报告1题目：Rice Hull Ash as a Source of Value Added Silica Based Materials

报告人：Richard M. Laine

时间：2025年08月05日9:00—11:00

地点：材料楼（原交通学院）301

报告人简介：

Professor Richard M. Laine

Richard M. Laine is currently a full Professor in the Dept. of Materials Science and Engineering (MSE), and Professor and previous Director of the Macromolecular Science and Engineering Center.

Dr. Laine received a Ph.D. in Chemistry from the University of Southern California (Prof. Robert Bau). Following postdoctoral studies (R.F. Heck, Delaware; P.C. Ford, UCSB), Dr. Laine worked at Stanford Research Institute International for 11 years, last as Associate Director of Inorganic and Organometallic Chemistry Programs. Dr. Laine joined UM in 1990 as Associate Professor. He is a 2013 recipient of the International Fellow Award of Society of Polymer Science of Japan. He was awarded a 1000 Foreign Experts Award from P.R.C. in 2012. He became an ACS fellow in 2015.

Major research areas for the Laine group include the synthesis and processing of inorganic and organometallic hybrid polymers and nanooxide powders. Research in the nanooxide powder area emphasizes the direct synthesis of single and mixed-metal oxide nanopowders by flame spray pyrolysis of mixed-metal alkoxides. The resulting powders are characterized for their catalytic (energy conversion in particular) and photonic applications. The effects of processing conditions on the catalytic, photonic and in some instances, mechanical properties are of primary interest.

The Laine group has over 330 published papers, 49 patents and 12 books edited on various aspects of mixed-metal oxide nanopowders and organic/inorganic hybrid materials.。

报告2题目：The Construction of Writing Framework for English Academic Papers

报告人：Richard M. Laine

时间：2025年08月05日14:00—16:00

地点：材料楼（原交通学院）301

报告人简介：

Professor Richard M. Laine

Richard M. Laine is currently a full Professor in the Dept. of Materials Science and Engineering (MSE), and Professor and previous Director of the Macromolecular Science and Engineering Center.

Dr. Laine received a Ph.D. in Chemistry from the University of Southern California (Prof. Robert Bau). Following postdoctoral studies (R.F. Heck, Delaware; P.C. Ford, UCSB), Dr. Laine worked at Stanford Research Institute International for 11 years, last as Associate Director of Inorganic and Organometallic Chemistry Programs. Dr. Laine joined UM in 1990 as Associate Professor. He is a 2013 recipient of the International Fellow Award of Society of Polymer Science of Japan. He was awarded a 1000 Foreign Experts Award from P.R.C. in 2012. He became an ACS fellow in 2015.

Major research areas for the Laine group include the synthesis and processing of inorganic and organometallic hybrid polymers and nanooxide powders. Research in the nanooxide powder area emphasizes the direct synthesis of single and mixed-metal oxide nanopowders by flame spray pyrolysis of mixed-metal alkoxides. The resulting powders are characterized for their catalytic (energy conversion in particular) and photonic applications. The effects of processing conditions on the catalytic, photonic and in some instances, mechanical properties are of primary interest.

The Laine group has over 330 published papers, 49 patents and 12 books edited on various aspects of mixed-metal oxide nanopowders and organic/inorganic hybrid materials.。

报告3题目：Preparation and Application of Petrified Wood

报告人：Richard M. Laine

时间：2025年08月06日09:00—11:00

地点：材料楼（原交通学院）301

报告人简介：

Professor Richard M. Laine

Richard M. Laine is currently a full Professor in the Dept. of Materials Science and Engineering (MSE), and Professor and previous Director of the Macromolecular Science and Engineering Center.

Dr. Laine received a Ph.D. in Chemistry from the University of Southern California (Prof. Robert Bau). Following postdoctoral studies (R.F. Heck, Delaware; P.C. Ford, UCSB), Dr. Laine worked at Stanford Research Institute International for 11 years, last as Associate Director of Inorganic and Organometallic Chemistry Programs. Dr. Laine joined UM in 1990 as Associate Professor. He is a 2013 recipient of the International Fellow Award of Society of Polymer Science of Japan. He was awarded a 1000 Foreign Experts Award from P.R.C. in 2012. He became an ACS fellow in 2015.

Major research areas for the Laine group include the synthesis and processing of inorganic and organometallic hybrid polymers and nanooxide powders. Research in the nanooxide powder area emphasizes the direct synthesis of single and mixed-metal oxide nanopowders by flame spray pyrolysis of mixed-metal alkoxides. The resulting powders are characterized for their catalytic (energy conversion in particular) and photonic applications. The effects of processing conditions on the catalytic, photonic and in some instances, mechanical properties are of primary interest.

The Laine group has over 330 published papers, 49 patents and 12 books edited on various aspects of mixed-metal oxide nanopowders and organic/inorganic hybrid materials.。

报告4题目：Language polishing for English academic papers

报告人：Richard M. Laine

时间：2025年08月06日14:00—16:00

地点：材料楼（原交通学院）301

报告人简介：

Professor Richard M. Laine

Richard M. Laine is currently a full Professor in the Dept. of Materials Science and Engineering (MSE), and Professor and previous Director of the Macromolecular Science and Engineering Center.

Dr. Laine received a Ph.D. in Chemistry from the University of Southern California (Prof. Robert Bau). Following postdoctoral studies (R.F. Heck, Delaware; P.C. Ford, UCSB), Dr. Laine worked at Stanford Research Institute International for 11 years, last as Associate Director of Inorganic and Organometallic Chemistry Programs. Dr. Laine joined UM in 1990 as Associate Professor. He is a 2013 recipient of the International Fellow Award of Society of Polymer Science of Japan. He was awarded a 1000 Foreign Experts Award from P.R.C. in 2012. He became an ACS fellow in 2015.

Major research areas for the Laine group include the synthesis and processing of inorganic and organometallic hybrid polymers and nanooxide powders. Research in the nanooxide powder area emphasizes the direct synthesis of single and mixed-metal oxide nanopowders by flame spray pyrolysis of mixed-metal alkoxides. The resulting powders are characterized for their catalytic (energy conversion in particular) and photonic applications. The effects of processing conditions on the catalytic, photonic and in some instances, mechanical properties are of primary interest.

The Laine group has over 330 published papers, 49 patents and 12 books edited on various aspects of mixed-metal oxide nanopowders and organic/inorganic hybrid materials.。

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