MRI RFP

http://www.nsf.gov/pubs/2013/nsf13517/nsf13517.htm

Highlights.

"MRI is not used to buy a suite of insturments to outfit research laboratories/facilities or be used to conduct independent research activities simultaneously".

"MRI is used for a single insturment or when combined serves as an integrated instrument."

The photon flux monitor when combined with the rabbit will be an instrument for both isotope production and PAA analysis research. The tool will have inter-disciplinary uses ranging from engineering to archeology.

Track1: Acquisition of a single instrument

Track2: development of a single instrument or for equipment that when combined serves as an integrated instrument.

We will be track 2. The combined equipment will be an integrated instrument for the production of Isotopes to be used in research and industry. The devise will also be an instrument for PAA analysis.

Proposal

Purpose

In June of 2012, the Idaho Accelerator Center received a grant from the state of Idaho as part of the Idaho Global Entrepreneurial Mission (IGEM) program. One of the proposed objectives was to research the production of Copper isotopes for use in medical diagnostic procedures. Preliminary results of the work sponsored by this research have indicated that the production of Copper isotopes depends strongly on the photon flux alignment with the target isotope sample. While a sample size of 2 cm may produce the highest number of isotopes per volume, a missalignment of more than a centimeter may result in more than half of what can be achieved. Based on these results, a strong need now exists for a system to monitor the spatial distribution of the photons used to irradiate the samples. Based on the preliminary results of the IGEM supported isotope production research and the Photon Activation Analysis (PAA) work, we propose the developement of an irradiation instrument, that qualifies for the MRI category "Task 2", to be used for isotope production and PAA analysis.

The proposed instrument will require a photon beam monitoring system and a sample conveyor. Support from this MRI will be used to construct the photon monitoring system. The sample conveyor system, commonly referred to as a rabit, will transfer samples into the irradiation region and then to a shielded container (lead pig) after irradiation. The transportation system is a necessity for the high activity isotopes that may be produced. When used as a PAA facility, the transportation system will eliminate the step of shutting the machine off in order to change samples.

Talking points

1.) The accelerator "Jack" is an instrument for PAA and isotope production

2.) Isotope production impact on other areas of research (medical, fracking, underground pipelines, spikants for homeland security)

3.) Inter organizational use of PAA ( Geology, Archeology, certification for coffee origins....)

4.) Impact of Photon Flux monitoring for PAA analysis

5.) Device will train accelerator physicists, nuclear chemists, ...

Budget

Equipment list

two steps

1.) purchase 16, single crystal detectors from http://www.npl.co.uk/upload/pdf/091104_nuc_galbiati.pdf. These will serve as monitors distributed symmetrically around the beam line and used to steer the electron beam until equal photon rates are observed => centered photon beam.

2.) A wire tungsten wire coated with diamond will sweep through the photon beam in the location of the target to measure the photon flux.

get http://www.npl.co.uk/upload/pdf/091104_nuc_galbiati.pdf to build a pixelated 3 x 3 cm detector with .5 x .5 cm size pixels (36 pixels)

OR if the photon flux is too high construct a wire array.

Cost	Device	Purpose
50,000	BPMs	4 electron beam position monitors
20,000	16, CVD Diamond detector	Off the shelf single crystal single pixel detector pg 49 in[ http://www.npl.co.uk/upload/pdf/091104_nuc_galbiati.pdf]
10,000	20 , 5 x 5 mm^2 CVD films	films for pixel detector array or wire (tungsten coated with diamond) scanner
Cost Share	Steering coils, coil power supplies, & Flanges and crosses	Beam line components to install BPMs & steering coils
10,000	Circuitry	PCB board, connectors, and single crystal mounting by external vendor
30,000	beam time	3 weeks of beam time to test device and measure performance
$28,000	DAQ	VME based DAQ system with EPICs monitoring, 32 channel ADC ($6k), ROC($3k), MiniCrate($4k), Server ($2k), Tigger supervisor ($3k), NIM Discriminator /Trigger/ECL output module ($10k)

References

Nitrogen tracers: N-15 is rare. If you dope nitrogen sources with it you can see where the leak into environment. This is a stable tracer so it would be able to monitor long time plume expansions.

Catchment hydrology

High Flux MeV photon profiler

http://accelconf.web.cern.ch/accelconf/p99/PAPERS/WEA90.PDF

http://ieeexplore.ieee.org/ielx5/5379507/5398121/05398374.pdf?tp=&arnumber=5398374&isnumber=5398121

CVD Diamond film

Film Vendor only

http://www.e6cvd.com/cvd/page.jsp?pageid=415

Alemeda Applied Sciences Corporation

http://www.aasc.net/drds http://www.aasc.net/media/DRD-AppNote.pdf

Diamond x-ray view screen http://www.diamond-materials.com/EN/products/cvd_for_xray/fluorescence_beam_monitors.htm

http://www.npl.co.uk/upload/pdf/091104_nuc_galbiati.pdf

NIM paper from 2002