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Gurevich A.,De Montfort University | Selvaratnarajah S.,Advanced Measurement and Analysis Group Inc. | Abdalla I.,De Montfort University
Canadian Nuclear Society - 31st Annual Conference of the Canadian Nuclear Society and 34th CNS/CNA Student Conference 2010 | Year: 2010

Advanced Measurement and Analysis Group Inc. (AMAG) is a developer and manufacturer of the non-intrusive ultrasonic cross correlation flow meter CROSSFLOW, which is installed in nuclear reactors in Canada and around the world. To meet growing demand for better accuracy, AMAG and De Montfort University started a joint project to develop a mathematical model of the meter, based on turbulence dynamics. In the first year, a simplified model was developed. Predictions made by this model were confirmed by conducted experiments and computational flow simulations. The model can be used to predict the effect of flow disturbances on meter readings.


Kanda V.,Advanced Measurement and Analysis Group Inc. | Sharp B.,Advanced Measurement and Analysis Group Inc. | Gurevich A.,Advanced Measurement and Analysis Group Inc. | Gurevich Y.,Daystar Technologies , Inc. | And 2 more authors.
Canadian Nuclear Society - 34th Annual Conference of the Canadian Nuclear Society and 37th CNS/CNA Student Conference 2013 | Year: 2013

For the first time, direct measurements of the total reactor coolant flow and the flow distribution between the inner reactor zone and the outer zone were conducted using the non-intrusive clamp on ultrasonic cross-correlation flow meter, CROSSFLOW, developed and manufactured by Advanced Measurement & Analysis Group Inc. (AMAG). The measurements were performed at Bruce Power A Unit 1 on the Pump Discharge piping of the Primary Heat Transport (PHT) system during start-up. This paper describes installation processes, hydraulic testing, uncertainty analysis and traceability of the measurements to certified standards.


Advanced Measurement and Analysis Group Inc. | Entity website

KINS Approved Crossflow Topical Report - Feeder Flow MeasurementIn November 2008, following a detailed review of the CROSSFLOW Technology, KINS (Korea Institute of Nuclear Safety), approved a Topical Report that allowed the installation and the use of CROSSFLOW system to monitor the feeder flows in the CANDU Safety Channels in Wolsong Unit 4.Typically, for CANDU reactors including the Wolsong reactors, these safety channels use on-line intrusive orifices to provide flow rate indication ...


Advanced Measurement and Analysis Group Inc. | Entity website

Has the US-NRC withdrawn permission for plants to use CROSSFLOW for Appendix K (MUR) and Power Recovery?No they have not.No plant has been required to take the CROSSFLOW system out of service and no plant has been required to down-power ...


Advanced Measurement and Analysis Group Inc. | Entity website

Our ReachThe CROSSFLOW and CORRTEMP technology have been installed in several nuclear plants in North America, Europe, Eastern Europe and Asia. The technology has been used to monitor instrumentation drift such as due to fouling in feed water venturis, both continuously and periodically ...


Advanced Measurement and Analysis Group Inc. | Entity website

Getting in Touch Your comments are very important to us. If you are interested in learning more about our products and services or would like to comment on this site, please contact us by filling in the form below ...


PubMed | Advanced Measurement and Analysis Group Inc.
Type: Journal Article | Journal: Chemistry, an Asian journal | Year: 2012

A catalyst model comprising platinum nanoparticles deposited on a TiO(2)(110) wafer was prepared in a vacuum, transferred in air, and characterized with a Kelvin probe force microscope placed in a N(2) environment. The topography and local work function of individual nanoparticles were observed with single-nanometer resolution in the N(2) environment of one atmosphere pressure. Some nanoparticle presented positive shifts of work function relative to that of the TiO(2) surface, while the others showed negative shifts. This finding suggests heterogeneous properties of the nanoparticles exposed to air and then N(2). The ability of the advanced microscope was demonstrated in observing the work function of metal nanoparticles on a metal oxide support even in the presence of vapor environments.


Advanced Measurement and Analysis Group Inc. | Entity website

www.amag-inc ...


Advanced Measurement and Analysis Group Inc. | Entity website

www.amag-inc ...


Advanced Measurement and Analysis Group Inc. | Entity website

Welcome To AMAGThe Performance Enhancement TechnologyAMAG is a high-tech Canadian company that provides several services related to improvement of plant performance in the power and process industry. The company was founded in 1993 by former utility employees with specialized experience over 20 years in plant performance monitoring and diagnostics ...

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