《感受近红外光谱带来的变化——第20届国际近红外光谱学术会议论文集（英文版）》 - 台灣·大書城 - 褚小立郭隆海黄越袁洪福编 - 化学工业出版社

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『簡體書』感受近红外光谱带来的变化——第20届国际近红外光谱学术会议论文集（英文版）

書城自編碼： 3874496
分類：簡體書→大陸圖書→工業技術→一般工业技术
作者：褚小立郭隆海黄越袁洪福编
國際書號(ISBN)： 9787122430014
出版社：化学工业出版社
出版日期： 2023-06-01

頁數/字數： /
書度/開本： 16开釘裝：精装

售價：NT$ 1010

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編輯推薦：

1.本文集综述了近年来全球近红外光谱学的新进展，包括仪器仪表、光谱解释和化学计量学方面的进步，并反映近红外光谱学在下一个十年的发展趋势。2.本文集共收录了35篇文章，这些论文几乎涵盖了NIR光谱的所有研究领域和实际应用，从中可以清楚地看到近年来NIR研究和应用的热点和前沿。

內容簡介：

本书综述了近年来全球近红外光谱的新进展，包括仪器仪表、光谱解释和化学计量学等方面的进步，反映了近红外光谱在未来十年的发展趋势。本书共收录在第20届国际近红外光谱学术会议上发表的35篇论文，这些论文涵盖了近红外光谱所有的研究领域和实际应用，从中可以清晰看到近年来近红外光谱研究和应用的热点和前沿。本书可供从事光谱技术、化学计量学、分析仪器、现场快速或在线分析、过程控制等领域的研究人员和应用人员参考，也可作为相关专业本科生和研究生的选修教材。

關於作者：

褚小立，石油化工科学研究院教授级高工，于1996年获得烟台大学化学工程学士学位，并分别于1999年和2004年获得石油化工科学研究院应用化学硕士和博士学位。目前担任石油化工科学研究院分析室光谱学和化学计量学课题组长。长期从事分子光谱（紫外可见、红外、近红外和拉曼）与石油和石化化学计量学方法相结合的研究和应用。申请发明专利40余项;30多项专利实现了产业化，并撰写了多部著作。郭龙海，北京化工大学副教授，于2011年在关西学院大学获得博士学位，从事可控自由基聚合、功能高分子涂层材料的合成与应用、聚合反应的在线光谱分析和在线检测方法研究。发表了40多篇研究文章和6项专利。黄跃，中国农业大学副教授，于2012年获得中国农业大学博士学位。2012年至2016年期间，在中国烟草北京研发中心从事食品质量控制工作。2018年起，任中国农业大学食品安全与营养专业副教授。主要从事光谱分析、高光谱成像和无损检测在食品上的应用研究。发表文章50多篇。担任《食品研究与发展》编委。袁洪福，北京化工大学教授，于1994年在石科院获得博士学位。长期从事基于光谱的过程分析技术的研发，包括多变量分析方法，仪器仪表和在石化工业、电力、农业、制药、食品和织物领域的应用。发表论文100余篇。现任中国仪器仪表学会近红外光谱分会主任委员，中国科协化学光谱分析领域首席科学宣传专家，国家仪器分析测试标准化技术委员会（SAC/TC481）委员，《光谱与光谱分析学报》编委，亚洲近红外光谱学会全国代表。

Selected Articles
How Can We Unravel Complicated NIR Spectra? –Challengesof the Ozaki Group for the Last 30 Years– 3
Yukihiro Ozaki
The Ever-Shrinking Spectrometer: New Technologiesand Applications 17
Richard Crocombe
The New Avenue – Theoretical Simulation of NIR Spectraand its Potential in Analytical Applications 32
Krzysztof BBec， Justyna Grabska， and Christian WHuck
Chemometric Studies in Near-Infrared Spectroscopy 47
Hongle An， Li Han， Yan Sun， Wensheng Cai， and Xueguang Shao
Current Status and Future Trends in Sensor Miniaturization 59
Christian WHuck， Krzysztof BBec， and Justyna Grabska
Near Infrared Spectroscopy in China 73
Xiaoli Chu and Hongfu Yuan

Agriculture， Food and Forestry
Measurement of Gingerols and 6-shogaol in Ginger Using Near-Infrared Spectroscopy 81
Joel BJohnson， Janice SMani， Kerry BWalsh， and Mani Naiker
Spectral Separation Degree Method for Vis-NIR Spectral Discriminant Analysis of Milk Powder Adulteration 91
Yan Tang， Zeqi Chen， Niangen Ye， Haoran Lin， Lifang Fang， and Tao Pan
An Exploration into the Optimization of Feature Wavelength Screening Methods in the Processing of Frozen Fish Classification Data in Near Infrared Spectroscopy 97
GCheng， SMeng， SLiu， YJiao， XChen， WZhang， HWen，WZhang， BWang， and XXu
Handheld NIR and PLS-DA Models for Onsite Detection of Injected Water and Discrimination of Different Injected Solutions in Tuna108
SNieto-Ortega， áMelado-Herreros， IOlabarrieta， GFoti，GRamilo-Fernández， CGSotelo， BTeixeira， AVelasco，and RMendes
Identification of Variety and Age of Abalones Based on Near-Infrared Spectroscopy 118
Huang Yangming， Gao Jingxian， Tang Guo， Xiong Yanmei，and Min Shungeng
Discrimination of Adulterated Milk Using Temperature-Dependent Two-Dimensional Near-Infrared Correlation Spectroscopy 124
Ming YHuang， Jia Long， Ren JYang， Hai YWu， Hao Jin，and Yan RYang
Development of NIRS Calibrations for Seed Content of Lipids and Proteins in Contrasting White Lupin Germplasm 132
BFerrari， SBarzaghi， and PAnnicchiarico
Determination of Nitrogen and Phosphorus in Dairy Slurry Using Near Infrared Diffuse Reflection Spectroscopy 137
Mengting Li， Zengjun Yang， Shengbo Liu， Di Sun， and Run Zhao
Rapid Prediction of Multiple Quality Parameters in Milk Powder by Ultraviolet Spectrometry Combined with Chemometric Method 145
JFPang， XHuang， and YKLi
Nondestructive Analysis of Soluble Solids Content in Apple with a Portable NIR Spectrometer 157
Cheng Guo， Cuiyan Han， Hui Yan， and Lei Li

Aquaphotomics
The Aquaphotomics and E-nose Approaches to Evaluate the Shelf Lifeof Ready-To-Eat Rocket Salad 165
LMarinoni， GBianchi， and TMPCattaneo
Near Infrared Aquaphotomics Evaluation of Nasal Secretions as a Potential Diagnostic Tool for Bovine Respiratory Syncytial Virus (BRSV) Infection 174
MSantos-Rivera， ARWoolums， MThoresen， FMeyer，and CKVance

Biomedicine， Environment， and fNIR
Vis-NIR Spectroscopic Discriminant Analysis Applied to Serum Breast Cancer Screening 187
Lu Yuan， Jing Zhang， Jianhua Xu， Lijun Yao， Dawei Wang， and Tao Pan
Grouping Modeling Strategy for Hematocrit Analysis with Blood Vis-NIR Spectroscopy193
Zeqi Chen， Yan Tang， Haoran Lin， Zhiyuan Yin， Junyu Fang， and Tao Pan
Instrument， Accessory and Experimental Technology
The AS7265x Chipset as an Alternative Low-Cost Multispectral Sensor for Agriculture Applications Based on NDVI 201
ADucanchez， SMoinard， GBrunel， RBendoula， DHéran，and BTisseyre

PAT and Imaging
Application of On-line Near Infrared Spectroscopy in the Production of Traditional Chinese Medicine209
Jun Wang， Yerui Li， Jiapeng Huang， Xiaoxue Zhang， Jingnan Wu，and Xuesong Liu
Coating Control on a Functional Digestion Tablet by Portable Near-Infrared Spectroscopy 220
Yewei Zhu， Yizhi Shi， Rui Chen， Shuai Wang， Zhijian Zhong，and Yue Huang
Rapid Screening of Industrial Hemp Based on Handheld Near Infrared Spectrometer 227
PPZhang， WJShi， GZJi， and YXCheng

Pharmaceutical and Chemistry
Embedded NIR Spectroscopy for Rotary Tablet Press 235
Yves Roggo， Laurent Pellegatti， Anna Novikova， Alexander Evers，Simon Ensslin， and Markus Krumme
On-line Near-Infrared Quantitative Prediction and Verification of Waste Polyester Blended Fabrics 240
Yue Wang， Wenqian Du， Peng Jiang， Wenxia Li， Zhengdong Liu，and Huaping Wang

Spectroscopy Theory and Chemometrics
Theoretical Simulation of Near-Infrared Spectrum of Piperine.Insight into Band Origins and the Features of egression Models from Different Spectrometers 253
Justyna Grabska， Krzysztof BBec， and Christian WHuck
Vis-NIR Spectroscopy Combined with Bayes Classifier Applied to Wine Multi-brand Identification262
Xianghui Chen， Jiaqi Li， Nailiang Chang， Jiemei Chen， Lifang Fang，and Tao Pan
Outlier Detection in Calibration Transfer for Near Infrared Spectra269
Kaiyi Zheng， Ye Shen， Wen Zhang， Xiaowei Huang， Zhihua Li， Di Zhang，Jiyong Shi， and Xiaobo Zou
Near Infrared Spectroscopic Quantification Using Firefly Wavelength Interval Selection Coupled with Partial Least Squares 274
Xihui Bian， Zizhen Zhao， Hao Sun， Yugao Guo， and Lizhuang Hao
Application of Convolutional Neural Network Model Based on Combined NIR-Raman Spectra in Feed Composition Analysis 283
Wenjie Zhang， Yihao Liang， Gongyi Cheng， Chao Dong， Bin Wang，Jing Xu， and Xiaoxuan Xu
LASSO Based Extreme Learning Machine for Spectral Multivariate Calibration of Complex Samples 291
Zizhen Zhao， Kaiyi Wang， Shuyu Wang， Yang Xiang， and Xihui Bian

Others
Prediction of Rubber Leaf Nitrogen Content Based on Fractional-Order GWO-SVR 303
Rongnian Tang， Xiaowei Li， Chuang Li， Kaixuan Jiang， and Jingjin Wu
Feature Recognition of Tobacco by Independent Component Analysis- Back Propagation Neural Network 316
Jia Duan， Yue Huang， Yizhi Shi， Rui Chen， Guorong Du， Yitong Dong，and Shungeng Min
Insight into Hydration Behavior of Poly(Hydroxypropyl Acrylate)Block Copolymer by Temperature-Dependent Infrared Spectroscopy 325
CXiong， SHan， YGuo， and LGuo

Author Index337

內容試閱：

ICNIRS 2021 Proceedings
As a member of the spectral family， the NIR spectroscopy with the wavelengths between the UV–visible and mid-infrared spectra has been widely applied in many fields as a rapid and online analysis technique since the late 1960s under the leadership of Dr. Karl Norris. Especially in the past two decades， near-infrared spectroscopy has made great progress in agriculture， food， medicine， chemical industry， and other fields. The reason why NIR spectroscopy has become a powerful analysis technique is that it has completely changed the traditional analysis method of taking a sample back to laboratory for further characterization and realized the in situ and online analysis in many fields. The measurement of NIR spectrum is very flexible and convenient. It can directly and non-destructively analyze a variety of products that are closely related to our lives through different special measurement accessories without any sample pretreatment. Moreover， the NIR spectrum can be transmitted through a silica fiber， which means that the spectrometer can be used in measurement sites with complex working conditions， so it can be used for online analysis of large-scale installations such as petrochemicals to measure the composition and chemical properties of materials in real time. Nowadays， the application of NIR spectrometer covers almost all aspects of human life and plays an increasingly important role in scientific research， industry， agriculture， commerce， and other fields.
The biennial meeting of the International Council for NIR Spectroscopy is undoubtedly an academic event for the researchers on NIR spectroscopy. However， unfortunately， due to the impact of the global epidemic of COVID-19， in order to effectively protect the health of the participants， NIR2021 International Conference was finally opened as a form of an online conference. It has also become a historical event so far， the first international conference on near-infrared spectroscopy held online. A total of 316 delegates from 29 countries of six continents attended online the NIR2021 International Conference held in Beijing， and they presented us with the wonderful lectures， including two award presentations， five keynote lectures， and 66 oral presentations as well as 111 post presentations. Although the delegates could not attend this academic event by a face-to-face form， they must have also felt the powerful and wide development of NIR spectroscopy through these wonderful reports， just like the slogan of NIR2021， “Sense the Real Change”. All the participants sensed the various spectral information of NIR， the development of spectral theory and chemometrics， and the enhanced performance of instruments and measurement accessories. We also believe that every participant could personally sense the real changes of NIR spectroscopy in China， especially for its wide application in different field. The theme of the NIR2021 is indicated by the logo， which is “Rainbow: Diversity， Optimization， and Inspiration”. The rainbow in logo represents the spectrum， as well as a dragon of Chinese element. The dancing dragon means that NIR is taking off in the international technological arena， playing an increasingly important role in agriculture， food， chemical industry， and people’s daily lives. We strongly hope that the NIR2021 can make a great contribution to accelerate advancing NIR technology through constructing a strong human network on NIR spectroscopy in the world. We also have to sincerely thank all 15 sponsors， especially the two platinum sponsors ABB and REEMOON， who economically supported NIR2021 even without the live exhibition.
The scientific program was divided into seven sections: (1) Spectroscopy Theory and Chemometrics， (2) Instrument， Accessory， and Experimental Technology， (3) Agriculture， (4) Pharmaceutical and Chemistry， (5) Biomedicine， Environment， and fNIR; (6) PAT and Imaging， and (7) Aquaphotomics. In each section， one keynote lecture and around four to eight oral presentations were selected. Around 100 poster presentations were performed at the conference. The keynote lectures were as follows: (1) Roumiana Tsenkova from Kobe University gave an overview on the development and application of NIR spectroscopy in Aquaphotomics; (2) Heinz Siesler from the University of Duisburg-Essen talked about the test and application of miniaturized handheld vibrational spectrometers over the last ten years; (3) Richard Crocombe from Crocombe Spectroscopic Consulting introduced the New Technologies and Applications of Ever-Shrinking Spectrometer; (4) Da-Wen Sun from University College Dublin talked about the Advances in Hyperspectral Imaging Technology for Food Quality and Safety Detection and Control; (5) Peiwu Li from Chinese Academy of Agricultural Sciences talked about the Application of NIRS Technology in the Development of Green Animal Husbandry. Yukihiro Ozaki， as the winner of the Karl Norris Award from Kansai Gakuin University， gave a lecture with the title: “NIR Spectroscopy-What a Wonderful World!”. Vincent Baeten， as the winner of Tomas Hirschfeld Award from Walloon Agricultural Research Center， gave a lecture with the title: “The treachery of NIRS applications: authentic or not?”. These programs can be seen at the homepage of NIR2021 .
The selected papers in NIR2021 Proceedings have been professionally reviewed by the Scientific Committee. Although there are only about 30 papers in the NIR2021 Proceedings， these papers cover almost all the research fields and the practical applications of NIR spectroscopy， from which we can clearly see the hotspots and frontiers of NIR research and application in recent years. We hope that you will enjoy reading the NIR2021 Proceedings and these original researches could promote the investigation and the further development of NIR spectroscopy.
Finally， we hope that the COVID-19 epidemic will end soon. Looking forward to seeing you all at the NIR2023 Innsbruck. Warmest regards.
Hongfu Yuan
Xiaoli Chu
Longhai Guo

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