In this paper the possibilities of applying magnetic in-plane fields at the specimen location in a Philips CM30 Twin/Lorentz transmission electron microscope are described. A new developed specimen holder in combination with a custom made software package enables us to run static and dynamic processes in any direction and with a magnetic field up to 5.2 kA/m (65 Oe). First experiments on nanostructured magnetic elements are presented to demonstrate the new possibilities.
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机译：在本文中，描述了在飞利浦CM30双/洛伦兹透射电子显微镜中施加磁面积在Philips CM30双/洛伦兹透射电子显微镜中的可能性。新的开发标本持有者与定制软件包组合使我们能够在任何方向上运行静态和动态过程，磁场高达5.2 ka / m（65 oe）。提出了关于纳米结构磁性元件的第一实验以证明新的可能性。
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