超景深显微系统技术在昆虫形态研究中的应用——以烟粉虱为例
The application of ultra-depth microscopic system technology in studies of insect morphology: A case study on Bemisia tabaci
赵泽坤** 刘佳磊 白润娥*** 闫凤鸣
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DOI：10.7679/j.issn.2095-1353.2025.162
作者单位：河南农业大学植物保护学院，郑州 450046
中文关键词： 超景深显微系统；功能介绍；昆虫形态；烟粉虱
英文关键词：ultra-depth microscopic system; function introduction; insect morphology; Bemisia tabaci
中文摘要：
超景深显微系统是研究昆虫形态和昆虫分类的重要工具，其主要特点是视野广、清晰度高，具分屏选择功能和快捷测量工具，特别是其3D合成功能可以获得昆虫标本完整且清晰的图像。本文介绍了超景深显微系统的结构、功能、优势、实际操作中的注意事项，以及在昆虫形态研究中的应用；以烟粉虱Bemisia tabaci为例，全面介绍了超景深显微系统在昆虫形态研究中的应用步骤，包括开机准备、拍摄、高倍观察、测量、3D合成等功能。
英文摘要：
The ultra-depth microscopic system is a powerful tool for
research on insect morphology and taxonomy, due to its wide field of view, high
resolution, practical split-screen selection functions, rapid measurement
tools, and particularly, its 3D synthesis function that allows clear images of
insect specimens. This article introduces the structure, function, advantages,
and operating precautions of the ultra-depth microscopic system, as well as its
application in the study of insect morphology. Using Bemisia tabaci as
an example, we demonstrate, step by step, the comprehensive application of the
ultra-depth microscopic system in insect morphological research, such as
startup preparation, capturing images, high-magnification observation,
measurement, and 3D synthesis.