MTV开赛议程–监控，技术和验证联盟

来源：https://mtv.engin.umich.edu/mtv-kickoff/标签：开赛，MTV，监测，验证，技术，联盟收藏：株野作者：萨拉·A·波兹教授日期：2020/12/02联系人

Prof. Sara A. PozziMTV DirectorNuclear Engineering and Radiological [e-mail]734-615-4970MTV开赛议程要在会议期间实时提交您的问题，请访问SLIDO 并使用代码＃：U235您可以添加新问题，也可以上一个问题进行投票欢迎晚宴，2019年5月19日18:00欢迎晚宴和提前注册酒学第一天，2019年5月20日毕业于安娜堡615 E Huron St，安娜堡，MI 481048:30登记与早餐露台宴会厅（三楼）8:55欢迎与物流MTV导演Sara Pozzi教授（美国密歇根州）9:00DNN研发简介DOE NNSA首席科学顾问Randy Bell先生9:15大学课程Victoria Franques博士，DNN研发大学计划，高级计划经理（DOE NNSA）9:25MTV概述MTV导演Sara Pozzi教授（美国密歇根州）演讲：TA1 –核与粒子物理基础9:45使用3D CdZnTe光谱仪进行SNM检测Zhong He教授（美国密歇根州）9:55使用时间编码成像的SNM检测Niral Shah先生为David Wehe教授（美国密歇根州）10:05用于干桶存储验证的Muon成像亚当·赫希特（UNM）教授10:15核裂变的相关中子和伽马射线发射Sara Pozzi教授（美国密歇根州）10:25改进的核共振参数校准克里斯·珀菲蒂教授（UNM）10:35BREAK – 15分钟10:50使用相干弹性中微核散射的反应堆监测Igor Jovanovic教授（美国密歇根州）11:00核反应堆反中微子源项的高保真建模安娜·埃里克森教授（Ga。Tech）11:10抗中微子检测，用于干桶存储监控Patrick Huber教授（Va。Tech）11:20抗中微子用于远程反应堆监测John Learned教授（美国夏威夷）11:30面板：TA1 –核与粒子物理基础所有TA1共同PI，由Igor Jovanovic教授（美国密歇根州）主持12:05国家实验室参与午餐会所有服务员演讲：TA 3 –核爆炸监测13:35次声Milton Garces博士（美国夏威夷）13:55放射性核素的环境命运和运输Andreas Enqvist教授（美国佛罗里达州）14:05放射性核素Shaun Clarke博士（美国密歇根州）14:15广域环境采样的方法Kyle Hartig教授（美国佛罗里达州）14:25众包补充辐射背景监测Kim Kearfott教授（美国密歇根州）14:35BREAK – 15分钟14:50面板：TA 3 –核爆炸监测所有TA3共同PI，由Milton Garces博士主持（美国夏威夷）15:25建模与仿真（横切推力）Brian Kiedrowski教授（美国密歇根州）15:35核政策（横切推力）保罗·威尔逊教授（美国威斯康星州）15:45教育和推广（跨领域推动）Kim Kearfott教授（美国密歇根州）15:55小组：国家实验室参与Shaun Clarke博士（美国密歇根州）主持的所有实验室POC16:25合影所有服务员16:30接待处18:00休会第一天第2天，2019年5月21日毕业于安娜堡615 E Huron St，安娜堡，MI 481048:30登记与早餐露台宴会厅（三楼）9:00地震学Goran Ekstrom博士（哥伦比亚）演讲：TA2 –核不扩散的信号和来源术语9:10激光诱导共振电离的法医签名史蒂芬·比加尔斯基教授（Ga。Tech）9:20使用中子共振光谱进行同位素映射Areg Danagoulian教授（麻省理工学院）9:30中子活化分析工具，用于评估制造过程中的同位素和元素特征Marek Flaska教授（PSU）9:40用于防扩散测量的多维光谱Igor Jovanovic教授（美国密歇根州）9:50建模生物和非生物数据以预测核过程标记物的存在和年龄Adam Arkin教授（加州大学伯克利分校）10:00放射性核素污染环境中生物群的时间序列分析Terry Hazen教授（UTK）10:10放射性核素源的环境监测埃里克·阿尔姆（MIT）教授10:20BREAK – 15分钟10:35沿海环境中生物区系中放射性核素的浓度Henrietta Dulai教授（美国夏威夷）10:45核燃料设施的过程和流量建模保罗·威尔逊教授（美国威斯康星州）10:55国外核燃料循环中Production生产的建模Sunil Chirayath教授（TAMU）11:05对过去和现在的燃料循环活动进行建模以评估基准声明Rob Goldston博士，Alex Glaser教授（普林斯顿大学）11:15使用自动方差减少技术和可靠性诊断的改进蒙特卡洛方法Brian Kiedrowski教授（美国密歇根州）11:25改进的保障措施确定性建模Anil Prinja教授（UNM）11:35小组：TA2 –核不扩散的信号和来源术语所有TA2共同PI，由Steven Biegalski教授（Ga。Tech）主持12:10教育和外联午餐会所有服务员，露台宴会厅13:00休会第二天演讲13:00合同会议每个大学休伦舞厅（2楼）的NNSA领导力和1位副研究员17:00休会合同会议14:00实验室参观–密歇根大学核工程密歇根大学实验室之旅（4个实验室）参加者将在2355 Bonisteel大道的Cooley Mortimer大厦，Ann Arbor的48109见面。Mackenzie Warwick和Caiser Bravo将作为您的导游，带领您穿越校园设施前往以下实验室。请在1:50之前到达以获得停车证，然后在Cooley大厦大厅与学生会面。Glenn F. Knoll实验室，3040 NEL中央实验室教授描述：开发可在室温下运行的半导体高能分辨率伽马射线成像仪导游：Daniel Shy先生核不扩散检测小组，1040 NEL教授Sara Pozzi说明：实验室致力于利用有机闪烁体进行中子检测。主要应用包括双粒子成像，快速中子多重计数以及对隐藏核材料探测的主动询问。领队：卡梅伦·米勒先生和威廉·斯坦伯格先生穆鲁超快光学科学中心，1254 ERB-2伊戈尔·乔万诺维奇教授简介：穆鲁超快光学科学中心（CUOS）是密歇根大学工程学院的一个跨学科研究中心，由2018年诺贝尔物理学奖获得者杰拉德·穆鲁（GérardMourou）教授创立。它是300 TW HERCULES激光器的故乡，该激光器在10多年来保持了吉尼斯世界纪录的最高聚焦强度。巡回演出将以CUOS的三个主要实验室之一Lambda-Cubed为特色。导游：Patrick Skrodzki先生放射卫生工程实验室，1943年库利金·基尔福特教授描述：放射卫生工程（RHE）实验室包括用于开发和测试适用于特定放射卫生问题的新仪器和系统的设备和空间。工作集中在可在不久的将来部署的实际系统和辐射测量方法。领队：杰克·蒂森先生和乔丹·诺伊先生MTV Kickoff AgendaTo submit your questions live during the meeting, please visit SLIDO and use the code #: U235You can add a new question OR upvote a previous questionWelcome Dinner, May 19, 201918:00Welcome Dinner & Early RegistrationVinologyDay 1, May 20, 2019Graduate Ann Arbor615 E Huron St, Ann Arbor, MI 481048:30Registration & BreakfastTerrace Ballroom (3rd Floor)8:55Welcome & LogisticsProf. Sara Pozzi,MTV Director (U. Michigan)9:00DNN R&D introductionMr. Randy Bell,Chief Science Advisor (DOE NNSA)9:15University ProgramDr. Victoria Franques,DNN R&D University Program,Senior Program Manager (DOE NNSA)9:25MTV OverviewProf. Sara Pozzi, MTV Director (U. Michigan)Presentations: TA1 – Fundamentals of Nuclear and Particle Physics9:45SNM Detection Using 3D CdZnTe SpectrometersProf. Zhong He (U. Michigan)9:55SNM Detection Using Time-Encoded ImagingMr. Niral Shah for Prof. David Wehe (U. Michigan)10:05Muon Imaging for Dry-Cask Storage VerificationProf. Adam Hecht (UNM)10:15Correlated Neutron and Gamma-Ray Emissions from Nuclear FissionProf. Sara Pozzi (U. Michigan)10:25Improved Calibration of Nuclear Resonance ParametersProf. Chris Perfetti (UNM)10:35BREAK – 15 mins10:50Reactor Monitoring using Coherent Elastic Neutrino-Nucleus ScatteringProf. Igor Jovanovic (U. Michigan)11:00High-Fidelity Modeling of Antineutrino Source Term from Nuclear ReactorsProf. Anna Erickson (Ga. Tech)11:10Antineutrino Detection for Dry-cask Storage MonitoringProf. Patrick Huber (Va. Tech)11:20Antineutrinos for Long-Range Reactor MonitoringProf. John Learned (U. Hawaii)11:30PANEL: TA1 – Fundamentals of Nuclear and Particle PhysicsAll TA1 Co-PIs, Moderated by Prof. Igor Jovanovic (U. Michigan)12:05National Lab Engagement LuncheonAll AttendantsPresentations: TA 3 – Nuclear Explosion Monitoring13:35InfrasoundDr. Milton Garces (U. Hawaii)13:55Environmental Fate and Transport of RadionuclidesProf. Andreas Enqvist (U. Florida)14:05RadionuclideDr. Shaun Clarke (U. Michigan)14:15Methodologies for Wide Area Environmental SamplingProf. Kyle Hartig (U. Florida)14:25Radiation Background Monitoring Supplemented by CrowdsourcingProf. Kim Kearfott (U. Michigan)14:35BREAK – 15 mins14:50PANEL: TA 3 – Nuclear Explosion MonitoringAll TA3 Co-PIs, Moderated by Dr. Milton Garces (U. Hawaii)15:25Modeling and Simulation (Cross Cutting Thrust)Prof. Brian Kiedrowski (U. Michigan)15:35Nuclear Policy (Cross Cutting Thrust)Prof. Paul Wilson (U. Wisconsin)15:45Education and Outreach (Cross Cutting Thrust)Prof. Kim Kearfott (U. Michigan)15:55PANEL: National Laboratory EngagementAll Lab POCs, Moderated by Dr. Shaun Clarke (U. Michigan)16:25Group PhotoAll attendants16:30Reception18:00Adjourn Day 1Day 2, May 21, 2019Graduate Ann Arbor615 E Huron St, Ann Arbor, MI 481048:30Registration & BreakfastTerrace Ballroom (3rd floor)9:00SeismologyDr. Goran Ekstrom (Columbia)Presentations: TA2 – Signals and Source Terms for Nuclear Nonproliferation9:10Forensic Signatures from Laser-Induced Resonance IonizationProf. Steven Biegalski (Ga. Tech)9:20Isotopic Mapping Using Neutron Resonance SpectroscopyProf. Areg Danagoulian (MIT)9:30Neutron Activation Analysis Tool for Assessment of Isotopic and Elemental Signatures of Manufacturing ProcessesProf. Marek Flaska (PSU)9:40Multidimensional Optical Spectroscopy for Nonproliferation MeasurementsProf. Igor Jovanovic (U. Michigan)9:50Modeling of Biological and Abiotic Data to Predict Nuclear Process Marker Presence and AgeProf. Adam Arkin (UC Berkeley)10:00Time-Series Analysis of Biota in Radionuclide Contaminated EnvironmentsProf. Terry Hazen (UTK)10:10Environmental Surveillance for Radionuclide SourcesProf. Eric Alm (MIT)10:20BREAK – 15 mins10:35Concentration of Radionuclides in Biota in Coastal EnvironmentsProf. Henrietta Dulai (U. Hawaii)10:45Process and Flow Modeling of Nuclear Fuel FacilitiesProf. Paul Wilson (U. Wisconsin)10:55Modeling of Plutonium Production in Foreign Nuclear Fuel CyclesProf. Sunil Chirayath (TAMU)11:05Modeling Past and Present Fuel Cycle Activity to Evaluate Baseline DeclarationDr. Rob Goldston for Prof. Alex Glaser (Princeton)11:15Improved Monte Carlo Methods Using Automated Variance Reduction Techniques and Reliability DiagnosticsProf. Brian Kiedrowski (U. Michigan)11:25Improved Deterministic Modeling for Safeguards MeasurementsProf. Anil Prinja (UNM)11:35PANEL: TA2 – Signals and Source Terms for Nuclear NonproliferationAll TA2 Co-PIs, Moderated by Prof. Steven Biegalski (Ga. Tech)12:10Education and Outreach luncheonAll attendants, Terrace Ballroom13:00Adjourn Day 2 Presentations13:00Contractual MeetingNNSA Leadership & 1 Co-PI per UniversityHuron Ballroom (2nd floor)17:00Adjourn Contractual Meeting14:00Lab Tours – University of Michigan, Nuclear EngineeringUniversity of Michigan Lab Tour (4 labs)Tour participants will meet at the Cooley Mortimer bldg., 2355 Bonisteel Blvd., Ann Arbor, 48109. Mackenzie Warwick and Caiser Bravo will be your tour guides leading you through the campus facilities to the following labs. Please arrive by 1:50 to  obtain a parking pass and meet with the students in the lobby of the Cooley bldg.Glenn F. Knoll Laboratory, 3040 NELProf. Zhong HeDescription: Develop room-temperature operational semiconductor high energy resolution gamma-ray imagersTour lead: Mr. Daniel ShyDetection for Nuclear Nonproliferation Group, 1040 NELProf. Sara PozziDescription: Laboratory focusing on neutron detection with organic scintillators. Primary applications include dual-particle imaging, fast neutron multiplicity counting, and active interrogation for hidden nuclear material detection.Tour lead: Mr. Cameron Miller & Mr. William SteinbergerMourou Center for Ultrafast Optical Science, 1254 ERB-2Prof. Igor JovanovicDescription: The Mourou Center for Ultrafast Optical Science (CUOS) is an interdisciplinary research center in the College of Engineering at the University of Michigan, founded by the 2018 Nobel Laureate in Physics, Prof. Gérard Mourou. It is a home for the 300 TW HERCULES laser, which has held a Guinness world record for the highest focused intensity for over 10 years. The tour will feature Lambda-Cubed, one of the three major laboratories in CUOS.Tour lead: Mr. Patrick SkrodzkiRadiological Health Engineering Laboratory, 1943 CooleyProf. Kim KearfottDescription: The Radiological Health Engineering (RHE) Laboratory includes equipment and space for the development and testing of new instruments and systems for application to specific radiological health problems. Work is concentrated on practical systems and radiation measurements methods deployable within the immediate future.Tour lead: Mr. Jack Thiesen & Mr. Jordan Noey