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On-site Validation of Energy Weighted Algorithm with PVT based Radiation Portal Monitoring System (#4283)
H. C. Lee1, W. - G. Shin1, B. T. Koo1, C. S. Park2, H. - S. Kim2, K. Bae3, K. Lee3, Y. K. Kim3, J. H. Joung3, C. H. Min1
1 Yonsei University, Dept. of Radiation Convergence Engineering, Wonju, Gangwon-do, Republic of Korea
In South Korea, about 100 radiation portal monitoring (RPM) systems have been installed at major harbor and airport from 2012 when Act on safety control of radiation around living environment was implemented. The RPM system mainly inspects large containers in short time, so a plastic scintillator based on polyvinyl toluene (PVT) which can be manufactured in various forms is used. The PVT has high gamma detection efficiency and is much cheaper than an NaI(Tl) scintillator or high-purity germanium detector. However, there is higher possibility of the Compton scattering than photoelectric effect because the PVT is composed of only carbon and hydrogen, so nuclide identification by photo-peak without additional algorithm is impossible. Therefore, the ‘Energy window’ (EW) algorithm based on gross count is mainly applied to the RPM system based on the PVTs. But the algorithm cannot correctly discriminate between natural and artificial radionuclides whose Compton edges are similar. So we proposed the ‘Energy weighted count' (EWC) algorithm in previous research which multiplies energy with counts of energy spectrum that the Compton edge is highlighted as sharpen peak. In this study, the validation of EWC algorithm was performed through the measurement of EWC spectrum using commercial RPM system already installed at harbor on-site and result comparison with other type of detector. The RPM system has 174ⅹ29ⅹ7 cm3 PVT panel and it was connected with a self-fabricated signal processing board and spectrum monitoring program. For the algorithm validation on source speed, the EWC spectra of 137Cs of 78.9 μCi and 60Co of 70.4 μCi were measured when the sources were placed at inside and outside ceiling of car, and moved from 5 to 30 km/h. Also at center height of PVT, we repeatedly measured the EWC spectra of 137Cs (78.9 and 9.2 μCi), 60Co (70.4 μCi), 226Ra(14.4 μCi), and steel scrap including 238U (surface radiation dose rate of 35 μSv/h) placed in specially modified truck of 10 km/h. As a result, the outside 137Cs was detected until 30 km/h successfully and its peak locations of EWC spectra showed only 2% difference and there was similar performance for 60Co. By the repetition experiment, although the natural radioactive sources were detected with 60% success rate, but the 137Cs and 60Co were 100% detected. On the contrary, the existing EW algorithm successfully discriminated the artificial radionuclides with high radioactivity, but 137Cs of 9.2 μCi and natural radioactive sources were not detected correctly. These results showed the effectiveness of EWC algorithm on-site field for identification between natural and artificial radioactive source, and if the proposed algorithm is applied at the first inspection site, the smooth flow of logistics would be expected by reducing chance of the secondary inspection.
Keyword: Energy weighted count algorithm, PVT, RPM system, Harbor on-site, Spectrum measurement
Commercialization of an Inherently-directional Neutron Detector (#4291)
E. R. Cochran1, K. A. Chips2, S. D. Pain2, M. T. Febbraro2, W. A. Peters2
1 Oak Ridge National Laboratory, S&T Partnerships, Oak Ridge, Tennessee, United States of America
This effort aims to mature the technology of a handheld, inherently-directional neutron detector for licensing by a private partner. This will be achieved by the creation of a sufficiently developed prototype for demonstration in-situ to potential licensees. This technology provides a directional response to neutrons without the use of shielding, moderator materials, or complicated analysis, differentiating it from anything commercially available today. Such a technology would be immensely useful for homeland security and nuclear safeguards applications, as well as basic nuclear physics research, nuclear energy, and nuclear medicine.
Radiation Detection Technologies at CERN (#4292)
1 CERN, IPT-KT-MA, Geneva, Genève, Switzerland
Radiation detection and monitoring is essential for CERN’s daily operations. The technologies developed at CERN for its scientific program are then disseminated by the Knowledge Transfer group.
Some of the promising technologies in this field are:
RaDoM: radon monitoring for cancer prevention. Radon is a rare and naturally occurring radioactive gas and the number one cause of lung cancer in non-smokers. The areas of higher concentration are the mountainous regions of France, Switzerland and Norway. Measuring indoor radon concentrations rapidly and accurately is becoming an important factor to mitigate radon’s health risks.
Building on CERN’s long-standing expertise in radiation protection, a very compact radon detector was developed. RaDoM is unique in its design: a miniaturised pump imitates the human respiratory system, enabling accurate measurement of what is called the “effective lung dose”, the most accurate indicator of indoor radon health risks to human beings.
B-RAD: ensuring radiation safety in strong magnetic fields. When in the presence of even a relatively weak magnetic field, existing radiation survey meters have difficulties delivering reliable radiation measures. This can be a safety hazard for personnel who rely on radiation measurements to assess threats during interventions. Initially developed for use by CERN’s radiation protection group and the fire brigade, CERN’s B-RAD portable radiation survey meter uses innovative solutions based on silicon photomultipliers to continue operating in the presence of high magnetic fields. B-RAD is currently commercialized by an Italian company.
Pixel Detector Technologies at CERN (#4293)
1 CERN, IPT-KT-MA, Geneva, Genève, Switzerland
CERN activities focuses on three main pillars: accelerators, detectors and computing. In particular, many technologies have been developed in pixel detectors specifically.
The Medipix technologies were originally developed for being used in the Large Hadron Collider (LHC) experiments, and have made the journey from CERN to other applications in a wide range of sectors - an outstanding example of how technology developed at CERN can create societal impact. The Medipix Collaborations develop hybrid pixel detector readout chips for radiation imaging and other particle detection applications.
The Gas Electron Multiplier (GEM) is a proven amplification technique for position detection of ionizing radiation in gas detectors. GEMpix is a novel detector for dose measurement in hadron therapy that couples two CERN developed technologies, a triple GEM detector and a Timepix ASIC for readout. GEMPix is being used to measure the 3D energy deposition of a therapeutic ion beam in a water phantom.
New developments are ongoing in the field of optical readout of GEM-based detectors using high-resolution CCD cameras. Integrated X-ray imaging with remarkable position resolution and signal-to-noise ratios as well as energy resolved imaging enabled by single photon sensitivity for applications such as X-ray fluorescence for material characterization can be realised. By augmenting 2D images with timing information obtained from fast photon detectors, full 3D reconstruction in an optically read out TPC has been demonstrated. Several prototypes have been developed, as one for online proton beam monitoring for hadron therapy.
Electronic Technologies at CERN (#4294)
1 CERN, IPT-KT-MA, Geneva, Genève, Switzerland
Electronics systems are in the heart of CERN activities, playing a critical role in particle accelerators, particle detectors, power generation and distribution, and access and safety infrastructures.
One of the technologies available is NINO ASIC, a low power front-end amplifier discriminator ASIC chip for use in applications based on electron and photon detection in medical imaging, life science or material research. NINO allows for an 8-channel input signal charge measurement through encoding discriminator pulse width with excellent timing resolution at very high rate, while at the same time providing a very low noise performance and power consumption characteristics per channel.
Moreover, integrated CO2 cooling system, also known as Integrated 2-Phase Accumulator Controlled Loop (2PACL) is a modification of the original system developed for the AMS-Tracker and LHCb-VELO CO2 cooling systems. The integrated CO2 cooling system method presents a different way of operating and controlling the original concept. The modification makes the system simpler, more reliable, better to control and cheaper. This clean and green technology has as main application the accurate thermal control of distant set-ups with small additional cooling hardware.
CERN Irradiation Facilities (#4295)
1 CERN, IPT-KT-MA, Geneva, Genève, Switzerland
CERN irradiation facilities are operated either by the Experimental Physics Department, Detector Technologies Group (EP-DT), or by the Engineering Department, Experimental Areas Group (EN-EA).
CERN Facilities are:
Software Developments at CERN (#4296)
1 CERN, IPT-KT-MA, Geneva, Genève, Switzerland
The computing community at CERN has developed a rich portfolio of software needed for its scientific program and then made available outside.
FLUKA is a fully integrated particle physics MonteCarlo simulation package. It has many applications in high energy experimental physics and engineering, shielding, detector and telescope design, cosmic ray studies, dosimetry, medical physics and radio-biology.
In medical field, simulations for hadron therapy have been done with FLUKA to study the possible advantages of radioactive beams of Carbon 11 or Oxygen 15. The nuclear interaction models for light ions (in particular Helium) at energies of relevance for hadron therapy were improved. Assistance was given to external collaborators at CNAO and HIT, in particular for new features essential for the therapeutic exploitation of Helium beams.
The CERN Robotics Software is used to manage autonomous movement, which allows a modular robotics platform to perform sophisticated tasks. CERN developed this technology to protect its personnel against hazards in the accelerator facilities. It includes drivers that allow integration of various commercially available sensors and robotic arms into the hardware platform.
The application areas are vast and include inspection, monitoring and remote handling in the hazardous environments of many industries. Its autonomous navigation could help visually impaired people with navigation and even be used in driver assisted cars. The technology is licensed to Ross Robotics, a company that develops modular robotics platforms.
The Tipsy photomuliplier (#4297)
H. van der Graaf1, 2
1 Nikhef, Detector RD, Amsterdam, NH, Netherlands
the MEMBrane group
We have developed the tynode (= transmission dynode) with a transmission secondary electron yield of 5.5. The Tipsy fotomultiplier is an assembly of a stack of 5 tynodes, placed on top of a pixel chip, and placed in a vacuum sealed with a window and classical photocathode. A single soft photon releases a photoelectron, emitted by the photocathode. This single electron results in a charge cloud of 5.55 = 5 k electrons entering the pixel input pad, sufficient to trigger the pixel’s circuitry.
The time resolution of Tipsy may be as good as one ps but may be limited by the speed of state-of-the-art Si or GaAs technology. The spatial resolution is determined by the pixel pitch (granularity). Since the tynode stack acts as noise-free amplifier, only thermal electrons from the photocathode cause some dark current.
At present, we are constructing a prototype TipsyZero in the form of a custom-specific Planacon. After that, the development of a commercially interesting device will require additional R&D:
This work may be too risky to be carried by private funding alone: sharing IP is at stake.
High performance Lu2O3:Eu thin film scintillators for high-resolution radioluminescence microscopy (#4298)
S. R. Miller1, Z. Marton1, D. Sengupta2, G. Pratx2, V. V. Nagarkar1
1 Radiation Monitoring Devices, Inc, Watertown, Massachusetts, United States of America
Radioluminescence microscopy (RLM) is a recently introduced method for imaging radionuclide uptake at the single-cell level, and can be used in conjunction with other types of microscopy (such as fluorescence microscopy) to provide multiplexed information about single cell behavior.
The most important component of this technique is the scintillator that converts the energy released during radioactive decay into luminescent signals. The sensitivity and spatial resolution of the imaging system depend critically on the characteristics of the scintillator, including its light output and transparency. Here we are developing the new thin-film Lu2O3:Eu scintillator in order to maximize the performance in the RLM imaging system. Lu2O3:Eu provides high light yield (48,000 photons/MeV), with an emission peak in the red which is an excellent match to the CCD detector. We deposit Lu2O3:Eu films (<20 µm) onto thin sapphire substrates. The transparency of the film and substrate is important as this allows the image of the beta activity to be super-imposed onto the optical image. Furthermore, the film is designed to ensure biocompatibility.
Here we compare the performance of the Lu2O3:Eu films to thicker CdWO4 scintillators. The thinner Lu2O3:Eu films produce truncated ionization tracks with higher intensities per unit area, and overall significantly higher sensitivity, 30.1% vs 7.6% for CdWO4. Using the Lu2O3:Eu scintillator, we are able to distinguish cells that are only 10 mm apart, as opposed to roughly 22 mm for the CdWO4 scintillator. With the high resolution and improved sensitivity of the Lu2O3:Eu scintillator, it now becomes possible to image single cells as part of more confluent cultures.
At present the Lu2O3:Eu scintillator technology is being developed into a product which we hope to make available for widespread use by the end of 2018, with scintillators available as standalone or in dish format. This work is currently being supported by NIH Grant 5R44GM110888-03.
A Mission-Ready Compton Gamma Imager for Safety and Security (#4299)
P. R. B. Saull1, 3, L. E. Sinclair2, 3, J. Hovgaard4
1 National Research Council, Ionizing Radiation Standards, Ottawa, Ontario, Canada
Over the past several years, our unique collaboration of academic and government researchers, security professionals and responders, has been working to design a Compton imager for detection and characterization of radioactive sources out of regulatory control. Our approach has been to build on the significant field experience of operators in safety and security with large volume solid scintillator-based mobile survey and mapping systems. Our imager consists of hundreds of small CsI(Tl) crystals and can function as a drop-in replacement for the mobile survey spectrometers currently in use at borders and by security professionals in the United States, Canada and other countries. Our most-recent project includes private-sector partner Radiation Solutions Inc. (RSI) and aims to bring a "Mission-Ready" version of the Silicon-Photomultiplier Compton Telescope for Safety and Security (SCoTSS) imager into commercial production some time in 2018. Most significantly, the mission-ready SCoTSS imager has been designed in consultation with multiple end-user groups and will therefore take a modular and scalable form. Some operators will receive a unit sized for backpack or quadcopter UAV deployment. Others will order several of these modules which can be put together to make a larger imager functioning from a ground-based vehicle or manned aircraft. This presentation will showcase this and myriad other solutions adopted to move from laboratory demonstration unit to commercial and fieldable prototype, including leading-edge silicon-photomultipliers for scintillation light collection, miniaturization of electronics while maintaining pulse-shaping and digitization performance, and dealing with power and heat-transfer issues.
Novel Solid State Technology for Positron Emission Mammography (PEM) (#4300)
H. Poladyan1, O. Bubon2, A. Teymurazyan3, A. Reznik2, 4
1 Lakehead University, Biotechnology PhD Program, Thunder Bay, Ontario, Canada
There is a clinical need to accurately detect lesions at early stage in women who are at high risk of breast cancer development. Due to the early onset age of breast cancer in women at high risk, they are recommended for screening at the age of 30. At this age, for majority of the cases, the breast tissue is dense and as a consequence conventional x-ray mammography either fails to detect small lesions or does not yield conclusive results leading to a large number of unnecessary biopsies.
High resolution breast-dedicated Positron Emission Tomography(PET) imager called Positron Emission Mammography (PEM) can address the current clinical needs of screening women who are at high-risk of breast cancer development.In contrast to conventional x-ray mammography, detectability of small lesions with PEM does not depend on breast density. This reduces the need for breast biopsy and allows younger, high risk women to benefit from early breast cancer detection.
The PEM system under the development employs an innovative solid-state technology based on high light yield LYSO scintillating crystals in combination with novel solid-state photodetectors. To evaluate the performance and characteristics of the proposed PEM detector, series of assessment procedures aligned with the recommendations of National Electrical Manufacturers Association (NEMA) NU 4-2008 standard are performed. Measurements with FDG filled Micro PET phantom and Ultra Micro Hot Spot phantom demonstrate visualization of features as small as 1 mm and 1.35 mm, respectively.
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TECHNO AP Co. Ltd.
TechnoAP Co., Ltd is a leading manufacturer of devices for the radiation measurements, as well as x-rays, gamma rays and neutron detection. We mainly developed unique modules, DPP (Digital Pulse Processor) that provides superior usability by offering a wider energy range, higher throughout and better stability in various applications. TechnoAP Co., is establisched in 2000. We have over 15 years experience in nuclear physics and industrial market in Japan.
Teledyne SP Devices
Tohoku-MicroTec Co., Ltd.
T-micro will exihibit the advanced 3D-IC technology with the prototype of stacked SOI pixel detector chips, the samples of 12” 3D-IC processed wafer with TSVs & u-bumps.
Vertilon is a leader in high performance instrumentation for the nuclear physics industry. Our products include multichannel data acquisition systems for silicon photomultipliers and multianode photomultiplier tubes, as well as sensor interface boards specifically designed for the latest silicon photomultiplier arrays and multianode PMTs available on the market today.
W-IE-NE-R Power Electronics is providing electronics for detector read-out, data acquisition, experiment control and diagnostics. Combining superior designed mechanic chassis with high quality, microprocessor controlled, low noise power supplies and a high level of integrated diagnostic and monitoring W-IE-NE-R became a world leader for powered chassis in all common electronics standards as VME, VME64x, VXS, PXI, ... In a joint venture between W-IE-NE-R and ISEG we present the new high density, multi-channel low and high voltage power supply system MPOD / MMS. Each system can house up to 480 independent high voltage, 80 low voltage channels or any mixture of low and high voltage. ISEG multi-channel high voltage modules for use in MPOD / MMS offer highest stability and very low ripple/noise and thus deliver cutting-edge solutions for high voltage applications. Voltage and corrent controlled low voltage modules complement these to power front-end boards, magnets or other electronic circuits. MPOD / MMS systems are computer controlled and network ready with support for EPICS, OPC server and SNMP. A new portable multi-channel, VME-based digital data acquisition system will be shown based on the new MESYTEC digital pulse processor, ADC, QDC and TDC modules as well as the WIENER portable VMEchassis and the list-mode processor VM-USB controller. In North America W-IE-NE-R products are available through W-IE-NE-R Plein & Baus Corp.
As a new entry of its portfolio of consolidated products, XGLab presents “DANTE”, a compact, single-board Digital Pulse Processor. DANTE is conceived to be used in combination with the CUBE preamplifier, to fully exploit its performances.
XIA LLC develops and sells advanced digital signal processors for use with x-ray and gamma-ray detectors and related instruments for applications in research, industry and nuclear safeguards. Our core technology of high-performance digital pulse processors is available in flexible stand-alone instruments, dedicated embedded configurations for OEM applications, and rack mounted multi-channel systems. From low power, hand-held spectrometry, through extremely high count rate applications, to integrated systems for multi-element detectors, XIA provides high performance solutions that advance the state of the art. In addition to our range of x-ray and gamma-ray instruments, the UltraLo low background alpha-particle counter is employed for quality control in the semiconductor manufacturing industry. XIA is based in Hayward, California, USA. Our multi-lingual staff and overseas representatives support product sales in over 30 countries on six continents.
X-Ray Imaging Europe & X-Spectrum
The company X-ray lmaging Europe XIE GmbH is developing X- and Gamma-radiation detectors and related electronics. The business of XIE GmbH is the development and manufacture of sensors for efficient detection of radiation for medical applications, security monitoring and non-destructive testing. XIE produces pixel detectors systems using the Medipix2 and Timepix Photon Counting chip. These pixel detector systems have a physical resolution of 55 microns, 110 microns and 165 microns. The detectors offer very high spatial resolution in addition to high efficiency and energy resolution measurements. The Medipix2 Photon Counting chip was developed at CERN in Medipix2 collaboration and is distributed by X-ray Imaging Europe. X-Spectrum is dedicated to the scientific advancement through research utilizing synchrotron radiation. It provides the LAMBDA system, a dedicated X-ray camera that is unique in its capabilities. As a spin-off of DESY, which originally developed LAMBDA, Xspectrum not only provides the camera itself, but also dedicated IT equipment and software for seamless integration into the most common synchrotron beamline control systems. We firmly believe that detectors can be easy to use, plug and play devices.
WIENER – ISEG – Mesytec
Acrorad Co., Ltd.
Acrorad is a company manufacturing CdTe single crystals, CdTe detectors, and devices consistently. Though CdTe has been recognized for its outstanding characteristics as a radiation detector for over 30 years it was very difficult to manufacture high quality CdTe crystals and detectors for stable supply. After more than 20 years of research activity, Acrorad has successfully developed our own technology to realize 4-inch diameter single crystal by Traveling Heater Method (THM) which enables us to produce the highest quality CdTe radiation detectors in large volume. We exhibit not only the CdTe single crystal itself but also applied products based on this technology such as X-ray and Gamma-ray imagers.
Adit Electron Tubes
ADIT Electron Tubes designs and manufactures photomultiplier tubes, detector modules, voltage dividers and signal processing electronics. Photomultipliers are available in diameters from 1/2" to 11". Special tubes available are: High QE; compact; tubes for cryogenic temperatures; ultra-low background; tubes for high temperature environments; tubes for space flight. Two manufacturing facilities, in west Texas and west London, help ensure fast delivery and competitive pricing.
Advacam manufacture and provide a wide range of photon counting cameras. At the IEEE exhibition we showcase a new AdvaPIX TPX3 device with ultra-fast sparse data readout to acquire up to 40 Mhits per second. Compared to the older Timepix chip, the Timepix3 offers 6 times better time resolution, 2 times better energy resolution, 2 times lower minimal energy threshold, zero deadtime operation in tracking mode and 10x faster data transfer.
Alpha Spectra, Inc.
Alpha Spectra has now manufactured over 150,000 detectors in becoming the world's second largest producer of NaI(Tl) scintillation crystals. Our company was founded in 1986. We are proud of the manner in which our staff has worked together in developing a technology-based company with world class expertise. Our detectors are used mainly in detecting gamma radiation, however we will soon be offering a newly improved neutron detector. Stop by and we will share the details. Alpha Spectra, Inc. is the only American-Owned Company in the industry that utilizes its own purification process and growth process. Our method begins with exceptionally clean starting material. The growth technique was developed and advanced in our crystal growth laboratory. Alpha Spectra, Inc. manufactures scintillation detectors for homeland security, health physics, academic research, industrial thickness and level gauges, medical diagnosis and oil and gas exploration. We now grow NaI(Tl), NaI(pure), CsI(Na), CsI(Tl), and CsI(pure) at our facility. We offer designs that utilize other scintillation materials including: BGO, CsI(Na), CsI(Tl), CaF2(Eu), Plastic and Liquid Scintillator materials. ASI has developed over 1000 different detector designs. Our high-quality detectors are assembled utilizing techniques that have been developed with over 100 years of combined working experience. We excel in providing excellent support in the design and development of prototype detectors. Our staff will support your project and provide the expertise and responsiveness that it requires. Contact Alpha Spectra, Inc. for your scintillation detector requirements and be assured that you will receive personal attention. Stop by our trade show booth and ask us about new developments. We have recently launched a new website take a look at www.alphaspectra.com.
Alphacore will be presenting a range of advanced components and systems, many of which are specifically designed to tolerate radiation-intensive environments. Alphacore’s portfolio includes infrared imaging components and cameras, as well as high-performance and low-power analog and mixed signal intellectual property (IP) building blocks and integrated circuits, such as analog-to-digital data converters (ADCs), digitizers, low-dropout oscillators (ADCs), amplifiers, amplifiers, bandgap references, and more.
AMPTEK Inc. is the world leader in supplying low cost thermoelectrically cooled X-Ray Fluorescence (XRF) Detectors and Electronics. The SDD, Si-PIN and CdTe detectors, with their Preamplifiers and Digital Pulse Processors (DPP), are ideal for OEMs developing table-top or hand-held XRF analyzers. Applications include RoHS/WEEE, Process Control and Alloy/Lead analysis. Amptek offers simple to use, low-cost, reliable systems that are ideal for laboratory and field use and for OEMs. Introducing newly acquired in-house manufacturing bringing you the highest performing detectors available. This new family of detectors have lower noise, lower leakage current, better charge collection, and uniformity from detector to detector. This results in superior peak-to-background, peak-to-tail, resolution and a more Gaussian spectrum. See our new line of ultra high performance FAST SDD®, large area FAST SDD®, improved SDD and our newest Si-PIN detectors. For over 40 years, Amptek has defined the true state-of-the-art. Amptek scintillation detectors are used world-wide in nuclear plant monitoring and homeland security applications. The GAMMA-RAD5 is a portable, complete, integrated gamma-ray spectrometer. It includes a scintillator and PMT, a Amptek’s DP5G DPP, all the hardware and software necessary to control and communicate to a PC, and all power supplies. The GAMMA-RAD5 is ideally suited for a wide range of gamma-ray spectroscopy measurements, from lab applications to most harsh field applications. The Amptek TB-5 Digital Tube Base is packaged in a low power, compact tube base containing all the electronics needed for high performance spectroscopy with your scintillator and photomultiplier tube. It includes a preamplifier, a full-featured digital pulse processor with MCA, a high-voltage power supply, and all low voltage power supplies. It can be controlled and powered over USB or Ethernet. The TB-5’s auxiliary interfaces and flexible architecture can be easily tailored for specific applications and advanced data acquisition options. Amptek’s MCA8000D is a state-of-the-art, compact, high performance, digital MultiChannel Analyzer (MCA). Superior performance is obtained from a high speed ADC (a 100 MHz 16 bit ADC) and sophisticated digital logic. The MCA8000D digitizes the input signal (the output of an analog shaping amplifier) to measure the pulse height and obtain the pulse height spectrum. The high speed ADC, with a 10 ns conversion time, reduces dead time thus increasing throughput. The digital circuitry yields high accuracy and stability. Amptek hybrid preamplifiers are the standard for the space industry and used by instrument makers worldwide in both Earth satellites and deep space probes. Please visit Amptek at www.amptek.com for complete information.
APL Engineered Materials
APL Engineered Materials is the premier global supplier of high-purity, ultra-dry metal halides. With over seventy years of experience in production of high-purity metal halides, we now offer Scintillators materials for radiation detection. 5N pure NaI, CsI, SrI2, low radioactive background-LaBr3, dopants such as CeBr3 and EuI2 to cater to your research and manufacturing needs. Reach out to us at booth number 304 for collaborations, quotes or just for a chat. We ship in custom quantities from grams to metric tones and will be happy to be a part of your crack free crystal growth process no matter how big or small
Baker Hughes a GE Company – Reuter Stokes
Reuter-Stokes is a subsidiary of Baker Hughes a GE Company. We are a world leading manufacturer of neutron detectors. We have been manufacturing neutron detectors and other gas filled radiation detectors since the late 1950’s. Our products include Helium-3, Boron-10 proportional counters, fission counters, neutron ion chambers and gamma ion chambers. In addition to our gas filled radiation detectors we have capabilities in scintillation detectors. We also provide electronics and assemblies for our neutron scattering product line. Our markets include homeland security, international safeguards, neutron scattering, research, nuclear power and oil and gas exploration. Reuter Stokes prides itself in manufacturing sensors for harsh and unique environments. We look forward to working closely with our customers to provide the best solution for their application.
Baltic Scientific Instruments
The NitroSPEC the world's smallest liquid nitrogen cooled Spectrometer which is based on High Purity Germanium (HPGe) semiconductor detectors. The NitroSPEC is providing the complete range of functions and features which are offered by regular laboratory Spectrometer based on HPGe detectors but in a really miniature composition of all major components.
Beijing High Energy New Technology Co., Ltd.
Distributed Dynamic Radioactive Detection Imaging system is Institute of High Energy Physics independent development of high nuclear radiation detection system. The development of this system is supported by the national scientific instrument equipment development project and the scientific research equipment project of the Chinese academy of sciences. The system has the functions of high sensitivity ray imaging, full directional ray automatic positioning, radionuclide identification, radiation dose monitoring, data communication and networking, etc. The installation of a single set of fixed points or a variety of mobile platforms can be used to form a distributed X-ray detection and monitoring system. The system has been widely used in the nuclear industry, national defense, environmental protection, security, anti-terrorism, and scientific research.
Berkeley Nucleonics manufactures NIM Tail Pulsers, Femtosecond Digital Delay Generators, RF/Signal/Arbitrary Waveform Generators and Radiation Detectors. New products include real-time Becquerel Measurement modes for the SAM 940, a Pulse/Delay Generator with 2 pS jitter and an innovative Gamma/Neutron discrimination technique.
BRIGHTSPEC' is a relatively new company producing nuclear and X-ray (XRF) instrumentation. The company has innovative solutions for scintillation-based gamma-ray spectrometry with its tube-based, compact DSP-based MCAs line: bMCA. It should be highlighted, as well, its products for high-resolution X-ray spectroscopy, including bAXIL, a very complete and comprehensive spectrum analysis software. The company also design advance software for the gamma-ray and x-ray spectrometry and related applications. BRIGHTSPEC provides solutions and/or instrument designs and software for the OEM market as well.
Offering the largest range of preclinical imaging systems, Bruker is committed to supporting the scientific community with high-end instruments dedicated to disease research, translational science and molecular imaging. Our non-invasive in-vivo imaging modalities are designed to deliver greater scientific insight based on animal-centric solutions. Bruker offers advanced preclinical imaging solutions for a broad spectrum of application areas, such as oncology, neurology, cardiology, inflammation, infectious diseases, functional and anatomical neuroimaging, orthopedics, cardiac imaging and stroke models. Our range of imaging modalities includes PET/SPECT/CT Imaging, MRI, PET/MRI Imaging, microCT, Multiphoton and Intravital Confocal Microscopy and MALDI Imaging.
C&A Corporation was founded in 2012 as a spin-off venture company from the Institure for Materials research in TOHOKU University, Japan. The name "C&A" is derived from "Crystals and application". C&A is capable to manufacture variety of scintillator crystals not only ingot but also pieces or arrays. The main products of C&A Corporation are following : 1. GAGG , which has the highest light yield among oxide scintillators. 2. GEAG, which has the highest light yield with fast decay time. It can be the candidate for PET application. 3. La-GPS, wich keeps high light yield, fast decay time and high energy resolution up to high temperature. 4. EU.SrI2, which has high light yield, high energy resolution. It will be provided with hermetically sealed canister.
CAEN Technologies Inc.
CAEN is leader in the design and manufacture of sophisticated electronic instrumentation for Subnuclear, Nuclear, and Astroparticle Physics: Low Voltage & High Voltage Power Supply Systems, Signal Conditioning, Front- End, Trigger, Data Acquisition Electronics (VME, NIM, CAMAC standard, USB Desktop, PCIe) and Powered Crates. CAEN activities are at the forefront of technology also thanks to years of intensive collaborations with the major Research Centers and Universities in the world. CAEN is also proud of its extensive collaboration with the most important HEP experiments world-wide: almost 40% of our production is custom designed.
CapeSym's SrI2(Eu) Developers Kit is a plug-and-play, low internal activity device optimized for high energy resolution gamma spectroscopy. The 2.5"D x 8"L unit includes a SrI2(Eu) crystal, photodetector, power supply, signal amplifier, USB, open-source API, and web-based GUI. Prices are competitive with other high energy resolution scintillator kits.
Clear Pulse Co., Ltd.
Clear Pulse Co., Ltd. was established in 1971. Our products include originally developed spectrum stabilizer, digital rate meter, PC based PHA as the first model in Japan. CLEAR PULSE Co., Ltd. has been enhancing the corporate policy to provide state of the art custom order products to the customers. CLEAR PULSE Co., Ltd. also has been supplying unique AEC NIM Bin series products including standard Bin & PS, low noise charge sensitive preamplifiers including custom made hybrid IC based multi-channel preamplifiers and main-amplifiers. Traditionally CLEAR PULSE ’s collaborators are national & public organizations (mostly universities and institutes) for physics and radiation measurement & control. Our main products are as follows. NIM modules NIM Bin & PSs, ADCs, Multi-channel amplifiers, Pulse shaping amplifiers, Scaler timers, HV power supplies, NIM blank modules, etc. Physics & radiation measurement instruments Front-end and Readout electronics for 64 channel and more SiPM and MAPMT. The probes including CdTe/CdZnTe/TlBr/GAGG/SrI2(Eu)/CsI(Tl) with optimized preamplifier. Low Noise Charge-sensitive preamplifiers, Multi-input PHAs, Environmental radiation monitors, Gamma Camera for hot spot finder, Balloon installed cosmic-ray measurement systems, Car-borne/Hand-borne radiation survey systems, Ionization chambers. Advanced Fusion Technology, Co., Ltd. (Abbreviation:AdFuTec) was established in 2004. Despite its small size, almost all staff of company have over 25 years of business experience in the nuclear physics and industrial market in Japan. AdFuTec is well-known among our valued customers for our professionalism. Introducing ""Middle"" resolution Gamma Spectroscopy system which consists of Srl2(Eu) scintillator, own MCA and analysis software. Our analysis software is called Prime Spectrum User Interface. It is MCA emulation, data acquisition and analysis software for Gamma Spectroscopy. Features - Simple and easy operation - Data acquisition and hardware control - Gamma spectrum analysis from “Middle” resolution detectors - Peak viewer - Analysis report - Support for multiple file formats - Multiple language support
The new SANTIS 0804 CdTe or CdZnTe imaging detector, with a pixel size of 75 μm or 150 μm and two or four energy thresholds, is the perfect tool for your preclinical research. It offers you photon counting spectral imaging at high resolution, with precise calibration and best stability.
Manufacture of organic scintillators
ELSE NUCLEAR is an Italian manufacturer of standard as well as highly customized products for radiation detection, employed in a wide range of applications: environmental monitoring, radiation protection, radioactive waste management, nuclear power plant decommissioning, nuclear medicine, industry and physics research. Our most distinctive feature is the ability to create new and completely customized instruments, which can satisfy very specific and high-level requirements otherwise unattainable.
EMD Performance Materials
EMD Performance Materials is the North American high-tech materials business of Merck KGaA, Darmstadt, Germany. In the area of Optoelectronics, specifically Photonics, EMD is a leading supplier of high purity metal precursor sources for thin film and crystal growth technology. From our program, we offer a broad range of high purity metal halides, specialty oxides and organometallic sources targeted for use in high performance applications in areas such as optics , X-ray imaging, and radiation detection. Our US sales office is located in Haverhill, MA (email@example.com) with production in the US and Europe.
EPIC- Crystal Co., Ltd.
EPIC CRYSTAL Company is the leading manufacturer of scintillation crystals in China, mainly included the CsZ (T1), NaI (T1), BGO, LYSO (Ce) and CdWO4, for the applications within the nuclear medicine, security inspection, nuclear radiation detection, geological exploration, high energy physics and other relevant field.
FIELD VIEWERS mission is to revolutionize the radiation detection market place. Our current product distribution include ASICs suitable for CZT, CdZnTe, Si and gas filled detector readouts for variety of applications.
FLIR identiFINDER R-Series products help emergency responders detect, locate and identify radioactive materials. We offer a complete line of handheld systems ranging from small belt-worn spectroscopic pagers to large highly sensitive devices capable of rapidly locating and precisely identifying radioactive material. New products will be only display in 2017!
Hamamatsu Corporation is the North American subsidiary of Hamamatsu Photonics K.K. (Japan), a leading manufacturer of devices for the generation and measurement of infrared, visible, and ultraviolet light, as well as X-rays and gamma rays. These devices include silicon photomultipliers (SiPM) and photomultiplier tubes (PMT) suitable for nuclear science and medical imaging applications. Our SiPM (called MPPC) are available in a wide variety, including single-element detectors and arrays of various sizes. Modules with built-in SiPM and components to operate the detector are also available. In addition, we offer a large selection of scintillator plates and PMT detectors and modules.
Hellma Materials GmbH
Hellma Materials provides high-tech optical crystals and inorganic scintillators. CeBr3 is the cutting edge scintillation material which has been enlarged up to 4 inch in diameter. It combines high light yield, high energy resolution and very low internal radioactivity. Based on its outstanding properties Hellma Materials CeBr3 enables high-end instrumentation for security, medicine and geophysics. In addition to CeBr3 Hellma Materials provides BaF2 and CaF2:Eu for special applications. Now a new scintillation crystal, LBC:Ce, for new applications in radiation detection is in development.
Hilger Crystals manufactures an extensive range of synthetic crystal materials and will be displaying a variety of these for various applications including optical crystals for FTIR Infrared spectroscopy, scintillation crystals for the X ray detection and X-ray security and medical imaging crystal markets.
Hitachi High-Technologies Science
Hitachi High-Technologies Science America Inc., (HHS-US) is a wholly-owned subsidiary of Hitachi High-Tech Science Corp. And part of the broader Hitachi High-Tech Group, so there is a wide range of expertise at our fingertips. HHS-US is truly a technology leader in Silicon Drift Detectors for X-ray applications. With the Vortex® detector products ranging those found in our ED-XRF spectroscopy instruments up tu the multi-element variety found in the best synchrotron facilities in the world, Hitachi strives to deliver quality to our customers globally. HHS-US prides itself on working with ebd-users on custom designs suited to their exact needs. Whether the requirement is a sprecial snout geometry, a hightly-packed multi-element array, or special environmental requirements, HHS-US will work to design a solution that fits you best. Come by our booth to learn more about the ME-3 focal, the ME-4 and the ME-7 Vortex® products that achieve extremely high count rates.
HZC Photonics has acquired all production equipment and intellectual property of Photomultiplier Tube from PHOTONIS France S.A.S. in 2012 soon after PHOTONIS France S.A.S. phased-out its PMT business. HZC produces various PMTs with identical technical specifications as produced in the past by PHOTONIS in France.
IDEAS products and services: ASIC and ROIC design for all types of radiation sensors, incl. MA-PMT/MCP, SiPM/MPPC/APD, MWPC, GEM, silicon, CZT/CdTe, TFT and focal plane arrays. Recent projects include design for Space, low noise amplifiers and controller ASICs for cryogenic operations, and thermal IR image sensor readout. We sell chips off-the-shelf and OEM systems with our chips, for example, gamma spectrometer, gamma camera, and x-ray line scanner of integrating type and energy resolved counting type. IDEAS works with scientific organizations and business partners to innovate and create new products for applications in science and industry.
Imdetek Co. Ltd.
Imdetek is a high-tech manufacturer of high resolution Cadmium Zinc Telluride (CZT) semiconductors which are enabling a new generation of high performance radiation detection and imaging equipments. For more than 20 years experience, Imdetek devote to being one of the world's highest quality detectors and system solutions supplier.
INRAD OPTICS crystalline scintillator, Scintinel™ stilbene, provides excellent discrimination between neutrons and gammy-ray radiation. Scintinel™ unique properties make it an ideal candidate for next generation radiation detection equipment for homeland security, nuclear nonproliferation, and neutron detection at nuclear facilities. This high quality crystal scintillator is easily integrated to photomultipliers for a wide range of imaging and sensing configurations. Scintinel™ is available from 6mm cubes up to four inch cylinders.
iseg Spezialelektronik GmbH
iseg Spezialelektronik GmbH designs and manufactures state-of-the-art high voltage power supplies for many different kind of particle and radiation detectors such as Photomultiplier tubes, Silicon and Germanium detectors, Wire Chambers, Avalanche Photo Diodes, GEMs and many more. Our customers are universities, research facilities and large scale projects all over the world. Our product range covers high voltage power supplies from 100V to 100kV as simple DC/DC converter or stand-alone unit or as multi-channel solution in NIM, VME and Euro Card format. In a joint venture between iseg and W-IE-NE-R we provide the new high density, multi-channel low and high voltage power supply system MPOD / MMS. Each system can house up to 480 independent high voltage, 80 low voltage channels or any mixture of low and high voltage. iseg multi-channel high voltage modules for use in MPOD / MMS offer highest stability and very low ripple/noise and thus deliver cutting-edge solutions for high voltage applications. MPOD / MMS systems are computer controlled and network ready with support for EPICS, OPVserver and SNMP. Our product design is based on 30 years of experience in the development and implementation of modern high voltage generating technology. The use of efficient resonance converter technology in conjunction with the high-end digital and analog circuit design allows for high voltage solutions with minimum dissipation, high reliability and cost-effectiveness. For precision applications a substantial product range is available, characterized by high output voltages, extreme stability and minimal noise. In North America iseg products are available through W-IE-NE-R Plein & Baus Corp.
KETEK Silicon Photomultipliers (SiPM) for optical spectroscopy and ultralow level light detection. KETEK is a leading manufacturer of Silicon Photomultipliers (SiPM), introducing the new WB-Series with next generation chip and package design, allowing economic production of compact and scalable detector arrays at low costs.
Kinheng Crystal Material (Shanghai) Co.
Kinheng is committed to engineering in scintillation crystal Materials. we provided many scintillators including NaI(Tl) ,CsI(Tl), CsI(Na), BGO, CaF2:Eu, GAGG:Ce, Ce:LuAG, Pr:LuAG and Line crystal& 2-D array etc in high energy physics, nuclear medical imaging, Oil logging industry, Radiation detection and environmental protection application.
Kromek Group plc
Anglo-US platform technology company, Kromek, is a manufacturer of innovative radiation detection products enabling materials identification in the security, civil nuclear and medical markets. With a growing portfolio of nuclear detection products for isotope identification and high-resolution spectroscopy, Kromek also has products for explosive detection and active R&D in spectral CT technologies
For more than twenty years we have built an expertise in real time digital pulse processing. We continue to develop new concepts and to introduce new revolutionary products for radiation measurement. Based on digital pulse processing, our open spectroscopy platforms offer exceptional performance in extraordinarily small packages. The nanoMCA line of multichannel analyzers offers an unprecedented combination of performance, size and power consumption. The nanoMCA-II is packaged in the same enclosure as the nanoMCA and offers an unmatched noise performance, utilizing 16-bit ADC sampling at 125MHz. The nanoMCA and the nanoMCA-II can be used either as digital pulse processing spectrometers or as spectroscopy ADCs, to process signals from analog pulse shapers. The latter functionality includes a particle counting feature that is a standard part of the MCA. The nanoMCA-SP and nanoMCA-II-SP have built-in scintillation detector preamplifiers and offer signal processing algorithms that eliminate pulse tailing from detectors such as the CLYC and NaI(Tl). The -SP MCAs excel when paired with LaBr detectors, offering pulse shaping with a peaking time of less than 100ns, yet maintaining a resolution below 2.8% for Cs-137. Due to its extremely low noise, the nanoMCA-II-SP provides a remarkable dynamic range from 1-2keV to a 2-3MeV. For example, it is easy to see a 5keV peak in a spectrum with top energy of 2 MeV. In addition, the nanoMCA-II-SP can accept input counting rates in excess of 5mln cps and deliver a throughput up to 2mln cps. The nanoMCA-SP and nanoMCA-II-SP can process signals from either PMTs or SiPMs. The nanoPSD is a new spectroscopy device which offers pulse-shape discrimination for signals from plastic scintillators, stilbene, liquid scintillators, phosphich detectors and other detectors capable of pulse shape discrimination. The nanoPSD is packaged in the same miniature enclosure as the nanoMCA and consumes about 1.2W of power. The nanoTDCR is a device that performs triple-to-double coincidence ratio (TDCR) measurements for liquid scintillation counting. It is a complete system, which accepts signals from the anodes of 3 PMTs to provide complete TDCR information. The nanoTDCR is a metrology grade device. We provide free software and communication protocols that fully support our products. labZY provides free software and communication protocols that fully support our products. We offer customization of our products and software to meet specific customer requirements. More information is available at www.labzy.com
MESYTEC is one of the leading companies for electronics and complete readout systems for particle and photon detectors in scientific applications. All their designs are done by "experienced experimental physicist". Their product line includes state of the art multi channel preamplifier modules specially designed for single or double sided multi strip silicon. To enhance functionality those are also available in combination with BIAS supplies, timing filter and / or shaping amplifiers. For classic detector read-out applications MESYTEC offers multi-channel analog NIM modules (shapers, amplifiers, discriminators and combinations) as well as the classic peak sensing ADC, QDC and TDC in VME. The new MESYTEC digital pulse processor MDPP-16 combines high precision energy and time measurement with ease of use. Different firmware modules allow use for a wide range of detectors as HPGe or other solid state types and scintillating detectors with pulse shape discrimination. A new portable multi-channel, VME-based digital data acquisition system will be shown based on the new MESYTEC digital pulse processor, ADC, QDC and TDC modules as well as the WIENER portable VME chassis and the list-mode processor VM-USB controller. In North America MESYTEC products are available through W-IE-NE-R Plein & Baus Corp.
Supplier of Silicon & Diamond Detectors to the Physics & Space Community offering multi strip single-sided and double-sided, ac- or dc-coupled, with or without polysilicon resistor or punch through Foxfet biasing. Total depletion thickness from 15µm to 2000 µm. in 4 inch and 6-inch silicon technology. Cern's LHC-b VELO is now operating successfully post inversion after several years of running in the pre-inversion condition utilising both oxygenated N on N and N-P designs with excess of 2000 channels indicating the superb high reliability of the Micron products in a hostile high radiation environment of LHC now in its post Higgs discovery phase. High Energy Physics has moved to single side P-type silicon in 150um ,200um and 250um for pixels and strips, exception being the KEK Super-Belle and most Nuclear Physics and Heavy Ion Physics and Medical Imaging for Proton Therapy, that favours double sided silicon detectors in 6 inch technology with active area 100mm x 100mm , TTT series offers 14 designs on offer, TTT14, although TTT2 is the most popular DC DSSD 128 strips / side and AC coupled TTT9 with 1024 strips. The Space Physics community have pushed the company(s technology even further - current detectors span thicknesses between 10 µm and 2500 µm. Recent NASA GOES-R, scheduled to launch later this year, required 800 detectors, mainly 1500 µm, for the satellite series. These detectors are built and tested to extensive Space-qualifying standards, Current projects are NASA's SOLAR PROBE PLUS, ESA's JUPITER'S ICY MOONS JUICE PROJECT. offering significant challenges in detector technology in extreme radiation environment exceeding 10 .e12 protons/cm2 and 5 x 10.e10 ions/cm2 particularly Oxygen/iron/Sulphur in presence of Mev electrons,simulations to 10.e12 ions /cm2 been made at the University College London, Mullard Space Science Laboratory, particularly 1500um thick detectors, the predominant thickness for NASA's NOAA space weather satellites, now on launch sequence, company supplied this mission 688 detectors over 2 years. Most favoured technology is Pixels, both in High Energy and Nuclear Physics. This involved a move to P-Type from N-Type technology for detectors capable of the demanding pre-radiation 1000 volt operation. A wide range of Medipix and Timepix detectors are available in both N and P technologies, spanning 100 µm to 1500 µm in thickness, with pixel size from 50 µm x 50 µm in 256 x 256 pixel format being supplied to the Medipix consortium of 70 institutions. Spin-offs from Physics are creating a significant OEM market, with back-scattered detectors, avalanche silicon detectors and a new ultra thin Type 10 window detectors for detecting 1 kev electrons 2kev protons and neutral atoms Silicon is complimented by a range of single crystal diamond detectors from the company's R&D being developed for fast neutron detection, x-ray, operating in high gamma ray flux environment at high temperature exceeding 200 Centigrade Diamond Detectors are finding important role for time of flight measurements of heavy ions at 100 picosecond levels complimented by DBA-1V preamplifier, 3GHz bandwidth plus AC/DC splitter at the same wavelength with 0dB loss for beam and reactor power monitoring, plus a faster 10GHZ version is in development, extending current limits, assembled in small size low weight aluminium packages with SMA coaxial connectors with RADHARD kapton triaxial cable if required.
MILabs provides high-end molecular imaging solutions for biomedical and pharmaceutical research. MILabs imaging platforms let’s you do more by imaging less. These systems contribute worldwide to the development of new diagnostic solutions and therapies for diseases such as diabetes, cancer, cardiac and neurodegenerative diseases. U-SPECT provides the fastest, most sensitive and highest resolution small-animal SPECT system currently available. MILabs fused state-of-the-art Adaptive PET with its SPECT technology by introducing VECTorCT. This versatile nuclear imaging system is extremely user friendly, fully integrated and enables simultaneous ultra-high resolution PET/SPECT imaging in combination with a choice of in-line low-dose high-resolution CT subsystems. Concurrent PET/SPECT and Hybrid Optical Imaging (OI) empowers you to study different physiological and molecular functions at the same time. For more information visit www.milabs.com
Mirion Technologies (Canberra)
Mirion Technologies is the leading supplier of innovative and cost-effective nuclear measurement solutions ans services used to maintain safety of personnel, access the health of nuclear facilities and safeguard the public and the environment.
Nalu Scientific, LLC
Configurable FPGA based DAQ solutions for multiplexed ASICs, SiPMs and other multichannels detectors. Graphical software tool for easier readout firmware development for FPGA. Power and signal conditioning solutions for SiPM detectors.
The ORTEC brand name is synonymous with quality and innovation in nuclear instrumentation. The product line covers over 1600 products including instruments and systems for research in nuclear physics, nuclear medicine, nuclear power plant, nuclear forensics, government nuclear facility operations, special nuclear material safeguards, search and identification of radioactive materials, and chemical weapons detection. ORTEC offers a wide range of new HPGe detectors in both LN2 and electromechanical cryostats for different counting geometries. ORTEC provides premium analog and digital electronics and the latest gamma spectrometry software. Stop by and see our products on display.
Single Crystals for Scintillation from OXIDE Corporation - Amazing in Crystal Science - Applications : Medical Imaging, High-energy Physics, Oil search, etc. Advantages : High light output, High energy resolution, High radiation tolerance, Excellent temperature characteristics, No deliquescence. Custom Made : Various sizes, shapes, surface treatments are avilable to meet customers' requests. New Products :
The Pixirad detectors comprise a range of single photon counting detectors based on a hybrid pixel technology with CdTe sensors. The performance of these detectors makes it suitable for high energy applications (up to 100keV) with high resolution (pixel size of 60um) and low noise. The base unit is a single module of 31x25mm that can be assembled to a detector consisting up to 8 units.
PETsys Electronics SA
We are displaying the current version of our Evaluation Kit (eKit). It's intended for customers to evaluate the performance of our ASIC in a close to "plug and play" solution, in a setup the provides the necessary dark and cooled environement. Flyers will also be available."
Photek is a specialist manufacturer of vacuum based tubes and camera systems for photon detection. We manufacture Image Intensifiers, Solar Blind Detectors, Photomultipliers, Streak Tubes and a range of associated electronics and Camera Systems. We have a comprehensive range of products and work with our customers to design bespoke solutions where required.
Polymer Assembly Technology, Inc.
Polymer Assembly Technology provides prototype and low-volume flip chip assembly services for fine-pitch (70µm) pixel imaging devices and temperature-sensitive II-VI and III-V devices, including: optical, radiation, and bio-medical sensors, and optical/polymer-MEMS. High-density interconnects are made using low applied forces onto low-temperature curing, electrically-conductive adhesives, applied using a proprietary stencil printing technique. This technology offers a low-cost Hybridization alternative to Indium Bump Bonding or wafer solder plating.
Saint-Gobain Crystals improves daily life by enabling radiation detection solutions. We manufacture inorganic and organic scintillators in various formats for gamma and neutron detection. Our new products include dual detection materials such as CLLB and NaI(Tl+Li), enhanced Lanthanum Bromide and SIPM based radiation sensors.
SCINTACOR is a world leader in phosphor and scintillation technologies. Our productsallow the conversion of many different radiations into light for Imaging and detection applications. SCINTACOR develops and manufactures scintillators for detection of x-rays, neutrons, gamma-rays, alpha and beta particles, electrons, ions and UV visible and infra-red radiation. SCINTACOR has almost 100 years experience in the manufacture of caescum iodide, lithum-6 and others phosphor based scintillators. This expertise is used in all our products and guarentees that our customers receive reliable components for their production.
From crystal growth to complete nuclear electronic system package manufacturing makes ScintiTech/Amcrys a unique supplier on today’s market. Vast variety of NaI(Tl), CsI(Tl) and CsI(Na), ZnSe, CeBr3, SrI2:Eu and other scintillation materials and detectors with integrated readout units are in production line for fast delivery as well as customized products according individual specifications. ScintiTech first in the World utilizes 3D printed housing for some type of detectors and assemblies.
Scionix Holland BV
SCIONIX Holland B.V. is a company specialized in the design and manufacture of instruments for the detection of Nuclear Radiation based on the principle of scintillation. The company was established in 1992. Besides a wide range of standard scintillation detectors we supply an extensive variety of tailor-made scintillation detectors to the specifications of the end-user. All known and generally available scintillation materials are employed ranging from plastic scintillators and liquid scintillators to inorganic crystals like NaI(Tl) , CsI(Tl), high density BGO and high resolution CeBr3 crystals. The many years of experience in the manufacture of scintillation detectors is an important factor in our business. The main fields in which we are active are Science, Medicine and Industry. Some other areas are Environmental Physics, Nuclear- and High-Energy Physics , Space Research, Medical applications and Security. SCIONIX maintains relations with a number of Universities and companies where research in the application of scintillation materials and detector techniques is conducted. Keywords in our business model are High Quality and Flexibility with the aim to develop and maintain long lasting relationship with our customers.
SensL Technologies Ltd.
SensL is exhibiting its growing range of SiPM sensors: C-Series (blue sensitive, low noise), J-Series (blue sensitive, high performance) and R-Series (red sensitive). Also on display are the >90% fill factor TSV arrays, available in a number of sizes and configurations. Our new 4mm J-Series sensor will be seen for the first time, as well as our R-Series 1x16 linear array.
Shanghai SICCAS High Technology
Established in 1987, Shanghai SICCAS High Technology Corporation is a research-based enterprise wholly invested by Shanghai Institute of Ceramics, Chinese Academy of Sciences (SICCAS). The main products cover varies inorganic non-metallic materials including artificial crystals, structural ceramics, functional ceramics, special coatings and related components. SICCAS, thanks to the tremendous R&D support from Shanghai Institute of Ceramics, has developed various industrial customers worldwide .Through innovation and commercializing lab-technology, SICCAS is able to supply quality products to benefit our customers and greatly committed to meeting the high expectations of our business partners, shareholders, investors, regional communities, and all other stakeholders. In 2015 SICCAS established a representative office in the US to better serve our customers. Global Detectors, LLC provides SICCAS’ materials and services with the convenience and efficiency of a US-based supplier.
Sichuan Tianle Photonics Co., Ltd
Tianle Photonics has a full production capacity of producing and manufacturing all the scintillation crystals/materials and providing our customers with plates, columns, and arrays. We have our own lab to test the scintillation properties and to make sure our products all at the same king quality. We offer professional solutions for scintillation crystal growth, surface treatment and array assembly.We're a company that dedicate to LSO/LYSO scintillator crystal growth and crystal array assembly.
SINTEF Microsystems and Nanotechnology (MiNaLab) owns a state-of-the-art fabrication facility with a complete silicon processing line including wet and dry etching of silicon and water bonding. Our capability included fabrication of complex devices with more than 15 photolithographic layers and fine lines down to about 0.8 µm. The general cleanroom area is of class 1000 and mini environments for sensitive processes are of class 10. This coupled with the long track record and experiences in radiation sensors since the early 80s has resuted in SINTEF MiNaLab now being a leading supplier of advanced silicon radiation sensors for industrial and scientific applications including space science, X-ray instrumentation, high-energy physics and photon science. Our key services are design, prototyping and production of custom design radiation sensors from single and double sided strip sensors to silicon drift diodes (SDDs). The standard fabrication processes are carried out on 150 mm wafers with thicknesses ranging from 300 micron to 1 mm while the fabrication of 2 mm thick detectors and membrane sensors with active area thickness down to 10 micron has also been successfully realized. Moreover, SINTEF's unique expertise in micro-machining and Micro-Electromechanical systems (MEMS) has facilitated the fabrication of radiation sensors with 3-dimensional structures, which can provide advantages such as edgeless capability, radiation hardness, fast time response, and neutron imaging with higher detection efficiency. Recently, SINTEF MiNaLab has also initiated some R&D activities on radiation detectors based on different substrate materials such as SIC, diamond and CdZnTe (CZT), and nanomaterials such as graphene.
Suzhou JT Crystal Technology
Suzhou JT Crystal Technology Co., Ltd. engage to produce superior quality scintillation materials for both Medical and high energy physics PET imaging market since 2012. Lu1.8Y0.2SiO5:Ce and Ce:YSO crystals are ideal generation scintillator crystals which have the advantages of high light output and density, quick decay time, excellent energy resolution and fast time resolution. These properties make Lu1.8Y0.2SiO5:Ce and Ce:YSO an ideal material for detection applications in nuclear physics and nuclear medicine, which require higher improved timing resolution and superior energy revolution. Suzhou JT Crystal Technology Co., Ltd. also provide services for crystal cutting, lapping, polishing, processing, and array assembling service according to customer`s require. Suzhou JT Crystal Technology Co., Ltd. hold the “Innovative” and “Responsible” operation ideology, and keep providing the high quality Scintillation products and the best service to the customers.