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基于聚焦离子双束电镜的透射电镜微柱试样制备

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利用聚焦离子双束电镜在传统透射电镜试样制备的方法上进行改进,通过改变离子束辅助沉积的区域及作用,以及将U形切改良为L形切,成功提取压缩后的小鼠骨骼微柱试样至专用铜网上。提取出的试样通过离子束精确减薄后,可在透射电镜下观察到胶原纤维走向。
Preparation of transmission electron microscopy microcolumn samples based on focused ion beam-scanning electron microscopy
By using focused ion beam-scanning electron microscopy to improve the traditional method of transmission electron microscopy sample preparation.By changing the area and effect of ion beam assisted deposition,and improving the U-shaped cut to L-shaped cut,the compressed mouse bone micro-pillars samples were successfully extracted onto a dedicated copper mesh.The extracted sample could be precisely thinned by ion beam,and the direction of collagen fibers could be observed under transmission electron microscopy.

micro-pillarfocused ion beam-scanning electron microscopytransmission electron microscopy samplePt deposition layerL-shaped cut

高倩雯、李怡雪、冯丹、史学芳

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西北工业大学分析测试中心,西安 710072

微柱 聚焦离子双束电镜 透射电镜试样 Pt沉积层 L形切

2024

理化检验-物理分册
上海材料研究所

理化检验-物理分册

影响因子:0.599
ISSN:1001-4012
年,卷(期):2024.60(9)