Showing results: 16 - 22 of 22 items found.
-
ORTEC
The ORTEC Model 439 Digital Current Integrator was designed to accurately measure dc currents or the average value of pulse currents such as produced by accelerator beams. It digitizes the input current by producing an output pulse for specific values of input charge. A front-panel switch permit the selection of three different amounts of charge (10–10, 10–8 or 10–6 coulomb) required to produce an output pulse. The instrument has a digitizing rate from 0 to 10 kHz to provide wide dynamic range on each setting and high-resolution readout without meter interpolation.
-
ORTEC
ORTEC offers a full suite of MANUAL alpha/beta counters incorporating either gas-flow proportional detector or dual-phosphor scintillation detector technologies. These manual, single detector systems are ideally suited for applications requiring long count times for a small number of samples.
-
ORTEC
Application software is a key element of a premium measurement system. Applying this software approach to a broad range of radiation detector hardware and data acquisition systems, ORTEC offers comprehensive nuclear measurement solutions that provide integrated hardware control, analysis, and display in a single, easy-to-use package.
-
ORTEC
High Purity Germanium (HPGe) DetectorsSilicon Charged Particle DetectorsScintillation DetectorsORTEC is a leading supplier of solid-state, high resolution, semiconductor radiation detectors. These radiation detectors are used in research, commercial industry, environmental protection, health and medical physics, as well as homeland security to detect gamma-rays, X-rays, and charged particles.
-
ORTEC
Detection and quantification of radioactive material within the body is a key factor in determining internal personnel contamination and dose assessment. These measurements can be made on body fluid samples using lab instrumentation or through direct measurement of personnel. The measurement of body fluids is generally less attractive due to the bio-hazards and lack of immediate results unless non-gamma emitting nuclide measurements are required. The direct measurement of personnel for gamma emitting radioactive material provides rapid results, can determine where the material may be located within the body, and does not require mobility of the material through body fluids for detection.
-
ORTEC
Gamma spectroscopy is the science (or art) of identification and/or quantification of radionuclides by analysis of the gamma-ray energy spectrum produced in a gamma-ray spectrometer. It is a widely used technique, well illustrated by the following list of examples:ICS Integrated Cryocooling System for ORTEC Radiation DetectorsEnvironmental Radioactivity MonitoringHealth Physics Personnel MonitoringReactor Corrosion MonitoringNuclear Materials Safeguards and Homeland SecurityForensics and Nuclear ForensicsMaterials TestingGeology and MinerologyNuclear Medicine and RadiophamaceuticalsIndustrial Process Monitoring
-
ISO-CART-85 -
ORTEC
Complete In-situ NDA Gamma-Ray Analysis Solutions for a Wide Variety of Samples including "Free-Release" Decommissioning WasteMeasures all common geometries: pipes, cylinders, floors, ceilings, walls, drums, boxes, and soilsEasy-roll cart for maneuvering over any surfaceWide selection of collimators and shields available for different measurement situationsContinuous height adjustment and variable tilt adjustmentISOTOPIC software, proven results on thousands of real-world samplesFactory pre-calibrated or calibrate with a single inexpensive mixed isotope point sourceFlexible reporting: measurement results can be reported in grams or activity (Bq or Ci)