NANO Nuclear Energy Announces Anuj Dubey, Ph.D. And Congjin Ding, Ph.D. Has Joined The Research Team With A Focus On The Development Of Its 'ODIN' Microreactor
NANO Nuclear Energy Announces Anuj Dubey, Ph.D. And Congjin Ding, Ph.D. Has Joined The Research Team With A Focus On The Development Of Its 'ODIN' Microreactor
Anuj Dubey, Ph.D. and Congjin Ding, Ph.D., join the Nuclear Technology and Engineering Team with a focus on the development of 'ODIN'.
安瑾·杜贝博士和丁聪进博士加入了核技术与工程团队,专注于研发“ODIN”项目。
New York, N.Y., Sept. 06, 2024 (GLOBE NEWSWIRE) -- NANO Nuclear Energy Inc. (NASDAQ:NNE) ("NANO Nuclear" or "the Company"), a vertically integrated advanced nuclear energy and technology company developing portable clean energy solutions, today announced the additions of Anuj Dubey, Ph.D. and Congjin Ding, Ph.D. to its Nuclear Technical and Engineering Team.
纽约,2024年9月6日(全球新闻) - 纳米核能股份有限公司(NASDAQ:NNE)(“纳米核能”或“公司”)是一家垂直一体化的先进核能和技术公司,致力于开发便携式清洁能源解决方案。今天宣布安瑾·杜贝博士和丁聪进博士加入核技术和工程团队。
Dr. Dubey, alongside Dr. Ding, will bring their expertise and experience of Euratom nuclear research programs to add to the burgeoning expertise of the the Company's 'ODIN' microreactor development team, led by Prof. Ian Farnan NANO Nuclear Lead of Nuclear Fuel Cycle, Radiation and Materials. Among the variety of engineering tasks, their focus will be on collecting and analyzing data from the test rigs, the construction of which marks a significant phase in the development of microreactor. These test rigs are crucial for physical tests, which will be invaluable for collecting real-world data, validating models and advancing the licensing process.
杜贝博士和丁聪进博士将借鉴Euratom核研究计划的专业知识和经验,为公司的“ODIN”微反应堆开发团队增添力量。该团队由Ian Farnan教授领导,负责核燃料循环、辐射和材料领域。在各种工程任务中,他们的重点将是从测试台架中收集和分析数据,这些测试台架的建设标志着微反应堆开发的一个重要阶段。这些测试台架对物理测试至关重要,有助于收集真实世界的数据,验证模型并推进许可证过程。
The 'ODIN' microreactor is designed to utilize off-the-shelf components with high technology readiness levels (TRL). It will utilize conventional fuel form with up to 20% enrichment, providing a large experience database to help minimize the required development and testing program schedule and costs, and will operate at temperatures that minimize adverse effects on coolant and reduce thermal stress.
“ODIN”微反应堆采用现成的具有高技术成熟度的元件进行设计。它将使用常规燃料形式,富集度可达20%,提供了丰富的经验数据库,有助于最小化所需的开发和测试计划进度和成本,并在最小化对冷却剂产生不良影响和减少热应力的温度下运行。