Use and Future Development of Optical Measurement Technology in the Study of Wood Surface Roughness CiteSpace-Based Scientometric Analysis (2003 through 2022)

IF 1.1 4区 农林科学 Q3 FORESTRY Forest Products Journal Pub Date : 2023-12-01 DOI:10.13073/fpj-d-23-00017
Na Jia, Wendi Shi, Lei Guo, Jiuqing Liu
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Abstract

Although the contact probe measurement technique is excellent for wood surface roughness measurement, it is necessary to reevaluate the advantages and future development direction of optical measurement techniques in this field, given the emergence of optical measurement techniques such as laser technology and the increasing academic interest in wood surface roughness. The traditional review method, due to its rather limited research directions, only provides a macroscopic and qualitative description of certain laws and conclusions. The purpose of this review is to use the bibliometrics theory and method to comprehensively sort out the research hot spots in this field and explore them in depth.
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光学测量技术在木材表面粗糙度研究中的应用和未来发展 基于引用空间的科学计量分析(2003 至 2022 年)
尽管接触探针测量技术在木材表面粗糙度测量中表现出色,但随着激光技术等光学测量技术的兴起,以及学术界对木材表面粗糙度研究兴趣的日益浓厚,有必要重新评估光学测量技术在该领域的优势和未来发展方向。传统的综述方法由于研究方向比较局限,只能对某些规律和结论进行宏观的定性描述。本综述旨在运用文献计量学的理论和方法,对该领域的研究热点进行全面梳理和深入探讨。
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来源期刊
Forest Products Journal
Forest Products Journal 工程技术-材料科学:纸与木材
CiteScore
2.10
自引率
11.10%
发文量
30
审稿时长
6-12 weeks
期刊介绍: Forest Products Journal (FPJ) is the source of information for industry leaders, researchers, teachers, students, and everyone interested in today''s forest products industry. The Forest Products Journal is well respected for publishing high-quality peer-reviewed technical research findings at the applied or practical level that reflect the current state of wood science and technology. Articles suitable as Technical Notes are brief notes (generally 1,200 words or less) that describe new or improved equipment or techniques; report on findings produced as by-products of major studies; or outline progress to date on long-term projects.
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