With the implementation of some subsidized loan projects, the popularity of instrument and equipment procurement continues to rise. As an important talent cultivation and scientific research teaching base in the country, universities should choose appropriate instruments

·We need to consider both the allocation of basic education resources and the expansion of innovative scientific research.

·It is necessary to be able to complete daily analysis and testing, as well as respond to the development of innovative methods.

·It is necessary to ensure that the instrument has excellent analytical performance and reliable after-sales technical service guarantee.

Based on the above selection requirements, product compatibility, configuration scalability, long-term reliability, and industry retention will be the key considerations for instrument selection.

What is combination technology?Thinkdifferent, 1+1>2

Combination technology refers to the connection of two or more instruments through standard pipelines to achieve multiple results in a single experiment, achieving complementary advantages between instruments. Any combination instrument can be individually controlled, flexibly configured, and implemented1+1>2The combination technology can not only meet the deep level sample information analysis in scientific research applications, but also carry out more potential online in-situ characterization studies.

PerkinElmer has a rich and comprehensive product line layout, from atomic spectroscopy to molecular spectroscopy, from thermal analysis to gas chromatography. It not only focuses on a single product track, but also continuously expands in horizontal interdisciplinary fields. We provide a complete service and support system, exclusive joint configuration to avoid hardware and software compatibility issues between cross brand products, and can effectively guarantee long-term use and maintenance as well as product updates and iterations. For this university subsidized loan project, PerkinElmer has specially customized a "Research Selection" program-The "Perkins Smart Connect Unlimited" series of themed lectures will open up new application ideas and research directions for you, introducing cutting-edge applications of integrated technology in various disciplines. We look forward to your participation!

1moon11 Day Three Online/Multi online session

Meeting Agenda

14:00-14:05 Opening speech

14:05-14:35Thermal analysis combined with curve analysis and its reasonable expression (using thermogravimetric analysis)/Taking infrared spectroscopy combined technology as an example

Dr. Ding Yanwei, Professor level Senior Engineer University of Science and Technology of China

Ding Yanwei, Ph.D., Professor level Senior Engineer at the University of Science and Technology of China. self2002I have been engaged in the analysis and testing of thermal analysis and adsorption technology, as well as research on experimental methods since the beginning of the year,Currently serving as a member of the Chemical Thermodynamics and Thermal Analysis Professional Committee of the Chinese Chemical Society, the Thermal Analysis Professional Committee of the Analytical Instrument Branch of the Chinese Instrumentation Society, the Youth Committee of the China Association for Analysis and Testing, the Chemical Subcommittee of the National Education Equipment Standardization Committee, and the Scientific Experiment Field Committee of the China Materials and Testing Group Standards Committee. Has won the Science and Technology Award from the China Association for Analysis and Testing（CAIASecond prize for leading the revision of the education industry standard "General Principles for Thermal Analysis Methods"(JY/T 0589.1~4-2020),Published by the main authorSCIpaper30More than articles, authorized patents7Item. Publish thermal analysis related works such as "Fundamentals of Thermal Analysis", "Introduction to Thermal Analysis Experimental Scheme Design and Curve Analysis", "Thermogravimetric Analysis - Methods, Experimental Scheme Design and Curve Analysis" as the first or sole author5Department.

Report content:

The report mainly combines the characteristics of commonly used thermal analysis techniques to introduce the analysis and reasonable expression methods of the obtained curves. On the basis of introducing commonly used thermal analysis techniques, the report focuses on thermogravimetric analysis/Taking infrared spectroscopy combined technology as an example, the focus is on fully exploring the information obtained from experimental curves, and some suggestions are put forward to further expand the application scope and data quality of the combined technology.

14:35-15:05 Synchronous thermal analysis, infrared gas chromatography-mass spectrometry analysis method and its application in biomass co pyrolysis

Dr. Deng Nan, Senior Engineer Xi'an Jiaotong University

Deng Nan, Senior Engineer at Xi'an Jiaotong University.2009I graduated from the School of Chemistry and Materials Science at Northwestern University with a bachelor's degree in,2014 He received a doctor's degree in analytical chemistry from the University of Chinese Academy of Sciences (Dalian Institute of Chemical Physics). Mainly engaged in the development of new methods for multidimensional instrument separation and analysis, includingGC-MS/MSTheLC-MS/MSTheSTA-FTIR-GC/MSAnd apply it to fields such as life sciences, energy, environment, and tobacco. Hosted and completed the National Natural Science Foundation Youth Fund1Participated in multiple National Natural Science Foundation projects and tobacco industry projects, and won the second prize for outstanding young talents in Chinese university analysis and testing1Xiang, China National Tobacco Corporation Science and Technology Progress Award2Item, publishSCIpaper10More articles.

Report content:

Synchronous thermal analysis infrared gas chromatography-mass spectrometry（STA-FTIR-GC/MS）A comprehensive analysis of the heat treatment process of complex sample systems can be achieved. This report first takes calcium oxalate and polystyrene standard samples as the research objects, investigates the influence of parameters such as sample size, heating rate, and transport tube flow rate, determines the analysis method used for co pyrolysis research in this system, and deeply characterizes the behavior and characteristics of biomass co pyrolysis, providing technical support for the improvement of the technical level of such equipment, and is expected to provide technical services for a deeper understanding of the synergistic effect of biomass co pyrolysis.

15:05-15:35 thermogravimetric-infrared_GC-MS (Gas Chromatography-Mass Spectrometry):Principles and Applications

Guo Ran, Ph.D., Perkin Elmer Thermal Analysis and Online Technical Support Engineer

Guo Ran, Ph.D., Perkin Elmer Thermal Analysis and Online Technical Support Engineer, graduated from the School of Chemistry, Peking University. I have many years of experience in thermal analysis online operation and data analysisAnal. Chem.TheSpectrochimica Acta AWaiting for papers to be published in journals30More than articles, obtained patents for online data processing methods, etc10remainder.

Report content:

Introduction to Thermogravimetric Analysis-infrared-gas chromatography-The principles, technical characteristics, and configurations of various testing modes in mass spectrometry systems are introduced, and the widespread application of each testing mode in various studies of the three in one system is introduced through various examples.

15:35-15:50 Online Roundtable Forum(Interactive Q&A)

15:50-15:55 Meeting summary, interactive gift

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Scientific research selection series live broadcast, wonderful review of previous issues

2023.1.5Laser ablationICP-MSspecial event

1、 Research on LA-ICPMS Imaging Method for Elements in Animals and Plants Chen Mingli, Analysis and Testing Center of Northeastern University

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2、 Application of laser ablation inductively coupled plasma mass spectrometry in biomedical research
Wang Meng Institute of High Energy Physics, Chinese Academy of Sciences

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