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本期【刊•见】为诸位介绍聚焦光谱学各个分支的跨学科期刊—Applied Spectroscopy Reviews。除了对关键指标进行详尽解读之外,还将向您推荐刊内近一年高阅读量文章:
影响因子根据JCR显示,Applied Spectroscopy Reviews
在仪器与仪表排名 11/79
在光谱学排名 4/44
根据Scopus显示, Applied Spectroscopy Reviews
在物理学和天文学:仪器领域排名 5/174
在化学:光谱学领域排名 4/79
根据2025年3月20日发布的中国科学院文献情报中心期刊分区表中显示:
大类及分区:
化学2区
小类及分区:
光谱学1区
仪器仪表2区
接收文章类型
Applied Spectroscopy Reviews 期刊主要发表综述类文章(包括全面综述和迷你综述),但也会考虑精选且独特的实验应用,尤其是利用光谱技术解决基础科学和医学中的诊断问题。在这些情况下,研究结果及其意义比方法本身更为重要。
审稿周期
从提交稿件到获取初审意见,平均需要4天
从提交稿件到获取首个同行评审后的决定,平均需要24天
稿件一旦接受后,在线出版平均需要15天
Applied Spectroscopy Reviews 支持作者以开放获取的模式发表文章,提升研究影响力。

Applied Spectroscopy Reviews 期刊的主编现由美国麦克尼斯州立大学( McNeese State University, USA)的Joseph Sneddon教授担任。编辑团队荟萃来自美国、中国、英国等地的行业精英。
主编
Joseph Sneddon
Joseph Sneddon,美国麦克尼斯州立大学化学系教授,研究兴趣为光谱学、电感耦合等离子体质谱法、原子吸收光谱法等。
中国区编辑
侯贤灯
侯贤灯,四川大学分析测试中心教授、书记。研究内容涉及微纳材料制备、光谱分析方法、仪器部件、光谱分析仪器及其环境或生物分析应用等。
中国编委
胡斌
胡斌,武汉大学化学与分子科学学院教授,博士生导师。研究方向为原子光谱/质谱分析及联用技术、金属组学、基于ICP-MS的生物医学分析、样品前处理技术、纳米材料的分析及生物安全性等领域的基础及应用研究。
吕弋
吕弋,四川大学化学学院教授、博士生导师。研究兴趣为分子在纳米界面作用和纳米标记的环境与生物分析新原理新方法研究,涉及发光光谱分析、化学与生物传感、质谱分析等。
吴兰
吴兰,四川大学分析测试中心研究员、党总支书记兼主任。研究兴趣为基于纳米材料的光学传感在环境分析中的应用;基于纳米材料的光热催化在能源环境领域的应用。
范美坤
范美坤,西南交通大学地球科学与环境工程学院教授、博士生导师。研究兴趣主要以分子光谱为牵引、人工智能为引擎,聚焦三大方向并贯通“机理—方法—应用”的研究链条。
张信凤
张信凤,成都理工大学材料与化学化工学院教授,研究方向为环境分析以及光谱。
陈贝贝
陈贝贝, 武汉大学化学与分子科学学院副教授、博士生导师,研究围绕等离子体质谱联用技术及元素形态分析相关研究。
作者分布根据JCR显示,近三年在Applied Spectroscopy Reviews 发文的国家/地区中,发文较为活跃的有:
中国
美国
英国
近三年,在Applied Spectroscopy Reviews 发文的全球高校和科研机构中,发文较为活跃的有:
厄特沃什•罗兰大学
匈牙利科学院
北京科技大学
癌症诊断技术新突破:融合表面增强拉曼光谱与微流体技术,实现精准检测与多功能应用
作者:Mohamed T. Patel & Pola Goldberg Goldberg Oppenheimer
文章摘要:
Cancer is a major global health challenge, responsible for 10 million deaths worldwide in the year 2020, as per the World Health Organization. Addressing this, innovative diagnostic methods for early detection and personalized treatment are imperative. This review focuses on the fusion of Surface-Enhanced Raman Spectroscopy (SERS) with Microptofluidics for cancer diagnostics, providing a noninvasive, sensitive, and versatile solution. SERS, demonstrated in in vivo and ex vivo experiments, shows promise in tackling major cancers such as colorectal, nasopharyngeal, breast, brain, and hematological malignancy. It goes beyond traditional applications, with molecular profiling, biomarker discovery, and interaction studies for enhanced cancer diagnostics. Integration of Lab-on-Chip techniques with SERS in Point-of-Care Devices signifies a transformative step, improving precision and reproducibility in diverse healthcare scenarios. The evolution of diagnostic technologies like SERS may significantly elevate early detection rates, potentially leading to a noteworthy increase in early-stage cancer diagnoses—thus taking a substantial stride in combating cancer.
编辑
Figure 2. Various experimental sampling methods employed in research studies
作者:David Krüger, David J. Butcher & Daniel Baecker
文章摘要:
Medicinal plants play an important role as therapeutics. Graphite furnace atomic absorption spectrometry (GFAAS) is used to monitor their quality for essential element content and potential contamination with heavy metals. This review summarizes recent applications of GFAAS for the analysis of medicinal plants and some pharmaceutical preparations made thereof. Attention is paid to the analytical conditions, in particular the applied pyrolysis and atomization temperatures as well as the use of modifiers. A brief focus on the respective properties of the medicinal plants presented demonstrates that GFAAS is a versatile technique for pharmaceutical analysis.
通讯作者:
翁武斌 浙江大学
Zhongshan Li 瑞典隆德大学
文章摘要:
Combustion remains the primary process for energy supply in nowadays society. With the emerging of low-carbon fuels alongside traditional fossil fuels, the increased complexity of thermal-chemical conversion processes call for more accurate diagnostic tools. Compared to traditional offline measurement techniques which are often insufficient in providing precise information, advanced laser diagnostics techniques are increasingly important for providing in-situ measurements in combustion processes due to their high sensitivity, selectivity, and non-intrusive features. In this paper, the developments and applications of laser diagnostics techniques based on the Laser Photofragmentation and Fragment Detection (PF-FD) strategy in combustion are reviewed. First, the motivation for this paper is briefly discussed, as well as the advantages of PF-FD techniques in combustion diagnostics. Second, the recent PF-FD techniques applied in combustion diagnostics are summarized, including Photofragmentation and Prompt Emission (PF-PE), Photofragmentation and Laser Induced Fluorescence (PF-LIF), and Photofragmentation and Laser Absorption Spectroscopy (PF-LAS). The primary focus is on the measurements of species concentrations, velocity/temperature fields, and flame structure using PF-FD, involving hydrocarbons, H2O2/HO2/H2O, ozone, nitrogenous compounds, and alkali metal/heavy metal compounds. Finally, a comparison and outlook of different PF-FD methods in combustion diagnostics, both in the laboratory and the field, are presented.

Figure 1. Schematic expression of the PF-FD methods
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