Lab Wiki

2022-04-12T14:12:22Z

JGibbons: /* Layout */

= FSU Fox's Lab Wiki Page =

This is the wiki for all details about FSU [[John D Fox]]' Lab for nuclear physics.

The original manual can be found in [[:File:FoxManual20200415.pdf]].

= Hardware =

* [[Tandem Accelerator]]

* [[LINAC]]

* [[Resolut]]

* [[Ion Sources]]: This includes the [[Ion Sources#Sputter Source|Sputter Source]] and [[Ion Sources#RF Source|RF Source]]

* [[SF6 Gas Handling System]]

* [[Vacuum Systems]]

* [[Water Cooling System]]

* [[He refrigerator]]

* [[Computers Network]]

* [[Hardware/Cable Changes for Switching Target Rooms]]

== Detector stations ==

* [[Clarion2]]

* [[Split-Pole]]

= Software =

FSU Fox's Lab hosts its own git repository recently. [https://fsunuc.physics.fsu.edu/git/explore/repos https://fsunuc.physics.fsu.edu/git/explore/repos]

* [[Online Resources]]: Web server, Elog, Grafana, Wiki, Git, InfluxDB

= Layout =

[[File:JohnDFoxLayout.png|400px|thumb|none]] [[File:NRBbasement.png|600px|thumb|none]][[File:Lab Model.png|600px|left|thumb|none]]

= Past Experiments =

[[List of Past Experiments]]

= Others =

* [[Help Call List for Evenings, Weekends, Holidays]]

* [[Radiation Safety ]]

* [[Wiki Edit Cheat Sheet]]

* [[Guide for using this wiki]]

= Contacts =

:: Tsz Leung (Ryan) Tang mailto:rtang@fsu.edu

FSU Fox's Lab Wiki

2022-04-12T14:11:58Z

JGibbons:

= FSU Fox's Lab Wiki Page =

This is the wiki for all details about FSU [[John D Fox]]' Lab for nuclear physics.

The original manual can be found in [[:File:FoxManual20200415.pdf]].

= Hardware =

* [[Tandem Accelerator]]

* [[LINAC]]

* [[Resolut]]

* [[Ion Sources]]: This includes the [[Ion Sources#Sputter Source|Sputter Source]] and [[Ion Sources#RF Source|RF Source]]

* [[SF6 Gas Handling System]]

* [[Vacuum Systems]]

* [[Water Cooling System]]

* [[He refrigerator]]

* [[Computers Network]]

* [[Hardware/Cable Changes for Switching Target Rooms]]

== Detector stations ==

* [[Clarion2]]

* [[Split-Pole]]

= Software =

FSU Fox's Lab hosts its own git repository recently. [https://fsunuc.physics.fsu.edu/git/explore/repos https://fsunuc.physics.fsu.edu/git/explore/repos]

* [[Online Resources]]: Web server, Elog, Grafana, Wiki, Git, InfluxDB

= Layout =

[[File:JohnDFoxLayout.png|400px|thumb|none]] [[File:NRBbasement.png|600px|thumb|none]][[File:Lab Model.png|600px|left|thumb|Lab Layout Graphic]]

= Past Experiments =

[[List of Past Experiments]]

= Others =

* [[Help Call List for Evenings, Weekends, Holidays]]

* [[Radiation Safety ]]

* [[Wiki Edit Cheat Sheet]]

* [[Guide for using this wiki]]

= Contacts =

:: Tsz Leung (Ryan) Tang mailto:rtang@fsu.edu

FSU Fox's Lab Wiki

2022-04-12T14:07:45Z

JGibbons: /* Layout */

= FSU Fox's Lab Wiki Page =

This is the wiki for all details about FSU [[John D Fox]]' Lab for nuclear physics.

The original manual can be found in [[:File:FoxManual20200415.pdf]].

= Hardware =

* [[Tandem Accelerator]]

* [[LINAC]]

* [[Resolut]]

* [[Ion Sources]]: This includes the [[Ion Sources#Sputter Source|Sputter Source]] and [[Ion Sources#RF Source|RF Source]]

* [[SF6 Gas Handling System]]

* [[Vacuum Systems]]

* [[Water Cooling System]]

* [[He refrigerator]]

* [[Computers Network]]

* [[Hardware/Cable Changes for Switching Target Rooms]]

== Detector stations ==

* [[Clarion2]]

* [[Split-Pole]]

= Software =

FSU Fox's Lab hosts its own git repository recently. [https://fsunuc.physics.fsu.edu/git/explore/repos https://fsunuc.physics.fsu.edu/git/explore/repos]

* [[Online Resources]]: Web server, Elog, Grafana, Wiki, Git, InfluxDB

= Layout =

[[File:JohnDFoxLayout.png|400px|thumb|none]] [[File:NRBbasement.png|600px|thumb|none]][[File:Lab Model.png|600px|left|thumb|none]]

 

= Past Experiments =

[[List of Past Experiments]]

= Others =

* [[Help Call List for Evenings, Weekends, Holidays]]

* [[Radiation Safety ]]

* [[Wiki Edit Cheat Sheet]]

* [[Guide for using this wiki]]

= Contacts =

:: Tsz Leung (Ryan) Tang mailto:rtang@fsu.edu

FSU Fox's Lab Wiki

2022-04-12T14:07:06Z

JGibbons: /* Layout */

= FSU Fox's Lab Wiki Page =

This is the wiki for all details about FSU [[John D Fox]]' Lab for nuclear physics.

The original manual can be found in [[:File:FoxManual20200415.pdf]].

= Hardware =

* [[Tandem Accelerator]]

* [[LINAC]]

* [[Resolut]]

* [[Ion Sources]]: This includes the [[Ion Sources#Sputter Source|Sputter Source]] and [[Ion Sources#RF Source|RF Source]]

* [[SF6 Gas Handling System]]

* [[Vacuum Systems]]

* [[Water Cooling System]]

* [[He refrigerator]]

* [[Computers Network]]

* [[Hardware/Cable Changes for Switching Target Rooms]]

== Detector stations ==

* [[Clarion2]]

* [[Split-Pole]]

= Software =

FSU Fox's Lab hosts its own git repository recently. [https://fsunuc.physics.fsu.edu/git/explore/repos https://fsunuc.physics.fsu.edu/git/explore/repos]

* [[Online Resources]]: Web server, Elog, Grafana, Wiki, Git, InfluxDB

= Layout =

[[File:JohnDFoxLayout.png|400px|thumb|none]] [[File:NRBbasement.png|600px|thumb|none]][[File:Lab Model.png|800px|left|thumb|none]]

 

= Past Experiments =

[[List of Past Experiments]]

= Others =

* [[Help Call List for Evenings, Weekends, Holidays]]

* [[Radiation Safety ]]

* [[Wiki Edit Cheat Sheet]]

* [[Guide for using this wiki]]

= Contacts =

:: Tsz Leung (Ryan) Tang mailto:rtang@fsu.edu

FSU Fox's Lab Wiki

2022-04-12T14:04:27Z

JGibbons: /* Layout */

= FSU Fox's Lab Wiki Page =

This is the wiki for all details about FSU [[John D Fox]]' Lab for nuclear physics.

The original manual can be found in [[:File:FoxManual20200415.pdf]].

= Hardware =

* [[Tandem Accelerator]]

* [[LINAC]]

* [[Resolut]]

* [[Ion Sources]]: This includes the [[Ion Sources#Sputter Source|Sputter Source]] and [[Ion Sources#RF Source|RF Source]]

* [[SF6 Gas Handling System]]

* [[Vacuum Systems]]

* [[Water Cooling System]]

* [[He refrigerator]]

* [[Computers Network]]

* [[Hardware/Cable Changes for Switching Target Rooms]]

== Detector stations ==

* [[Clarion2]]

* [[Split-Pole]]

= Software =

FSU Fox's Lab hosts its own git repository recently. [https://fsunuc.physics.fsu.edu/git/explore/repos https://fsunuc.physics.fsu.edu/git/explore/repos]

* [[Online Resources]]: Web server, Elog, Grafana, Wiki, Git, InfluxDB

= Layout =

[[File:JohnDFoxLayout.png|400px|thumb|none]] [[File:NRBbasement.png|600px|thumb|none]][[File:Lab Model.png|800px|left|thumb]]

 

= Past Experiments =

[[List of Past Experiments]]

= Others =

* [[Help Call List for Evenings, Weekends, Holidays]]

* [[Radiation Safety ]]

* [[Wiki Edit Cheat Sheet]]

* [[Guide for using this wiki]]

= Contacts =

:: Tsz Leung (Ryan) Tang mailto:rtang@fsu.edu

FSU Fox's Lab Wiki

2022-04-12T14:03:49Z

JGibbons: /* Layout */

= FSU Fox's Lab Wiki Page =

This is the wiki for all details about FSU [[John D Fox]]' Lab for nuclear physics.

The original manual can be found in [[:File:FoxManual20200415.pdf]].

= Hardware =

* [[Tandem Accelerator]]

* [[LINAC]]

* [[Resolut]]

* [[Ion Sources]]: This includes the [[Ion Sources#Sputter Source|Sputter Source]] and [[Ion Sources#RF Source|RF Source]]

* [[SF6 Gas Handling System]]

* [[Vacuum Systems]]

* [[Water Cooling System]]

* [[He refrigerator]]

* [[Computers Network]]

* [[Hardware/Cable Changes for Switching Target Rooms]]

== Detector stations ==

* [[Clarion2]]

* [[Split-Pole]]

= Software =

FSU Fox's Lab hosts its own git repository recently. [https://fsunuc.physics.fsu.edu/git/explore/repos https://fsunuc.physics.fsu.edu/git/explore/repos]

* [[Online Resources]]: Web server, Elog, Grafana, Wiki, Git, InfluxDB

= Layout =

[[File:JohnDFoxLayout.png|400px|thumb|none]] [[File:NRBbasement.png|600px|thumb|none]]

[[File:Lab Model.png|800px|left|thumb]]

 

= Past Experiments =

[[List of Past Experiments]]

= Others =

* [[Help Call List for Evenings, Weekends, Holidays]]

* [[Radiation Safety ]]

* [[Wiki Edit Cheat Sheet]]

* [[Guide for using this wiki]]

= Contacts =

:: Tsz Leung (Ryan) Tang mailto:rtang@fsu.edu

FSU Fox's Lab Wiki

2022-04-12T14:02:58Z

JGibbons: /* Layout */

= FSU Fox's Lab Wiki Page =

This is the wiki for all details about FSU [[John D Fox]]' Lab for nuclear physics.

The original manual can be found in [[:File:FoxManual20200415.pdf]].

= Hardware =

* [[Tandem Accelerator]]

* [[LINAC]]

* [[Resolut]]

* [[Ion Sources]]: This includes the [[Ion Sources#Sputter Source|Sputter Source]] and [[Ion Sources#RF Source|RF Source]]

* [[SF6 Gas Handling System]]

* [[Vacuum Systems]]

* [[Water Cooling System]]

* [[He refrigerator]]

* [[Computers Network]]

* [[Hardware/Cable Changes for Switching Target Rooms]]

== Detector stations ==

* [[Clarion2]]

* [[Split-Pole]]

= Software =

FSU Fox's Lab hosts its own git repository recently. [https://fsunuc.physics.fsu.edu/git/explore/repos https://fsunuc.physics.fsu.edu/git/explore/repos]

* [[Online Resources]]: Web server, Elog, Grafana, Wiki, Git, InfluxDB

= Layout =

[[File:JohnDFoxLayout.png|400px|thumb|none]] [[File:NRBbasement.png|600px|thumb|none]]

[[File:Lab Model.png|left|thumb]]

= Past Experiments =

[[List of Past Experiments]]

= Others =

* [[Help Call List for Evenings, Weekends, Holidays]]

* [[Radiation Safety ]]

* [[Wiki Edit Cheat Sheet]]

* [[Guide for using this wiki]]

= Contacts =

:: Tsz Leung (Ryan) Tang mailto:rtang@fsu.edu

FSU Fox's Lab Wiki

2022-04-12T14:02:10Z

JGibbons: /* Layout */

= FSU Fox's Lab Wiki Page =

This is the wiki for all details about FSU [[John D Fox]]' Lab for nuclear physics.

The original manual can be found in [[:File:FoxManual20200415.pdf]].

= Hardware =

* [[Tandem Accelerator]]

* [[LINAC]]

* [[Resolut]]

* [[Ion Sources]]: This includes the [[Ion Sources#Sputter Source|Sputter Source]] and [[Ion Sources#RF Source|RF Source]]

* [[SF6 Gas Handling System]]

* [[Vacuum Systems]]

* [[Water Cooling System]]

* [[He refrigerator]]

* [[Computers Network]]

* [[Hardware/Cable Changes for Switching Target Rooms]]

== Detector stations ==

* [[Clarion2]]

* [[Split-Pole]]

= Software =

FSU Fox's Lab hosts its own git repository recently. [https://fsunuc.physics.fsu.edu/git/explore/repos https://fsunuc.physics.fsu.edu/git/explore/repos]

* [[Online Resources]]: Web server, Elog, Grafana, Wiki, Git, InfluxDB

= Layout =

[[File:JohnDFoxLayout.png|400px|thumb|none]] [[File:NRBbasement.png|600px|thumb|none]]

[[File:Lab Model.png|thumb]]

= Past Experiments =

[[List of Past Experiments]]

= Others =

* [[Help Call List for Evenings, Weekends, Holidays]]

* [[Radiation Safety ]]

* [[Wiki Edit Cheat Sheet]]

* [[Guide for using this wiki]]

= Contacts =

:: Tsz Leung (Ryan) Tang mailto:rtang@fsu.edu

File:Lab Model.png

2022-04-12T14:01:47Z

JGibbons:

Graphic Layout