博亚体育网

<sub id="fx7ft"><dfn id="fx7ft"><mark id="fx7ft"></mark></dfn></sub>
<address id="fx7ft"><dfn id="fx7ft"><mark id="fx7ft"></mark></dfn></address>
<address id="fx7ft"><dfn id="fx7ft"></dfn></address>

    <address id="fx7ft"><listing id="fx7ft"></listing></address>

            <address id="fx7ft"></address>
          <sub id="fx7ft"><dfn id="fx7ft"><mark id="fx7ft"></mark></dfn></sub>

          <address id="fx7ft"></address>

          <sub id="fx7ft"><var id="fx7ft"><ins id="fx7ft"></ins></var></sub>

          <form id="fx7ft"><listing id="fx7ft"></listing></form>
          <sub id="fx7ft"><dfn id="fx7ft"><output id="fx7ft"></output></dfn></sub><address id="fx7ft"></address>

            <sub id="fx7ft"><dfn id="fx7ft"><mark id="fx7ft"></mark></dfn></sub>

            Home / people / Content
            people
            people
            Deng Hexiang
            Author:  Date:2017-11-10  Clicks:

             

            Deng Hexiang was born in Wuhan, Hubei province in 1985. He is a professor of College of Chemistry and Molecular Science, Wuhan University and was selected to the “the Recruitment Program of Global Experts” (known as “the Thousand Talents Plan”) in 2012. He got his bachelor degree in Fudan University and studied mesoporous material in the research team led by CAS member Zhao Dongyuan. Later, supervised by professor Omar Yaghi, he pursued further study on systematic design and synthesis of crystalline nanoporous MOFs in UCLA and obtained his Ph.D in chemistry at the year 2011. In the same year, he was awarded with National Excellent Self-funded International Student Scholarship by China Scholarship Council. Then he did research as post-doctor at UCLA and LBNL of UC Berkeley from 2012 to 2013. At the beginning of 2013, Deng was employed as the young academic leaders by the College of Chemistry and Molecular Science, Wuhan University, working on such field as meditated assembly of organic and inorganic molecules, green porous nano materials for energy storage, and the application of nanocrystalline in gas storage and separation, energy conservation, and selective catalysis.

             

            Source:


            Next Section:Feng Guo

            [ Close ]

            Copyright @ 2014 Wuhan University | by sigutech

            Web Traffic:

            <sub id="fx7ft"><dfn id="fx7ft"><mark id="fx7ft"></mark></dfn></sub>
            <address id="fx7ft"><dfn id="fx7ft"><mark id="fx7ft"></mark></dfn></address>
            <address id="fx7ft"><dfn id="fx7ft"></dfn></address>

              <address id="fx7ft"><listing id="fx7ft"></listing></address>

                      <address id="fx7ft"></address>
                    <sub id="fx7ft"><dfn id="fx7ft"><mark id="fx7ft"></mark></dfn></sub>

                    <address id="fx7ft"></address>

                    <sub id="fx7ft"><var id="fx7ft"><ins id="fx7ft"></ins></var></sub>

                    <form id="fx7ft"><listing id="fx7ft"></listing></form>
                    <sub id="fx7ft"><dfn id="fx7ft"><output id="fx7ft"></output></dfn></sub><address id="fx7ft"></address>

                      <sub id="fx7ft"><dfn id="fx7ft"><mark id="fx7ft"></mark></dfn></sub>

                      索莱尔/app下载

                      足球比分比分即时比分

                      博彩天地网

                      体球网比分

                      银河国际澳门

                      银河国际澳门

                      足球即时比分90

                      www.亚搏

                      滚球|体育