浙江工业大学物理学院
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Electromagnetic Induction Imaging with Atomic Magnetometers:Coming of Age (第797讲)
浏览量:139    发布时间:2024-9-18 9:03:13

报告题目:Electromagnetic Induction Imaging with Atomic Magnetometers:Coming of Age

报告人:Ferruccio Renzoni

报告时间:2024年9月20日 9:30-11:30

报告地点:理A110会议室

摘要:Electromagnetic induction imaging (EMI) is a well-established imaging technique, developed over several decades. It has been widely used to assess cracks in metallic structures and to detect and localise buried metallic objects. In its standard configuration, EMI’s remit of application is severely restricted by the poor sensitivity of the sensing coil at low frequency. This prevents the exploration of interesting applications where low-frequency operation and/or extreme sensitivity is required, such as through-barrier imaging or imaging of human organs. The demonstration in 2014 of the use of an atomic magnetometer (AM) as sensor for EMI completely changed this scenario, and opened up new perspectives for EMI, as atomic magnetometers maintain their extreme sensitivity at low frequency. This talk discusses challenges and opportunities of EMI-AM in many sectors, from medicine to security and industrial monitoring.


报告人简介:Ferruccio Renzoni,1993年意大利比萨大学,物理学硕士。1998 年奥地利格拉茨理工大学理学博士。1998-2000年,德国汉堡大学激光物理研究所工作。2001-2003,法国巴黎高等师范学院Kastler Brossel实验室工作。2003 -至今,伦敦大学学院物理和天文学系全职教授,领导激光冷却小组开展科学研究,研究领域涵盖冷原子物理和量子技术。


邀请人:林强


博学堂讲座
Electromagnetic Induction Imaging with Atomic Magnetometers:Coming of Age (第797讲)
浏览量:139    发布时间:2024-9-18 9:03:13

报告题目:Electromagnetic Induction Imaging with Atomic Magnetometers:Coming of Age

报告人:Ferruccio Renzoni

报告时间:2024年9月20日 9:30-11:30

报告地点:理A110会议室

摘要:Electromagnetic induction imaging (EMI) is a well-established imaging technique, developed over several decades. It has been widely used to assess cracks in metallic structures and to detect and localise buried metallic objects. In its standard configuration, EMI’s remit of application is severely restricted by the poor sensitivity of the sensing coil at low frequency. This prevents the exploration of interesting applications where low-frequency operation and/or extreme sensitivity is required, such as through-barrier imaging or imaging of human organs. The demonstration in 2014 of the use of an atomic magnetometer (AM) as sensor for EMI completely changed this scenario, and opened up new perspectives for EMI, as atomic magnetometers maintain their extreme sensitivity at low frequency. This talk discusses challenges and opportunities of EMI-AM in many sectors, from medicine to security and industrial monitoring.


报告人简介:Ferruccio Renzoni,1993年意大利比萨大学,物理学硕士。1998 年奥地利格拉茨理工大学理学博士。1998-2000年,德国汉堡大学激光物理研究所工作。2001-2003,法国巴黎高等师范学院Kastler Brossel实验室工作。2003 -至今,伦敦大学学院物理和天文学系全职教授,领导激光冷却小组开展科学研究,研究领域涵盖冷原子物理和量子技术。


邀请人:林强