梁好均


/uploads/image/2019/04/04/0ae13195492bf3d5ead8a80d69cd97db.png name: liang haojun (h. j. liang, 梁好均)
 born: may 22, 1963, jinlin, p. r. china
 address:department of polymer science and engineering, 

university of science and technology of china, 230026 hefei, p. r. china
 tel:86-551-63607701(l)/63607824(o)
 fax:86-551-63601592
 e-mail:
 homepage:




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 education and research experience
  80.08 - 84.07bachelor, physics department, northeast normal university
  85.10 - 90.12

ph.d, changchun institute of applied chemistry

  90.12 - 98.04lecture & associate professor, liaoyang petrochemical college
  98.04 - 01.12associate professor, university of science and technology of china
  99.12 - 00.08visting scholar, chinese university of hong kong, hk
  00.12 - 01.09visting scholar, loughborough university, uk.
  03.09 - 03.11visting scholar, suny baffulo, usa
  02.01 - nowprofessor, university of science and technology of china


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 research interests
  1.theoretical calculations and simulations in polymer condensed matters
  2.materials based on dynamic dna nanotechnology


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 honors and awards

kuan-cheng wang education award (2003, 2012)


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 research and academic employment

member of editorial board: acta polymerica sinica, chinese journal of polymer science,

international journal of polymer science


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 representative publications
  1.yao, d.; song, t.; sun, x.; xiao, s.; huang, f.; liang, h., integrating dna-strand-displacement circuitry with self-assembly of spherical nucleic acids. j am chem soc 2015,137, 14107-14113.
  2.song, t.; tang, l.; tan, l. h.; wang, x.; satyavolu, n. s. r.; xing, h.; wang, z.; li, j.; liang, h.; lu, y., dna-encoded tuning of geometric and plasmonic properties of nanoparticles growing from gold nanorod seeds. angew. chem., int. ed. 2015,54, 8114-8118.
  3.song, t.; xiao, s.; yao, d.; huang, f.; hu, m.; liang, h., an efficient dna-fueled molecular machine for the discrimination of single-base changes. adv mater 2014,26, 6181-6185.
  4.huang, f.; you, m.; han, d.; xiong, x.; liang, h.; tan, w., dna branch migration reactions through photocontrollable toehold formation. j am chem soc 2013,135, 7967-7973.
  5.song, t.; liang, h., synchronized assembly of gold nanoparticles driven by a dynamic dna-fueled molecular machine. j am chem soc 2012,134, 10803-10806.


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