中文
Home
Scientific Research
Research Field
Paper Publications
Patents
Published Books
Research Projects
Teaching Research
Teaching Resources
Teaching Information
Teaching Achievement
Awards and Honours
Enrollment Information
Student Information
My Album
Blog
Paper Publications
[1] 张侃.Design and Synthesis of Flavonoid-Based Mono-, Bis-, and Tri-Benzoxazines: Toward Elucidating Roles of Oxazine Ring Number and Hydrogen Bonding on Their Polymerization Mechanisms and Thermal Properties
[2] 张侃.Synthesis of isoliquiritigenin-based bio-benzoxazine and its role of latent curing agent for achieving high-performance epoxy thermosetting systems
[3] 张侃.Ultrahigh performance benzoxazine/poly(silane arylacetylene) thermosetting composite materials based on smart molecular engineering and machine learning
[4] 张侃.Bio-based dicoumarin-containing benzoxazine resin: Synthesis, photo-thermal polymerization and thermal stability
[5] 张侃.Hydrophosphonylation strategy to achieve oxazine ring-substituted bio-benzoxazines showing both roles of thermal latent catalyst and flame retardant
[6] 张侃.Synthesis, Curing and Properties of Flavonoid Based Bio-benzoxazine Resins
[7] 张侃.Preparation of daidzein-based bio-benzoxazine/novolac thermosetting blends with low curing temperature and high thermal stability
[8] 张侃.Achieving very high performance polybenzoxazines from natural renewable isoliquiritigenin: design, preparation and property investigation
[9] 张侃.High-Performance Bio-Benzoxazine Resins Derived From Natural Renewable Vanillin: Synthesis, Characterization, and Properties of Their Thermosets
[10] 张侃.Synthesis, Characterization, and Structure-Property Investigations of Benzoxazine Resins with Low Surface Free Energy
[11] 张侃.Development of intrinsically flame-retardant bio-thermosets with further enhanced thermal stability through a photo-thermal dual polymerization strategy
[12] 张侃.Synthesis of nitrile-containing ortho-amide benzoxazines for achieving thermosets with low curing temperature and superior performance
[13] 张侃.Hydrogen Bonding-Rich Bio-Benzoxazine Resin Provides High-Performance Thermosets and Ultrahigh-Performance Composites
[14] 张侃.Facile and eco-friendly synthesis of hydrogen bonding-rich bio-based bisbenzoxazine resins with low surface free energy, strong adhesion strength and high thermal stability
[15] 张侃.Improving comprehensive performance of norbornene-furan functionalized benzoxazine resins by regulating the bridge length
total71 1/5
first
previous
next
last
Page
gajgljgfg
Click:
MOBILE Version
The Last Update Time:
.
.