General
Xiaoguang Guo    
Dalian Institute of Chemical Physics, Chinese Academy of Sciences
Email: xguo@dicp.ac.cn
Telephone: +86-411-84379951
Address: 457 Zhongshan Road, Dalian, China
Postcode: 116023

Research Areas

   
Areas
Nano-catalysis, nano-catalyst, C-H bond activation, methane conversion

Publications

   
Papers

  1. Jianpeng Shang‡, Xiaoguang Guo‡, Zuopeng Li, Youquan Deng, CO2 Activation and Fixation: Highly Efficient Syntheses of Hydroxy Carbamates over Au/Fe2O3, Green Chemistry, 2016, 18, 3082-3088. (co-first author)

  2. Changyong Sun, Guangzong Fang, Xiaoguang Guo*, Yuanli Hu, Shuqi Ma, Tianhua Yang, Jie Han, Hao Ma, Dali Tan, Xinhe Bao*, Methane Dehydroaromatization with periodic CH4 – H2 switch: A Promising Process for Aromatics and Hydrogen, Journal of Energy Chemistry, 2015, 24, 257-263.

  3. Xiaoguang Guo, Guangzong Fang，Gang Li，Hao Ma，Hongjun Fan，Liang Yu, Chao Ma，Xing Wu，Dehui Deng，Mingming Wei，Dali Tan, Rui Si，Shuo Zhang, Jianqi Li，Litao Sun, Zichao Tang, Xiulian Pan，Xinhe Bao*，Direct, Non-Oxidative Conversion of Methane to Ethylene, Aromatics, and Hydrogen，Science，2014，344：616-619

  4. Xiaoguang Guo,  Qiang Fu*, Yanxiao Ning, Mingming Wei， Mingrun Li， Shuo Zhang， Zheng Jiang， Xinhe Bao*，Ferrous Centers Confined on Core-Shell Nanostructures for Low-Temperature CO Oxidation，Journal of the American Chemical Society，2012，134：12350-12353。

  5. Xiaoguang Guo， Jianpeng Shang， Jian Li， Liguo Wang，Yubo Ma，Feng Shi, Youquan Deng*, Atom-economy Synthesis of N-Substituted Carbamate from Urea Derivative and Dimethyl Carbonate Catalyzed by La/SiO2: Characterization and Activity，Chinese Journal of Chemistry，2010，28：164-170。

  6. Xiaoguang Guo， Jianpeng Shang， Jian Li， Liguo Wang， Yubo Ma， Feng Shi， Youquan Deng*，Green and Practical Synthesis of Carbamates from Ureas and Organic Carbonates，Synthetic Communications，2011，41：1102-1111。

  7. Xiaoguang Guo, Jianpeng Shang, Xiangyuan Ma, Jian Li, Hongzhe Zhang, Xinjiang Cui, Feng Shi, Youquan Deng, Synthesis of dialkyl hexamethylene-1,6- dicarbamate from 1,6-hexamediamine and alkyl carbamate over FeCl3 as catalyst. Catalysis Communications, 2009, 10, 1248–1251

  8. Hongzhe Zhang, Xiaoguang Guo, Qinghua Zhang, Yubo Ma, Hancheng Zhou, Jian Li, Liguo Wang, Youquan Deng*, Synthesis of dialkyl hexamethylene- dicarbamate from 1,6-hexamathylenediamine and alkyl carbamate over Y(NO3)3•6H2O catalyst, Journal of Molecular Catalysis A 2008, 296, 36-41.

  9. Shuqi Ma，Xiaoguang Guo， Lingxiao Zhao, Susannah Scott, Xinhe Bao*，Recent progress in methane dehydroaromatization: From laboratory curiosities to promising technology，Journal of Energy Chemistry，2013，22：1-20.

  10. Rentao Mu， Qiang Fu*， Xiaoguang Guo， Xuejun Xu， Dali Tan， Xinhe Bao*，A comparative study in structure and reactivity of "FeOx-on-Pt" and "NiOx-on-Pt" catalysts，Science Chian-Chemisitry，2015，58：162-168.

  11. Qiang Fu,* Yunxi Yao, Xiaoguang Guo， Mingming Wei， Yanxiao Ning, Hongyang Liu，Yang, Fan， Zhi Liu， Xinhe Bao，Reversible structural transformation of FeOx nanostructures on Pt under cycling redox conditions and its effect on oxidation catalysis，Physical Chemistry Chemical Physics，2013，15：14708-14714.

  12. Xuejun Xu，Qiang Fu*，Xiaoguang Guo， Xinhe Bao, A Highly Active "NiO-on-Au" Surface Architecture for CO Oxidation，ACS Catalysis，2013，3：1810-1818.

  13. Hong Xu，Qiang Fu*，Xiaoguang Guo ，Bao Xinhe*，Architecture of Pt-Co Bimetallic Catalysts for Catalytic CO Oxidation, ChemCatChem，2012，4：1645-1652.

  14. Rentao Mu, Xiaoguang Guo，Qiang Fu*，Xinhe Bao，Oscillation of Surface Structure and Reactivity of PtNi Bimetallic Catalysts with Redox Treatments at Variable Temperatures，Journal of Physical Chemistry C，2011，115：20590-20595.

  15. Jianpeng Shang，Xiaoguang Guo，Feng Shi，Yubo Ma，Feng Zhou，Youquan Deng*，N-substituted carbamates syntheses with alkyl carbamates as carbonyl source over Ni-promoted Fe3O4 catalyst, Journal of Catalysis，2011，279: 328-336.

Research Interests

   
Interests
1) High Temperature Catalytic Materials and Mechanism Novel high-temperature catalytic materials were developed and fabricated at the scale of molecules and atoms, and the reaction and deactivation mechanism of the catalyst at high temperature were studied by means of advanced in-situ analysis and simulation. 2) Catalytic conversion of methane and low-carbon hydrocarbons The study includes: Oxidative or non-oxidative conversion of methane and low-carbon hydrocarbons; Oxidative or non-oxidative co-conversion of methane and low-carbon hydrocarbons; Highly selective C-H bond activation and identify the target C-H bond. The catalytic activation mechanism and C-C chain growth mechanism were studied via in-situ characterization technique.