报告题目：磁悬浮技术及其在人工心脏中的应用

报告人：Nobuyuki Kurita 副教授

时间：4月18日(周四) 下午3:00

地点：www.优德88.cpm 北校区工科楼1207室

讲座内容简述

近年来，由于磁悬浮技术具有无磨损、无摩擦、无润滑、无维护等优点，在工业领域得到广泛应用。由于这些特性，它们可以在高真空、超清洁、高温、超高速、超长期等特定环境中使用。磁悬浮技术的应用之一是人工心脏，由于严重心衰患者数量的增加，供体不足的情况越来越严重，因此，人工心脏开始广泛用于心脏移植前的过渡治疗，心功能恢复治疗以及永久治疗。本讲座介绍了磁悬浮技术的基本结构，人工心脏的概况及其分类，以及群马大学磁悬浮人工心脏的发展情况。

Recently, the maglev technologies used widely in the several industrial application fields due to its superior features such as no wear, no friction, no lubrication, no maintenance. Thanks to these features they can use in a particular environment such as high vacuum, ultra-clean, high-temperature, ultra-high-speed, ultra-long-term application. One attractive application of maglev technologies is artificial heat. Although the number of patients with severe heart failure increases, donor shortage is getting worse. Therefore, artificial hearts are beginning to be widely used for bridging to heart transplantation, bridging to the recovery of the heart, destination therapy. In this situation, maglev type artificial hearts are developed, and they applied to many patients due to its high performance and reliability. This lecture introduces the basic configuration of the maglev technologies, also, the outline of the artificial heart and its classification, moreover, development situation of the magnetically levitated artificial heart at Gunma University.

报告人简介

Nobuyuki Kurita博士毕业于日本茨城大学。2006年4月，Kurita博士毕业后首先进入都城工业高等专门学校担任讲师，2009年4月进入群马大学担任讲师，并于2016年成为群马大学副教授，工作期间Kurita博士主要从事磁悬浮式人工心脏的设计研发工作。

（机电工程学院生物制造研究中心）