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Stereological inference on mean particle shape from vertical sections

机译:垂直截面上平均颗粒形状的立体介绍

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It was a major breakthrough when design-based stereological methods for vertical sections were developed by Adrian Baddeley and coworkers in the 1980s. Most importantly, it was shown how to estimate in a design-based fashion surface area from observations in random vertical sections with uniform position and uniform rotation around the vertical axis. The great practical importance of these developments is due to the fact that some biostructures can only be recognised on vertical sections. Later, local design-based estimation of mean particle volume from vertical sections was developed. In the present paper, we review these important advances in stereology. Quite recently, vertical sections have gained renewed interest, since it has been shown that mean particle shape can be estimated from such sections. These new developments are also reviewed in the present paper.
机译:在20世纪80年代,当阿德里安巴德德利和同事开发了基于设计的立体学方法时,这是一个重大突破。 最重要的是,示出了如何从具有均匀位置的随机垂直部分的观察中估计基于设计的时装表面积,并且围绕垂直轴线均匀旋转。 这些发展的巨大实际重要性是由于一些生物结构只能在垂直部分识别。 后来,开发了基于局部设计的垂直部分的平均粒子体积的估计。 在本文中,我们审查了立体内容的这些重要进展。 最近,垂直部分已经获得了重复的兴趣,因为已经示出了可以从这些部分估计平均颗粒形状。 本文还审查了这些新的发展。

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