HPIC Meeting - Austin

Transcription

1 HPIC Meeting - Austin Barry Wilson Key Account Manager South West ORTEC 1

2 Who is ORTEC? Parent Company is AMETEK NYSE ticker AME Subsidiary Name is Advanced Measurement Technologies Inc. Brand Names are ORTEC, Princeton Applied Research and Signal Recovery ORTEC was founded in 1960 by Researchers from ORNL to build commercial charged particle detectors made of semi-conductor materials (silicon). Currently about 280 employees world-wide. Factory in Oak Ridge 2

3 Key Technology: HPGe Detectors ORTEC is a world leader in nuclear instrumentation, including both growing HPGe crystals and fabricating detectors. ORTEC has significant experience in large scale production of HPGe detectors for a variety of projects. 3

4 Key Technology: DSP Hardware ORTEC was first to commercialize Digital Signal Processing (DSP) technology in an integrated gamma ray spectrometer. ORTEC holds nine separate patents in the area of DSP based MCA technology alone. 4

5 Key Technology: Coolers Electromechanical cooling system for Fixed/Installed Applications Portable Cooling System for the Field Since 1984, ORTEC has delivered more LN2 free HPGe cooling systems than any company in the world. Patented Low Frequency Rejection digital filtering makes it work. Hundreds of reliable systems delivered per year. 5

6 Key Technology: Software Found Industrial(1) Suspect NORM(1) Found Nuclear Uranium High degree of collaboration with national laboratories for state of the art analysis methods. Broad-based software group continually working on an equally broad range of new products (both nuclear and otherwise) ensures we keep up with technology. 6

7 Radiological/Nuclear Terrorism Preventing the Spread of Illicit Nuclear Materials 7

8 Potential Points of Entry 8

9 The Cost of False Alarms False Positives (nuisance alarms) 90% of innocent alarms at airports are due to medical isotopes in the bodies of travellers In cargo/freight, the major problem is caused by natural emitters. Suspending operations in just one terminal for just one hour could cost close to $500,000, said Bethann Rooney, Port Authority s Manager of Port Security, New York Harbor. False Negatives Report cargo is clean when in fact a source is hidden inside 9

10 Review: Why use HPGe? Plastic HPGe NaI CZT LaBr 10

11 Shielded Plutonium with Barium Barium Plutonium 11

12 Plutonium with 133 Ba Mask Peaks from 133 Ba intermingle with plutonium peaks Shielded with 5 mm steel Collection time for identification is 5 seconds The 133 Ba lines are separated from the 239 Pu lines allowing the identification software to identify plutonium 12

13 Enter the DETECTIVE Portable Nuclide Identifiers! Detective DX/EX & MicroDetective One button sophisticated search/identify tool for non-scientist users Unique Combination of exclusive technologies ORTEC Germanium detector with miniature Sterling engine cooler ORTEC Digital signal processing electronics, embodying several patents Special ID software licensed from the LLNL Radscout 13

14 DETECTIVE DX/EX Common Hardware Features 50x30mm or 65x50mm HPGe detector Run for ever Cooler Gamma ID and Gamma Dose rate Digital MCA 8K channels ~11 Kg weight (EX~12Kg) Battery operation >3Hr Battery Extender = 8hr Docking station optional Hardened cryostat 14

15 DETECTIVE DX/EX differences EX adds Highly sensitive neutron detection -- 4 x 3 He tubes - 4" active length, 0.5" diameter, 20atm. HDPE moderator Color Touch Screen Display on DX and EX DX and EX unlimited data storage on removable media 15

16 The Nuclides Industrial Including, but not limited to 57 Co, 60 Co, 133 Ba, 137 Cs, 192 Ir, 241 Am, 75 Se Medical Including, but not limited to 18 F, 67 Ga, 99m Tc, 111 In, 123 I, 131 I, 133 Xe, 201 Tl Natural (NORM) Including, but not limited to: 40 K, 226 Ra, 232 Th, 238 U Nuclear Including, but not limited to 233 U, 235 U, 237 Np, 239 Pu, 252 Cf 16

17 All versions are simple in use... DX/EX & Micro Clear touch screen (use stylus or finger) 17

18 PRIMARY ID SCREENS, Classification of suspect or found nuclides by type Found Industrial(1) Suspect NORM(1) Found Medical(1) A single keystroke leads to... 18

19 ..Found Nuclides Screens Cs137 TC99m 19

20 SNM Search Mode 20

21 The Micro Detective Smaller (-50%) Lighter (-40%)~15lb More Rugged More capabilities Same sensitivity Easier to use STIRLING COOLER Compared to the Detective-EX 21

22 The Micro Detective 50 mm diameter by 30 mm deep HPGe COAX Wireless control Integral GPS Digital electronics inc LFR noise reduction filter Single 3 He Neutron Detector 22

23 The Micro Detective-HX One-handed control of instrument through two handle-mounted buttons, or through touch screen. Visual Alarms: LEDs provide clear and simple indication of nuclide type: threat, innocent or suspect, plus error indication. Vibrating alarm built into handle. 3-level auditory alarms can be routed through headphones. 23

24 The Micro-trans-Spec A Portable HPGe Spectroscopy System Micro-trans-SPEC Applications Nuclear Materials Hold-Up Nuclear Safeguards Inspection In-situ Waste Assay Measurements Emergency Response Reactor Maintenance Medical Physics 24

25 Detective/TransSpec series Nuclide Identifiers Detective DX Detective EX Detective DX 100 Detective EX 100 Portable Ge Systems TransSpec DX TransSpec DX 100 Micro-TransSpec MicroDetective MicroDetective-HX 25

26 Detective Customer List United States DOE Laboratories Los Alamos National Laboratory Lawrence Livermore Laboratory Sandia National Laboratory Pacific Northwest Laboratory Idaho National Engineering Laboratory Savannah River National Laboratory United States Customs and Boarder Patrol (CBP) United States Department of Justice -- FBI United States Department of Defense DTRA DISA DIA USAF United States National Guard Civil Support Team Environmental Measurement Laboratory (DHS) Federal Emergency Management Agency (DHS) Radiological Assistance Program (DOE) State of Illinois Emergency Management Agency District of Columbia Bomb Squad District of Columbia Park Police Canada Homeland Security Organization Canada Border Services United Kingdom Ministry of Defense United Kingdom Home Office British Nuclear Fuels, UK IRSN Fontenay aux Roses, France IAEA Austria Fraunhofer Institute Germany DARD Northern Ireland London Fire Brigade 26

27 Interchangeable Detector Module Large 85 mm x 30 mm HPGe crystal Stirling cycle cooler Hardened cryostat: long life Temperature cycle any time Digitally stable signal processing Hot swap in operational state reduced downtime USB 2.0 data communications Continuous data collection, no dead spots, list mode Low power consumption Low Frequency Rejection filter (LFR) 27

28 HPGe Detector Assemblies the IDM 28

29 IDM Applications 29

30 EASY-MCA-2K/8K Non NIM 2k or 8k MCA USB 2 Interface Fast Conversion (<2-microseconds) Gate Input BUSY and PUR inputs for Dead Time Corrections Includes Maestro-32 (model A65-B32) Software 30

31 Introducing the DSPEC-LF A powerful Entry Level DSP Ultra-stable digital spectrometer Automatic optimization of detector parameters make setup simple (ORTEC Patented PZ Adjust) ORTEC SMART-1 intelligent HPGe support: display detector status and state-of-health Ballistic deficit correcting digital filter for optimum resolution for large detectors Fast data transfer; live spectrum display via the familiar MAESTRO-32 or other ORTEC software products Easy installation: true plug-and-play on USB 2.0 Full computer control of every function 31

32 A New Carbon Fiber Endcap for HPGe detectors 32

33 Detector Construction Major contributor to spectrum counts Mounting cup 33

34 Transmission (fraction) Low Background Carbon Fiber is: virtually background free As strong as an all Al endcap Can see lower than 10-keV Transmission through Beryllium and Carbon (0.76 mm) Carbon (all) Beryllium (Ultra) Carbon Transmission is 73% of Beryllium Energy (kev) 34

35 Industrial Detector -HE option Environmentally Hardened Detector: Impervious to Dust and Grit Sealed Electronics Chamber for Use in High Humidity Environments Splash Proof Corrosion Proof Carbon Fiber Endcap allows use in harsh environment without loss of low energy efficiency 35

36 Software Developments ISOPLUS 4 for analysis of waste samples ANGLE for analysis of bottles and marinelli beakers Both based on primary point source calibrations -use with any HPGe detector 36

37 ISO-Plus Version 4.1 Analysis Software for Waste Containers and In-Situ Measurements 37

38 Six correction factors are calculated Container Matrix Collimator Geometry Self-Attenuation Air 38

39 ANGLE calibration for bottles and marinelli beakers etc An add-in to GammaVision Takes the GammaVision (traceable) point source calibration and extrapolates to calibration for close object such as Marinelli or Bottle. Same point kernel approach as IsoPlus 39

40 Questions? 40