Torsional resonance mode magnetic force microscopy: Enabling higher lateral resolution magnetic imaging without topography-related effects

Kaidatzis A.; García-Martín J.M.

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Torsional resonance mode magnetic force microscopy: Enabling higher lateral resolution magnetic imaging without topography-related effects

机译：扭转共振模式磁力显微镜：实现更高的横向分辨率磁成像，而不受形貌相关的影响

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We present experimental work that reveals the benefits of performing magnetic force microscopy measurements employing the torsional resonance mode of cantilever oscillation. This approach provides two clear advantages: the ability of performing magnetic imaging without topography-related interference and the significant lateral resolution improvement (approximately 15%). We believe that this work demonstrates a significant improvement to a versatile magnetic imaging technique widely used in academia and in industry.

机译：我们目前的实验工作揭示了利用悬臂振荡的扭转共振模式进行磁力显微镜测量的好处。这种方法具有两个明显的优势：在没有地形相关干扰的情况下执行磁成像的能力以及横向分辨率的显着提高（约15％）。我们相信，这项工作证明了对广泛用于学术界和工业界的通用磁成像技术的重大改进。

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《Nanotechnology》 |2013年第16期|共7页
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Kaidatzis A.; García-Martín J.M.;
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1. Torsional resonance mode magnetic force microscopy: Enabling higher lateral resolution magnetic imaging without topography-related effects [J] . Kaidatzis A., García-Martín J.M. Nanotechnology . 2013,第16期

机译：扭转共振模式磁力显微镜：实现更高的横向分辨率磁成像，而不受形貌相关的影响
2. High-resolution magnetic resonance imaging of rotator cuff tears using a microscopy coil: noninvasive detection without intraarticular contrast material. [J] . Hitachi S, Takase K, Tanaka M, Japanese journal of radiology . 2011,第7期

机译：使用显微镜线圈对肩袖撕裂进行高分辨率磁共振成像：无关节内造影剂的无创检测。
3. High-resolution magnetic resonance imaging of rotator cuff tears using a microscopy coil: noninvasive detection without intraarticular contrast material [J] . Shin Hitachi, Kei Takase, Minoru Tanaka, Japanese Journal of Radiology . 2011,第7期

机译：使用显微镜线圈对肩袖撕裂进行高分辨率磁共振成像：无关节内造影剂的无创检测
4. Nanoscale confined mode ferromagnetic resonance imaging of an individual Ni_(81)Fe_(19) disk using magnetic resonance force microscopy (invited) [C] . Inhee Lee, Yuri Obukhov, A. J. Hauser Annual Conference on Magnetism Magnetic Materials . 2011

机译：纳米级限制模式使用磁共振力显微镜（邀请）的单独Ni_（81）Fe_（19）磁盘的狭窄模式铁磁共振成像
5. Nuclear magnetic resonance force microscopy: Adiabaticity, external field effects, and, Demonstration of magnet-on-oscillator detection with sub-micron resolution. [D] . Miller, Casey William. 2003

机译：核磁共振力显微镜：绝热，外部场效应，以及以亚微米分辨率进行的振子上磁检测的演示。
6. High-Resolution Magnetic Resonance Microscopy and Diffusion Tensor Imaging to Assess Brain Structural Abnormalities in the Murine Mucopolysaccharidosis VII Model [O] . Harish Poptani, Manoj Kumar, Ilya M Nasrallah, -1

机译：高分辨率磁共振显微镜和扩散张量成像以评估小鼠粘多糖贮积症VII模型中的脑结构异常。
7. Torsional Resonance mode Magnetic Force Microscopy: Enabling higher lateral resolution magnetic imaging without topography-related effects [O] . Kaidatzis Andreas, García-Martín José Miguel 2016

机译：扭转共振模式磁力显微镜：实现更高的横向分辨率磁成像而不受地形相关影响
8. High Performance Nuclear Magnetic Resonance Imaging Using Magnetic Resonance Force Microscopy [R] . Hammel, P C 2013

机译：使用磁共振力显微镜的高性能核磁共振成像

Torsional resonance mode magnetic force microscopy: Enabling higher lateral resolution magnetic imaging without topography-related effects

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