TRIUMF: Guide for experimenters: Difference between revisions

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__NOTOC__
The purpose of this wiki is to provide all the necessary information to allow a user to propose, plan, and run an experiment at [http://www.triumf.ca TRIUMF].
It is managed by the Beam Delivery group within the Accelerator Division and is meant to complement the information about TRIUMF's [http://www.triumf.ca/research research program] available on the lab's web site.


The purpose of this site is to provide all the necessary information to allow a User to propose, plan, and run an experiment at the ISAC Facility of
This wiki is a work in progress.
[http://www.triumf.info/facility/ TRIUMF].
Please forward all comments, queries, and suggestions to [mailto:delivery@triumf.ca delivery@triumf.ca].
It has been created by the Beam Delivery group of the Accelerator Division ''[Link? -- ACM]'' and should be used in conjunction with the
[http://www.triumf.info/facility/experimenters/ Experimental Program] site managed by the Science Division(email?).


This wiki is a work in progress and will be updated frequently. 
== Beam Delivery at TRIUMF ==
Please forward all comments, queries, and suggestions to Mike Trinczek(email).


|}
* [http://www.triumf.ca/beam-delivery Beam Delivery Group] home page
<!---
* '''[https://documents.triumf.ca/docushare/dsweb/View/Weblog-182 Beam Delivery Updates]''' on TRIUMF's documents server [[#Links|(TRIUMF Secure Access ID required)]]--->
<!---
* '''[[Beam Delivery Report]]''' &mdash; Current conditions and forecast


* [[Scorecard2010|Scorecard]] (ISAC experiments only)


== <h2 style="margin:0; background:#8FADB4; font-size:140%; font-weight:bold; border:1px solid #8FADB4; text-align:left; color:#000; padding:0.2em 0.4em;">Guide for experimenters at TRIUMF</h2> ==
* [[Downtime summaries]]
--->
* [http://documents.triumf.ca/docushare/dsweb/View/Collection-2379 Beam Delivery] on TRIUMF's documents server [[#Links|(TRIDENT account required)]]
<!---
** [http://documents.triumf.ca/docushare/dsweb/View/Collection-2381 ISAC beam delivery calendars]
** [http://documents.triumf.ca/docushare/dsweb/View/Collection-2380 Experiments] (Beam Delivery run plans, technical overviews, summaries, etc.)
** [http://documents.triumf.ca/docushare/dsweb/View/Collection-2385 Technical information]
*** [http://documents.triumf.ca/docushare/dsweb/Get/Document-12063/Polarizer%20startup%20nov%202007.pdf Polarizer startup instructions (PDF, 21 KB)]
--->


{| style="background-color:#E6EDEF; width:700px; border:1px solid #8FADB4; padding:1em 1em;"
== Guide for experimenters ==
| 


=== Mounting an experiment at TRIUMF ===
=== [[How to ...]] ===
* [[How to ...#Mount an experiment at TRIUMF | Mount an experiment at TRIUMF]]
** Stage 1: Physics approval
** Stage 2: Beam allocation
* [[How to ...#Propose an experiment | Propose an experiment]]
* [[How to ...#Request beam time | Request beam time]]
* [[How to ...#Run an experiment | Run an experiment]]
* [[How to ...#Close out an experiment | Close out an experiment]]


Before an experiment can be mounted at TRIUMF, it must be evaluated, approved and granted beam time. TRIUMF’s Science Division requires that detailed information regarding the preparation and running of experiments be provided as part of formal experimental proposal. TRIUMF has three Experimental Evaluation Committees (EEC) to evaluate such proposals in the fields of Subatomic Physics (SAPEEC), Molecular and Materials Science (MMSEEC), and Life Sciences (LSPEC).  Calls for proposals are typically issued twice a year for consideration at EEC meetings in mid-summer and early December.
=== Facility information ===
* [[Cyclotron]]
**  [[ Cyclotron#Tuning_time_estimates | Tuning time estimates ]]
** [http://cycops.triumf.ca/ Cyclotron operations] (''i.e.'' Main Control Room)
** [http://cycops.triumf.ca/cycfac.htm Quick facts about the cyclotron]
* [[ISAC (Isotope Separator and ACcelerator)]]
** Beam intensities
** About the accelerators
** Accelerator specifications
** Tuning time estimates


Beginning with the Subatomic Physics EEC meeting in December 2007, a two-stage approval process will be used.
=== [[TRIUMF contacts]] ===
* [[TRIUMF contacts#Science Division | Science Division]]
** Admin Computing
* [[TRIUMF contacts#Support groups | Support groups]]
** Detectors
** Data acquisition and analysis
** General support
* [[TRIUMF contacts#Meson Hall | Meson Hall]]
** Beamline, channel and facility coordinators
* [[TRIUMF contacts#ISAC | ISAC]]
** ISAC low-energy experimental facilities
** ISAC-I (accelerated) experimental facilities
** ISAC-II experimental facilities


==== Stage 1:  Physics approval ====
== Forms ==


The EEC will consider experiments on the basis of scientific merit.  Those experiments deemed to be of merit will be granted Stage 1 approval to run and assigned a scientific priority based on their importance as judged by the EEC.
=== Mounting an experiment ===


==== Stage 2: Beam allocation ====
*Proposals and scheduling:
**[http://www.triumf.info/facility/experimenters/guide.php Research proposals and progress reports]
**[http://www.triumf.info/facility/experimenters/requests.php Requests for beam time]


At the time of proposal, TRIUMF staff will judge experiments on the basis of technical feasibility –  beam availability, equipment availability, and safety – and report their findings to the EEC. If an experiment is deemed to be feasible over a two-year time scale, it may be granted Stage 2 approval and allocated beam time. This allocation would be valid for the same two-year period over which the feasibility of the experiment was considered. Stage 2 approval is not automatic. As the total amount of beam time available to be allocated is limited, it may be withheld on the basis of scientific priority.
*Run planning:
**[[Media:Cyclotron_Beam_Properties_Request.pdf|Cyclotron Beam Properties Request form]]
**[[Media:ISAC_Beam_Properties_Request-rel5.pdf|ISAC Beam Properties Request form]]
**[[Media:E-Linac_Beam_Properties_Request.pdf|E-Linac Beam Properties Request form]]
<!-- links to docushare don't work from offsite.
**[https://documents.triumf.ca/docushare/dsweb/Get/Document-125554/Beam%20Properties%20Request%20Form%20-%20Fillable-1.pdf 520 MeV Beam Properties Request form]
**[https://documents.triumf.ca/docushare/dsweb/Get/Document-26111/ISAC%20Beam%20Properties%20Request-2.pdf ISAC Beam Properties Request form]
**[https://documents.triumf.ca/docushare/dsweb/Get/Document-194000/E-Linac_Beam_Properties_Request.pdf E-Linac Beam Properties Request form] -->
<!---**[http://admin.triumf.ca/docs/forms/form_SafetyReview_2007.pdf TRIUMF Safety Review Completion Document] (to be completed by TRIUMF staff)--->


For many experiments, and especially those using existing experimental facilities, Stage 1 and Stage 2 approval could be granted at the same EEC meeting. Experiments with both Stage 1 physics approval and a Stage 2 beam allocation are considered “active.”  Those with Stage 1 approval but lacking the Stage 2 beam allocation remain on record, but are considered “pending” rather than active. In such a case, the spokesperson would be expected either to revise his/her proposal appropriately and seek Stage 2 approval at a subsequent EEC meeting or to abandon the experiment. Experiments for which Stage 2 approval is not sought in a timely fashion, or which have been granted Stage 2 approval but for which beam time is not sought within a two-year period, may be deemed “inactive” and, ultimately, struck from the record.
*Closing out:
**[https://forms.office.com/Pages/ResponsePage.aspx?id=EDUFwrOceUai049ELgO1h2WQuVz4bnFBoS0U0OSUAw5UQkZCTVA2QkZLSEZKVUFORzFUVTBDTzlXMC4u ISAC User Satisfaction Survey]
**[https://forms.office.com/Pages/ResponsePage.aspx?id=EDUFwrOceUai049ELgO1h5fLuBhjcm1GhoMy7RNYkRJUQ0I2VVpXTVRSOVE1Sk9BSVNTMFU0WkxLRSQlQCN0PWcu CMMS User Satisfaction Survey]
**[https://forms.office.com/Pages/ResponsePage.aspx?id=EDUFwrOceUai049ELgO1h5fLuBhjcm1GhoMy7RNYkRJUNkYxMUM0UEFaTEJURkhSUEREUzY3N1Y5OCQlQCN0PWcu M11 User Satisfaction Survey]


=== Proposing an experiment ===
=== General purpose ===


Proposals to the EEC are submitted electronically.  A User ID must be obtained from TRIUMF’s Science Division to use the web-based submission system.  Web-based forms are used to submit overview information and certain technical details; however, a detailed statement of the proposed research is still required.  A template and uploading instructions are available on the [http://www.triumf.info/facility/experimenters/guide.php EEC submission web site].  For experiments using existing facilities, a description of the scientific aspects of the experiment may be sufficient.  For those using new facilities or new experimental setups at existing facilities, detailed technical information will be required.  Additional information for experimenters preparing proposals, including a list of facilities and services coordinators, is available [[#TRIUMF_Facilities_and_Support_Groups | below]].
*[https://www.triumf.ca/my-triumf/forms-repository TRIUMF Administration - Forms and Documents Repository]


Once a proposal is submitted, usually several weeks in advance of the EEC meeting, it is forwarded to the EEC members and TRIUMF staff for review. In general, the technical feasibility of a proposal will be reviewed prior to the EEC meeting so that the review results are available at the time of the meeting.  TRIUMF staff may contact the spokesperson or a designate for additional information during this time.  Any information that can be provided will aid the review process and increase the likelihood of an experiment being deemed feasible.
== Links ==
TRIDENT accounts are created when a new appointment or visit is assigned through HR or the TRIUMF Visitor App. Your TRIUMF contact person can initiate a request to register you as a vistor at the link below, after completion of this process a TRIDENT account will be issued.  


At the time of the EEC meeting, the spokesperson or a designate will be expected to present a (typically) 15—20 minute talk on the scientific and technical aspects of the proposal and field any questions that may arise. This will be scheduled in advance and may be carried out remotely, if necessary. This is a spokesperson’s last opportunity to address any concerns about scientific merit or feasibility before the EEC renders its decision.
*[https://mis.triumf.ca/admin/visit/index.jsf TRIUMF Visitor app]


=== Requesting beam time ===
*[https://mis.triumf.ca/track/workrequest TRIUMF's Work Request System] [[#Links|(TRIDENT account required)]]


Unlike many labs, TRIUMF does not schedule experiments on an ongoing basis. Instead, several months’ worth of experiments, spanning a single running period, are scheduled at one time.  There are typically two running periods each year, one from April through early September and a second from late September through December.  A call for requests for beam time is generally issued 8—10 weeks prior to the start of a running period.
*[https://www.triumf.ca/administration/environment-health-safety TRIUMF Safety homepage]


Like proposals, requests for beam time are submitted electronically. Starting with the April 2008 running period, experiments will be reviewed for technical readiness prior to being scheduled. This is not the same as feasibility.  Where the review by TRIUMF staff prior to EEC Stage 2 approval focuses on the feasibility of an experiment on the two-year time scale of an EEC beam allocation, this readiness review considers only the impending running period.  If an experiment is judged to be in a sufficient state of readiness to use beam time effectively, it may be scheduled to run.  As with Stage 2 approval, scheduling is not automatic.  Because of the limited number of shifts available during each running period, it is not always possible to accommodate every experiment for which beam time is requested.  While the scientific priorities set by the EEC serve as a guide, final scheduling decisions may depend on other factors such as target or equipment availability.
*[https://www.triumf.ca/environment-health-safety/triumf-safety-notes Safety Approval of Experiments at TRIUMF]


Safety approval is required before an experiment can take beam. To streamline the submission process, safety reports will be sought as part of the request for beam time. These reports will be reviewed by TRIUMF staff.  In many cases, the written report will be sufficient for review and approval; however, in certain cases it may be necessary to schedule a formal review with the spokesperson or a designate.  Having safety reports in hand prior to scheduling helps TRIUMF ensure that experiments can be carried out in a timely fashion.
*[https://documents.triumf.ca/docushare/dsweb/ApplySavedQueryView/SavedQuery-24 TRIUMF Standard Operating Procedures (TSOP)] [[#Links|(TRIDENT account required)]]


=== Running an experiment ===
*[http://www.triumf.info/facility/experimenters/expdb/public.php TRIUMF Experiments database]


Experimenters should prepare to be on site in advance of their experiment. If it involves a standing setup at an existing facility, a few days may be sufficient to ensure devices are tested and calibrated prior to running.  For new setups or facilities, several weeks’ presence may be required.  This should be arranged with the facility coordinator and any local collaborators.
*[http://mis.triumf.ca/schedule/view Beam Schedule]


Approximately two weeks prior to an experiment, representatives from TRIUMF’s Beam Delivery Group will meet with the spokesperson and/or designates to discuss beam requirements and assist with detailed run planning. Despite the lab’s best efforts, downtime – for maintenance, target changes, etc. – that was not foreseen during the scheduling process may be required during the course of a run.  The Group will identify potential interruptions so that the experimenters can plan accordingly.  A liaison will also be assigned at this point to assist the spokesperson and designates.
*[http://www.triumf.ca/research/visiting-researchers Users/Visitors Office]


In the days before an experiment, a Beam Properties Request (BPR) will be required by Operations.  This is essentially the license to run – without a BPR, no beam will be delivered to an experiment. It should be noted that Safety approval is required at this point. The BPR is required 24 hours in advance. Links to blank forms are available [[#List_of_Forms | below]].
*[http://www.triumf.ca/directories?search=&server=admin TRIUMF directory]


During the run, the spokesperson (or a designate) is expected to serve as the main point of contact for the experiment.  The beam liaison will serve as the primary contact for Operations and the lab.  '''It is important that there be a single, well-defined line of communication between the experiment and TRIUMF.'''  Off-hours, direct communication between the spokesperson and Operations is encouraged; however, the liaison will still attempt to stay abreast of the experiment’s progress and intervene as necessary.
<!--- Temp link to TRIUMF [[Colours]] --->
 
Once the experiment is complete, it is the users’ responsibility to ensure all data are properly backed up.  Experiments should be dismounted as promptly as possible to allow preparations for following experiments to begin.  Experimenters should prepare to remain on site while this work is done.  For standing setups, a few days may be sufficient for final calibrations and background checks.  If equipment is to be torn down (or torn down and prepared for shipping), several weeks may be required. As with mounting an experiment, the dismounting of equipment or electronics should be arranged with the facility coordinator and any local collaborators.
 
|}
 
== <h2 style="margin:0; background:#8FADB4; font-size:140%; font-weight:bold; border:1px solid #8FADB4; text-align:left; color:#000; padding:0.2em 0.4em;"> TRIUMF Facilities and Support Groups</h2> ==
 
{| style="background-color:#E6EDEF; width:700px; border:1px solid #8FADB4; padding:1em 1em;"
| 
 
=== Support Groups ===
 
<!--- ==== Detectors and Data Acquisition systems ==== --->
 
*Data acquisition computing - Renee Poutissou
*Counting rooms -
*Detectors - Robert Henderson
*Electronics (''e.g.'' nucleonics, crates, etc.) - Grant Sheffer
*Data analysis and computing - Steve McDonald
*Infrastructure - Curtis Ballard, Doug Preddy
*Engineering and design support - Ewart Blackmore
*Safety approval - Jean-Michel Poutissou
*Beam delivery - Robert Laxdal
 
=== Meson Hall ===
 
=== ISAC  ===
 
The ISAC Facility at TRIUMF has two experimental halls with a diverse range of Experimental Facilities and Research Groups, outlined in the figure below.
 
<!--- Place image of ISAC here.  Update image to reflect current Experimental Facilities and beamlines.  Get a 3D figure and decide how large a figure to offer and perhaps have it open in a new or pop-up window? --->
 
[[Image:test-isacii-06segment.jpg|border|center|600px|The ISAC Facility at TRIUMF.  Click for larger view.]]
 
 
Each facility has a TRIUMF-based Coordinator who is responsible for the safe operation of the facility and will act as a User and Visitor liaison.
Interested scientists should contact the appropriate Coordinator from the lists below to obtain more information.
 
==== ISAC Low-Energy Experimental Facilities: ====
*Collection Station - Coordinator:
*[http://www.triumf.ca/welcome/trinat.html TRINAT] - Coordinator:  John Behr
*8&pi; - Coordinator:  Gordon Ball
*GPS1, GPS2, GPS3 General Purpose Stations - Coordinator:  Gordon Ball
*Laser Spectroscopy - Coordinator:  Matt Pearson
*Polarizer - Coordinator:  Phil Levy
*[http://bnmr.triumf.ca/ &beta;NMR and &beta;NQR] - Coordinator:  Gerald Morris
*Osaka - Coordinator:
*[http://titan.triumf.ca/ TITAN] - Coordinator:  Jens Dilling
 
==== ISAC-I (Accelerated) Experimental Facilities: ====
*[http://dragon.triumf.ca/ DRAGON] - Coordinator:  Chris Ruiz
*[http://tuda.triumf.ca/ TUDA] - Coordinator:  Pat Walden
*HEBT-GPS General Purpose Station - Coordinator:  Dave Ottewell
 
==== ISAC-II Experimental Facilities: ====
*[http://www.triumf.ca/tug/agm2000/HERACLES.html/ HERACLES] (<font color=red>Under construction</font>) - Coordinator:  Dave Ottewell
*SEBT-GPS General Purpose Station - Coordinator:  Dave Ottewell
*[http://tigress.triumf.ca/ TIGRESS] - Coordinator:  Greg Hackman
*[http://davids.triumf.ca/emma.htm EMMA] (<font color=red>Under construction</font>) - Coordinator:  Barry Davids
 
<!--- We should link directly to contact information.  Should we also include support groups (maybe in a different section)?  Beam delivery, beam development, safety, etc.? -- ACM --->
 
|}
 
== <h2 style="margin:0; background:#8FADB4; font-size:140%; font-weight:bold; border:1px solid #8FADB4; text-align:left; color:#000; padding:0.2em 0.4em;">ISAC Accelerator Specifications</h2> ==
 
{| style="background-color:#E6EDEF; width:700px; border:1px solid #8FADB4; padding:1em 1em;"
|
 
 
List the specs from Marco here...
 
The ISAC accelerators offer different time structures, as listed in the following table:
 
 
{| style="color:black;background-color:#D0DEE1;" cellpadding="5" cellspacing="0" border="1"
|+ style="font-size:110%; font-weight:bold;" |ISAC Accelerator Time Structure
! align="center" |Frequency (MHz)
!Period (ns)
!RFQ Transmission (%)
!Chopped
!Comments
|- align="center"
|35.36
|28.3
|25
|No
|
|- align="center"
|35.36
|28.3
|75
|No
|Two satellite peaks ''[Huh? -- ACM]''
|- align="center"
|11.78
|84.8
|73
|Yes
|
|- align="center"
|5.89
|169.7
|37.5
|Yes
|
|}
 
 
The ISAC-I Drift Tube Linac (DTL) can accelerate ions to the energies shown in the following table:
 
 
{| style="color:black;background-color:#D0DEE1;" cellpadding="5" cellspacing="0" border="1"
|+ style="font-size:110%; font-weight:bold;" |ISAC-I Range of Energy
! align="center" |A/Q
!Minimum Energy (MeV/u)
!Maximum Energy (MeV/u)
|- align="center"
|2
|0.15
|1.90
|- align="center"
|3
|0.15
|1.79
|- align="center"
|4
|0.15
|1.74
|- align="center"
|5
|0.15
|1.64
|- align="center"
|6
|0.15
|1.53
|}
 
 
The ISAC II superconducting linac is capable of accelerating ions to the energies shown in the following table. <font color=red>Please note that the maximum energy is currently limited by TRIUMF's operating license to 5 MeV/u.</font>
 
 
{| style="color:black;background-color:#D0DEE1;" cellpadding="5" cellspacing="0" border="1"
|+ style="font-size:110%; font-weight:bold;" |ISAC-II Range of Energy
! align="center" |A/Q
!Minimum Energy (MeV/u)
!Maximum Energy (MeV/u)
|- align="center"
|2
|1.5
|<s>10.5</s> <font color=red>5.0</font>
|- align="center"
|3
|1.5
|<s>9.0</s> <font color=red>5.0</font>
|- align="center"
|4
|1.5
|<s>6.8</s> <font color=red>5.0</font>
|- align="center"
|5
|1.5
|<s>6.0</s> <font color=red>5.0</font>
|- align="center"
|6
|1.5
|5.0
|}
 
 
{| style="color:black;background-color:#D0DEE1;" cellpadding="5" cellspacing="0" border="1"
|+ style="font-size:110%; font-weight:bold;" |Specs
!align="right" |Beam standard transverse dimensions (at a focal point)
|2 mm ''[FWHM? RMS? -- ACM]''
|-
!align="right" |Transverse emittance
|2 &pi; mm mrad
|-
!align="right" |Longitudinal emittance
|1.5 keV/u ns (ion dependent)
|-
!align="right" |Longitudinal emittance
|1.5 keV/u ns (ion dependent)
|-
!align="right" |Energy spread (FWHM) with no buncher
|<0.4%
|-
!align="right" |Energy spread (FWHM) with buncher
|0.1%
|-
!align="right" |Time spread (FWHM) with buncher
|1 ns
|}
 
 
Add a calculator to show the interplay between Energy Spread and Time Spread?  ''[Or a chart -- ACM]''
 
Contact:  Marco Marchetto (add contact info).
 
|}
 
== <h2 style="margin:0; background:#8FADB4; font-size:140%; font-weight:bold; border:1px solid #8FADB4; text-align:left; color:#000; padding:0.2em 0.4em;">Tuning Time Estimates</h2> ==
 
 
{| style="background-color:#E6EDEF; width:700px; border:1px solid #8FADB4; padding:1em 1em;"
|
 
To help Users better plan their experiments, a list of '''typical''' time estimates for established tuning procedures is shown below.
These estimates should be used by the User to budget the necessary overhead for experimental start-up,
energy changes, species changes...
 
[Ask Bob about species changes! 
Ask Bob about start-up!]
 
In addition, interruptions to beam delivery may occur. 
Some of these interruptions, such as those due to regular maintenance or proton therapy, are known at the time the
[http://www.triumf.info/facility/experimenters/schedules/schedule.php Beam Schedule]
is prepared and scheduled accordingly.  Others, such as work in the ISAC Target Hall, may not be known at the time of scheduling but are known on a time scale of weeks in advance.  The Beam Delivery group will try to meet with the experimental spokesperson(s) prior to the beginning of an experiment to confirm what is required from a beam delivery standpoint and to assist with the preparation of a detailed running plan, taking into account these known, but not scheduled, interruptions.  At ISAC, this planning may help a User decide the optimum time for an energy change or a species switch.  Totally unplanned interruptions, such as those due to mechanical failures, are unavoidable.  Because TRIUMF is a user facility, catering to many external experimenters, it is generally not possible to adjust the beam schedule in response to such interruptions.
 
[List the tuning time overhead estimates here.
Take numbers from REL file Procedures.doc on 14 Jun 07.]
 
 
{| style="color:black;background-color:#D0DEE1;" cellpadding="10" cellspacing="0" border="1"
|+ style="font-size:110%; font-weight:bold;" |Tuning Time Estimates
!Procedure
!Time
 
|-
|General tuning:
*Proton BL2A
*Stable beam in Pre-Accelerator section
*RIB in Pre-Accelerator section
|&nbsp;
*1 hour
*12 hours
*4 hours
 
|-
|ISAC-I LINAC tuning to full energy (OLIS to User)
|12 hours
 
|-
|ISAC-I energy change:
*Change to pilot beam
*Switch energy and optimize
*Change to RIB and optimize
|&nbsp;
*0.5 hours
*1 hour/tank ''[Define "tank" -- ACM]''
*1 hour
 
|-
|ISAC-II LINAC tuning (from scratch)
|4 hours
 
|-
|ISAC-II energy change:
*Change to pilot beam
*Switch energy and optimize
*Change to RIB and optimize
|&nbsp;
*0.5 hours
*1 hour/cryomodule
*0.5 hours
 
|-
|Checking the tune:
*Cyclotron (minimize spills)
*Proton BL2A
*ISAC Pre-Accelerator section
*ISAC Accelerator section
|&nbsp;
*4 hours
*1 hour
*2 hours
*2 hours
 
|-
|Maintenance Day (typical):
*Cyclotron off
*Cyclotron tuning
*ISAC Tuning
|&nbsp;
*12 hours
*2 hours
*2 hours
 
|-
|Proton Therapy (typical)
|5 hours
 
|}
 
 
[Give a sample calculation of overhead estimate?]
 
 
Contact:  Bob Laxdal (add contact info).
 
|}
 
== <h2 style="margin:0; background:#8FADB4; font-size:140%; font-weight:bold; border:1px solid #8FADB4; text-align:left; color:#000; padding:0.2em 0.4em;">ISAC Yield Measurements Database</h2> ==
 
{| style="background-color:#E6EDEF; width:700px; border:1px solid #8FADB4; padding:1em 1em;"
| 
 
The [http://www.triumf.info/facility/research_fac/yield.php ISAC Yield Measurements] database should be consulted for the measured intensities of available species.
 
All yields are measured at the ISAC Yield Station unless otherwise noted.
As such, the intensity delivered to any given experimental facility will depend upon the beam transport efficiency and the stripping efficiency, if needed.
'''Delivered yields will be lower, especially for post-accelerated beams.'''
 
Below is a table giving the approximate transmission to different experimental facility areas for given conditions.
The measured yield value should be multiplied by this factor to obtain an '''approximate''' value of what intensity may be expected at an
experiment facility.
 
Need the numbers for different areas and conditions (stripping, chopping, ...)
 
Do we mention that intensities drop over time (i.e. these should not be time-averaged expectations)?
 
 
{| style="color:black;background-color:#D0DEE1;" cellpadding="5" cellspacing="0" border="1"
|+ style="font-size:110%; font-weight:bold;" |Beam Transmission
! align="center" |Destination
!Transmission (%)
|- align="center"
|Low-energy
|85
 
|- align="center"
|ISAC-I
|25
 
|- align="center"
|ISAC-II
|25
 
|}
 
 
|}
 
== <h2 style="margin:0; background:#8FADB4; font-size:140%; font-weight:bold; border:1px solid #8FADB4; text-align:left; color:#000; padding:0.2em 0.4em;">List of Forms</h2> ==
 
{| style="background-color:#E6EDEF; width:700px; border:1px solid #8FADB4; padding:1em 1em;"
| 
 
Need to get the official new EEC approval process!
 
 
Temporary links to required forms...
 
[http://trshare.triumf.ca/~safety/EHS/EHS_NEW/permits.htm Safety Approval of Experiments at TRIUMF]
 
[http://www.triumf.info/facility/experimenters/requests.php Beam-Time Requests]
 
[http://admin.triumf.ca/docs/forms/bpr.pdf Beam Properties Request Form (PDF)]
 
[http://admin.triumf.ca/docs/forms/ TRIUMF Administration - Forms and Documents Repository]
 
 
Describe Colin's function here or in preamble??  ''[How about another link to a Beam Delivery group page, here or in the next section, where we can describe all of our functions? -- ACM]''
 
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== <h2 style="margin:0; background:#8FADB4; font-size:140%; font-weight:bold; border:1px solid #8FADB4; text-align:left; color:#000; padding:0.2em 0.4em;">Useful Links</h2> ==
 
{| style="background-color:#E6EDEF; width:700px; border:1px solid #8FADB4; padding:1em 1em;"
| 
 
[http://documents.triumf.ca/docushare/dsweb/Get/Document-599/TSOP-07.PDF TSOP-07 - Approval of Experiments at TRIUMF]
 
[https://www.triumf.info/wiki/internal/sciencediv/index.php/Main_Page Science Division wiki]
 
[http://www.triumf.info/facility/experimenters/expdb/public.php TRIUMF Experiments database]
 
[http://www.triumf.info/facility/experimenters/schedules/schedule.php Beam Schedule]
 
[http://trshare.triumf.ca/~safety/EHS/ TRIUMF Safety homepage]
 
Visitors info needed - Josie?
 
Temp link to TRIUMF [[Colours]]
 
|}

Latest revision as of 08:50, 26 October 2021


The purpose of this wiki is to provide all the necessary information to allow a user to propose, plan, and run an experiment at TRIUMF. It is managed by the Beam Delivery group within the Accelerator Division and is meant to complement the information about TRIUMF's research program available on the lab's web site.

This wiki is a work in progress. Please forward all comments, queries, and suggestions to delivery@triumf.ca.

Beam Delivery at TRIUMF

Guide for experimenters

How to ...

Facility information

TRIUMF contacts

  • Science Division
    • Admin Computing
  • Support groups
    • Detectors
    • Data acquisition and analysis
    • General support
  • Meson Hall
    • Beamline, channel and facility coordinators
  • ISAC
    • ISAC low-energy experimental facilities
    • ISAC-I (accelerated) experimental facilities
    • ISAC-II experimental facilities

Forms

Mounting an experiment

General purpose

Links

TRIDENT accounts are created when a new appointment or visit is assigned through HR or the TRIUMF Visitor App. Your TRIUMF contact person can initiate a request to register you as a vistor at the link below, after completion of this process a TRIDENT account will be issued.


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