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Lightweight, three-dimensional carbon Nanotube@TiO 2 sponge with enhanced microwave absorption performance Journal article
Carbon, 2019,Volume: 144,Page: 433-439
Authors:  Mo Z.;  Yang R.;  Lu D.;  Yang L.;  Hu Q.;  Li H.;  Zhu H.;  Tang Z.;  Gui X.
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CNTs  Core-shell  Dielectric loss  Microwave absorption  TiO 2  
Promoting hydrogen generation from the hydrolysis of Mg-Graphite composites by plasma-assisted milling Journal article
Energy, 2019,Page: 1205-1211
Authors:  Ma M.;  Yang L.;  Ouyang L.;  Shao H.;  Zhu M.
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Graphite  Hydrogen generation  Hydrolysis  Magnesium  Plasma-assisted milling  
Interfacial Coupling Effect in Organic/Inorganic Nanocomposites with High Energy Density Journal article
Advanced Materials, 2018,Volume: 30,Issue: 17
Authors:  Pan Z.;  Yao L.;  Zhai J.;  Yao X.;  Chen H.
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capacitors  interfacial coupling effect  organic/inorganic nanocomposites  
Part Ι: Effects of two-stage heat treatment on densification, microstructural features and dielectric properties of CaO–MgO–SiO2 glass-ceramics with ZrO2 nucleating agents Journal article
Materials Research Bulletin, 2017,Volume: 96,Page: 66-70
Authors:  Chou C.C.;  Feng K.C.;  Raevski I.P.;  Chen H.;  Tsao C.-Y.;  Chen P.-Y.;  Chen C.-S.;  Lu C.-A.;  Tu C.-S.
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Diopside  Glass-ceramics  Microwave dielectrics  Nucleating agent  
The Fe K-edge X-ray absorption study of the local structure of BaFe0.5Nb0.5O3 Journal article
Materials Chemistry and Physics, 2017,Volume: 193,Page: 260-266
Authors:  Shuvaeva V.A.;  Raevski I.P.;  Polozhentsev O.E.;  Zubavichus Y.V.;  Vlasenko V.G.;  Raevskaya S.I.;  Chen H.
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Electronic materials  Local structure  Multiferroics  XAFS  
Modulating Cationic Ratios for High-Performance Transparent Solution-Processed Electronics Journal article
ACS Applied Materials and Interfaces, 2016,Volume: 8,Issue: 2,Page: 1139-1146
Authors:  John R.A.;  Nguyen A.C.;  Chen Y.;  Shukla S.;  Chen S.;  Mathews N.
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activation energy  indium zinc tin oxide  mobility  on-off ratio  printed electronics  thin film transistors  
Effects of LaNiO3 seeding layers on the crystal structure and electrical properties in 0.94(Bi0.5Na0.5)TiO3-0.06BaTiO3 thin films Journal article
Ceramics International, 2015,Volume: 41,Issue: 10,Page: 12980-12987
Authors:  Li P.;  Zhai J.;  Zeng H.;  Zhao K.;  Shen B.;  Chen H.
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BNT-BT thin film  C. Electrical properties  Crystallography orientation  LNO seeding layers  Sol-gel method  
Dielectric and mossbauer studies of Pb(Fe1/2Ta1/2)O3 multiferroic ceramics sintered from mechanoactivated powders Journal article
Ferroelectrics, 2015,Volume: 475,Issue: 1,Page: 41-51
Authors:  Gusev A.A.;  Raevskaya S.I.;  Titov V.V.;  Avvakumov E.G.;  Isupov V.P.;  Raevski I.P.;  Chen H.;  Chou C.-C.;  Kubrin S.P.;  Titov S.V.;  Malitskaya M.A.;  Blazhevich A.V.;  Sarychev D.A.;  Stashenko V.V.;  Shevtsova S.I.
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dielectric permittivity  Lead iron tantalate  mechanical activation  Mössbauer 57Fe spectra  phase transition  
Bias field effect on the dielectric and pyroelectric response of Pb(Fe0.5Ta0.5)O3 relaxor multiferroic ceramics Journal article
Ferroelectrics, 2015,Volume: 475,Issue: 1,Page: 31-40
Authors:  Raevskaya S.I.;  Titov V.V.;  Raevski I.P.;  Lutokhin A.G.;  Zakharov Y.N.;  Shonov V.Y.;  Blazhevich A.V.;  Sitalo E.I.;  Chen H.;  Chou C.-C.;  Kovrigina S.A.;  Malitskaya M.A.
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dielectric permittivity  ferroelectric  Lead iron tantalate  phase transition  relaxor  
Dielectric properties of undoped and Li-doped Pb(Fe1/2Nb1/2)O3 ceramics sintered from mechanochemically synthesized powders Journal article
Ferroelectrics, 2015,Volume: 475,Issue: 1,Page: 61-67
Authors:  Gusev A.A.;  Raevski I.P.;  Avvakumov E.G.;  Isupov V.P.;  Raevskaya S.I.;  Chen H.;  Titov V.V.;  Chou C.-C.;  Kubrin S.P.;  Titov S.V.;  Malitskaya M.A.
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ferroelectric  Lead iron niobate  mechanochemical synthesis  phase transition