Click:   The Last Update Time:--
中文

Faculty Profile

  • Home
  • Scientific Research
    • Research Fields
    • Paper Publications
    • Patents
    • Published Books
    • Research Projects
  • Teaching Research
    • Teaching Resources
    • Teaching Information
    • Teaching Achievements
  • Awards and Honours
  • Enrollment Information
  • Student Information
  • My Album
  • Blog

ZSS

  • Research Associate
  • Supervisor of Master's Candidates
  • Name (Pinyin):ZSS
  • School/Department:材料科学与化学工程学院
  • Degree:Doctoral Degree in Engineering
  • Professional Title:Research Associate
  • Status:Employed
  • Teacher College:College of Material Science and Chemical Engineering
  • Discipline:Materials Science and Engineering

MA Supervisor

Contact Information
  • PostalAddress：27f06636d327932c18589be0429328aa1203c080c60a9b61169f303727941f4dce2bb74d674fd564f05efce2db8cb1215cd3e98d1f900a7dabbde5d27a0c49d940f8ef6eb34f5f980a071b7e33fa0011cbb76f68e0882fd417521bd2e9f1e2f66e695711133dde386a510b86b55a5a32f77f98591da6ae41acfd81bf072ea9ee
  • OfficePhone：710905a721fad7d8a4a39032366469038f6ec517ee8af08aebedc25767b2d66a980a2f7a05efb2c11ef9c4879c6311a438dc975ecffcd0d8948f7bc8461f69ab2d5f67fc39785655c14500d2f94f5de6c447b4f9c8df8ddcd5e1ccd4d76ac7b260819262e5e586e3d63293f996cff69ee72255ef8c57872969aaa28355c3342e
  • Email：c207de6d11e4e7335477606322a8f216ca7a2e7f3418d90cd11fa5b39f75db34a1196daadc32b687c35cba55478ab382eda536471c04d5d0322a5227146eba0ad4b014b4097e3adce691d910c58ff06cfcb4832bc70b98f90a865e87a100b0e0ea890fcb68a4222b4856c5d804f5a5afa62ca4f3b38ff3b4ccf498fad095aa71
  • Paper Publications

Review: Application status of antibacterial polyurethane

Release time:2025-04-25  Hits:

  • Journal:Journal of Polymer Research
  • Volume:31(9)
  • ISSN No.:1022-9760
  • Translation or Not:no
  • Date of Publication:2024-01-01
Pre One:Progress of material degradation: metals and polymers in deep-sea environments
Next One:The antibacterial and antialgal enhancement of the hydroquinone acrylamide polyurethane coating based on microphase separation