Tian Nan

Tian Nan

Tian Nan, male, born in September 1987 in Xi'an, Shaanxi Province, doctor, associate professor of Applied Chemistry, School of science, Northwest University of technology.

Personal experience

Tian Nan studied piano under Chang Hua, an associate professor of the Central Conservatory of music at the age of four. In 2007, she was admitted to the Conservatory of music of Capital Normal University and studied under Yu zhouqin, an associate professor. During his study, he was also influenced by the Central Conservatory of music

Hu Shi

And other senior professors. He won the third prize of youth group in Toyoma Asian Youth Piano Competition and the first prize of the ninth and tenth hope cup youth group.

Research direction

Mainly engaged in the study of polymer crystallization and related rheological behavior induced by flow field. From 2005 to 2009, he studied in the Department of polymer science and engineering, University of science and technology of China and obtained a bachelor's degree. From 2009 to 2014, he worked on polymer crystallization in the National Synchrotron Radiation Laboratory of University of science and technology of China, and obtained a doctor's degree.

educational background

2009.9-2014.6 National Synchrotron Radiation Laboratory, University of science and technology of China, Ph.D

2005.9-2009.6 bachelor's degree, Department of polymer science and engineering, University of science and technology of China

work experience

June 2014 to present: Associate Professor, Department of Applied Chemistry, School of science, Northwest University of Technology

Research direction

1) Polymer crystallization and rheology. Time resolved techniques, such as synchrotron radiation X-ray scattering, are mainly used to study the dynamic structure evolution of polymer in flow field. The rheological properties of polymer particles and melt were also studied.

2) Biological tissue engineering. The scaffold made of biodegradable materials is mainly used to culture specific cells, and the growth and differentiation of cells are controlled by adjusting the topology and chemical structure of the scaffold, so as to realize the functional repair of human tissue.

Academic papers

1.NanTian,WeiqingZhou,KunpengCui,YanpingLiu,YuyeFang,XiaoWang,LiangbaoLiu,LiangbinLi.

“ExtensionFlowInducedCrystallizationofPoly(ethyleneoxide)”.Macromolecules,2011,44,7704-7712.

2.NanTian,DongLiu,XiangyangLi,ZhenWang,ShanshanZhu,KunpengCui,WeiqingZhou,LiangbinLi.“Relaxationpropelledlongperiodchangeinextensioninducedcrystallizationofpolyethyleneoxide”.

SoftMatter,2013,9,10759-10767.

3.NanTian,DongLiu,LingpuMeng,WeiqingZhou,XiangyangLiandLiangbinLi.

“Howflowaffectscrystallizationinheterogeneouspolyethyleneoxidemelt”.

RSCAdvances,2014,4,9632-9638.

4.NanTian,BaijinZhao,XiangyangLi,YanpingLiu,WeiqingZhou,KunpengCui,DongLiu,LiangbinLi.

“Confinedcrystallizationinend-linkedPEOnetworkunderuniaxialextension”.Polymer,2013，54，7088-7093.

5.DongLiu,NanTian,KunpengCui,WeiqingZhou,XiangyangLi,LiangbinLi.

“CorrelationbetweenFlow-inducedNucleationMorphologiesandStraininPol yethylene:Fromun-correlatedpointnuclei ,Scaffold-network,Micro-shishtoShish”.

Macromolecules，2013,46,3435-3443.

6.DongLiu,NanTian,NingdongHuang,KunpengCui,ZhenWang,TingtingHu,HaoranYang,XiangyangLi,andLiangbinLi.

“Extension-InducedNucleationunderNear-EquilibriumC onditions:TheMechanismontheTransitionfromPointNucleustoShish ”

Macromolecules，2014,47,6813-6823.

7.BaijinZhao,NanTian,YanpinLiu,TingziYan,WeiqingZhou,LiangbinLi,YinguiZhou,GengshengWengandGuangsuHuang.

“Strain-InducedCrystallizationofNaturalRubberwithHighStrainRates”.

JournalofPolymerSciencePartB：PolymerPhysics,2012,50,1630-1637.

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