Search Results - "Prinke, Amanda M."

Evaluation of an airborne alpha and beta particle detection capability using an environmental continuous air monitor system by Becker, Eric M., Myjak, Mitchell J., Prinke, Amanda M., Kernan, Warnick J., Homann, Steven G.

“…We evaluate the ability of the Canberra Alpha Beta Environmental Continuous Air Monitor (ECAM) to detect and quantify airborne radiological contamination. The…”
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Anticoincidence analysis for radioxenon detection by Sivels, Ciara B., Prinke, Amanda M., McIntyre, Justin I., Clarke, Shaun D., Pozzi, Sara A.

“…An algorithm was developed to improve the quantification of metastable isotopes in the presence of 133 Xe. Radioxenon emissions are commonly used to monitor…”
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Real-time stack monitoring at the BaTek medical isotope production facility by McIntyre, Justin I., Agusbudiman, Agung, Cameron, Ian M., Dumais, Johannes R., Eslinger, Paul W., Gheddou, Abdelhakim, Khrustalev, Kirill, Marsoem, Pujadi, Miley, Harry S., Nikkinen, Mika, Prinke, Amanda M., Ripplinger, Michael D., Schrom, Brian T., Sliger, William A., Stoehlker, Ulrich, Suhariyono, Gatot, Warren, Glen A., Widodo, Susilo, Woods, Vincent T.

“…Radioxenon emissions from fission-based radiopharmaceutical production are a major source of background concentrations affecting the radioxenon detection…”
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Stilbene cell development to improve radioxenon detection by Sivels, Ciara B., McIntyre, Justin I., Prinke, Amanda M., Day, Anthony R., Lynch, Candace, Clarke, Shaun D., Pozzi, Sara A.

“…A prototype stilbene beta cell has been designed, manufactured, tested, and compared to a plastic scintillator beta cell used for nuclear explosion monitoring…”
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Validation of MCNPX-PoliMi code for simulations of radioxenon beta–gamma coincidence detection by Sivels, Ciara B., Clarke, Shaun D., Padovani, Enrico, Prinke, Amanda M., McIntyre, Justin I., Pozzi, Sara A.

“…Radioxenon detection is an important component of the verification regime for the Comprehensive Nuclear-Test-Ban Treaty. We developed and validated a new model…”
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Adaptively Reevaluated Bayesian Localization (ARBL): A novel technique for radiological source localization by Miller, Erin A., Robinson, Sean M., Anderson, Kevin K., McCall, Jonathon D., Prinke, Amanda M., Webster, Jennifer B., Seifert, Carolyn E.

“…We present a novel technique for the localization of radiological sources in urban or rural environments from an aerial platform. The technique is based on a…”
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Adaptively Reevaluated Bayesian Localization (ARBL): A novel technique for radiological source localization by Miller, Erin A., Robinson, Sean M., Anderson, Kevin K., McCall, Jonathon D., Prinke, Amanda M., Webster, Jennifer B., Seifert, Carolyn E.

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Improved Cumulative Fission Yield Measurements with Fission Spectrum Neutrons on 238U by Pierson, B.D., Greenwood, L.R., Stave, S.C., Harke, J.T., Padgett, S.W., Prinke, A.M., Goda, J.M., Bounds, J.A., Hayes, D.K., Tamashiro, A.S., Wittman, R.S., Slavik, G., Dion, M.P., Burch, J.G., Palmer, T.S.

“…Two isotopically-characterized targets of high-purity (99.961±0.002%) 238U metal and a neutron dosimetry package were exposed to a pulsed neutron irradiation…”
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Noble gas migration experiment to support the detection of underground nuclear explosions by Olsen, K. B., Kirkham, R. R., Woods, V. T., Haas, D. H., Hayes, J. C., Bowyer, T. W., Mendoza, D. P., Lowrey, J. D., Lukins, C. D., Suarez, R. D., Humble, P. H., Ellefson, M. D., Ripplinger, M. D., Zhong, L., Mitroshkov, A. V., Aalseth, C. E., Prinke, A. M., Mace, E. K., McIntyre, J. I., Stewart, T. L., Mackley, R. D., Milbrath, B. D., Emer, D. F., Biegalski, S. R.

“…A Noble Gas Migration Experiment injected 127 Xe, 37 Ar, and sulfur hexafluoride into a former underground nuclear explosion shot cavity. These tracer gases…”
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A program to generate simulated radioxenon beta–gamma data for concentration verification and validation and training exercises by McIntyre, J. I., Schrom, B. T., Cooper, M. W., Prinke, A. M., Suckow, T. J., Ringbom, A., Warren, G. A.

“…PNNL developed a beta–gamma simulator (BGSim) that incorporated GEANT-modeled data sets from radioxenon decay chains, as well as functionality to use nuclear…”
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Radioxenon detector calibration spike production and delivery systems by Foxe, M. P., Cameron, I. M., Cooper, M. W., Haas, D. A., Hayes, J. C., Kriss, A. A., Lidey, L. S., Mendez, J. M., Prinke, A. M., Riedmann, R. A.

“…Beta–gamma coincidence radioxenon detectors must be calibrated for each of the four-radioxenon isotopes ( 135 Xe, 133 Xe, 133m Xe, and 131m Xe). Without a…”
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