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用于对增量岩芯进行采样和数字化的新工作流程
用于对增量岩芯进行采样和数字化的新工作流程
JoVE Journal
Environment
This content is Free Access.
JoVE Journal Environment
A New Workflow for Sampling and Digitizing Increment Cores

用于对增量岩芯进行采样和数字化的新工作流程

Full Text
3,328 Views
07:05 min
September 27, 2024

DOI: 10.3791/67098-v

Holger Gärtner1, Loïc Schneider1, Paolo Cherubini1

1Forest Dynamics/Dendrosciences,Swiss Federal Research Institute WSL

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Please note that some of the translations on this page are AI generated. Click here for the English version.

我们提出了一种协议,使用 3D 打印支架在现场固定增量芯,而无需拆包并将它们粘合在木制支架上。新的 GSC 支架允许将核心放置在核心切片机中,以切割其表面并直接将其转移到数字图像捕获中。

通过开发新设备,我们打算突破树木年轮研究的界限。3D 建模软件和 3D 打印机的应用允许快速、廉价地开发新设备。其中之一是图像捕获系统 Skippy,它允许以高分辨率和短时间对增量航向的表面进行数字化。

通常,在树木生态学、树木地貌学或树木气候学中取样时,我们会在偏远地区(如极高纬度地区)对树木进行取样,这些地区的条件、气候条件也很恶劣。所以节省时间非常重要,采用这个协议我们将节省时间,也就是金钱。应用我们的协议将允许在更短的时间内生成更大的数据集。

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采样工作流程 增量岩心 树木年轮 树木生态学分析 Gärtner Schneider 岩心支架 3D 建模 3D 打印 岩心切片机 高分辨率成像 微切片 透射光 地貌应用

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