科研项目
SCI论文
[1]YaChaoWang,JunDeng,JiangPingZhao,HongxingShi.PyrolysiskineticsofZrPcontainingaliphaticwaterbornepolyurethanebasedintumescentcoatingforflameretardingplywood.ProgressinOrganicCoatings,147(2020),105845.
[2]YaChaoWang,JunDeng,JiangPingZhao,HongxingShi.Facilepreparationofaluminumtriphosphatecontainingintumescenceflameretardingcoatingsusingaliphaticwaterbornepolyurethaneasthebinder.ProgressinOrganicCoatings,147(2020),105758.
[3]WangYaChao,TangGongFan,ZhaoJiangPing,HanYujiu.Effectofflakygraphitewithdifferentparticlesizesonflameresistanceofintumescentflameretardantcoating.ResultsinMaterials,2020,(5),100061
[4]WangYaChao,TangGongFan,ZhaoJiangPing,HanYujiu.InvestigationontheExplosionandCombustionofVariousCarbon–StarchBlendedDust.StarchStärke,2020,72,1900136.DOI:10.1002/star.201900136
[5]Wang,Y.,Zhao,J.,&Chen,J.(2020).Effectofpolydimethylsiloxaneviscosityonsilicafumebasedgeopolymerhybridcoatingforflameretardingplywood.ConstructionandBuildingMaterials,239,117814.
[6]Wang,Y.,Zhao,J.,&Chen,J.(2020).Benigndesignofintumescentflameretardantcoatingincorporatedvariouscarbonsources.ConstructionandBuildingMaterials,236,117433.
[7]Wang,Y.,Zhao,J.(2020).Effectofgraphiteontheflameresistanceofsilicafumebasedgeopolymericcoatings.MaterialsChemistryandPhysics,239,122088.
[8]Wang,Y.；Zhao,J.(2019).RealTimeMeasurementontheHeatReleasePropertyofTitaniumBlendedwithDifferentCarbonAllotropes,underExternallyConstantHeatFlux.Metals,2019,9,981.
[9]Wang,Y.；Zhao,J.(2019).EcologicalAmmoniumThiocyanateModifiedGeopolymericCoatingforFlameRetardingPlywood.Coatings,9,479.
[10]Wang,Y.C.,&Zhao,J.P.(2019).Effectofexpandablegraphiteonpolyesterresinbasedintumescentflameretardantcoating.ProgressinOrganicCoatings,132,178–183
[11]Wang,Y.C.,&Zhao,J.P.(2019).EffectofGrapheneonFlameRetardancyofGraphiteDopedIntumescentFlameRetardant(IFR)Coatings:SynergyorAntagonism.Coatings,9,94.doi:10.3390/coatings9020094.
[12]Wang,Y.C.,&Zhao,J.P.(2019).Facilepreparationofslagorflyashgeopolymercompositecoatingswithflameresistance.Construction&BuildingMaterials,203,655661.
[13]Wang,Y.C.,&Zhao,J.P.(2018).Preliminarystudyondecanoic/palmiticeutecticmixturemodifiedsilicafumebasedgeopolymericcoatingforflameretardantplywood.Construction&BuildingMaterials,189,17.
[14]Wang,Y.C.,&Zhao,J.P.(2018).Benigndesignandtheevaluationofpyrolysiskineticsofpolyesterresinbasedintumescentsystemcomprisingofalkaliactivatedsilicafume.ProgressinOrganicCoatings,122,30–37.
[15]Wang,Y.C.,&Zhao,J.P.(2018).Comparativestudyonflameretardancyofsilicafumebasedgeopolymeractivatedbydifferentactivators.JournalofAlloys&Compounds,743,108114.
[16]ZhaoJiangPing#,TangGongFan,WangYaChao*,HanYujiu.Explosivepropertyandcombustionkineticsofgraindustwithdifferentparticlesizes.Heliyon,2020,6,e03457
EI论文
[17]王亚超，赵江平，王玉娇，李华，崔晓红，刘鹏刚，付林志.不同粒度谷壳糠粉的燃烧特性.化工进展,2018,37(05):17741780
[18]王亚超,赵江平.化学改性硅藻土制备阻燃材料及微结构研究[J].材料研究学报,2016,30(7):524530.
[19]王亚超,赵江平,童媛媛,等.LaCl3掺杂聚丙烯酰胺/硅灰基阻燃材料的制备及其阻燃机理[J].材料研究学报,2017(05):387393.
[20]王亚超,赵江平.聚丙烯酰胺改性硅灰基阻燃材料的制备与表征[J].建筑材料学报,2017,20(1):130134.
CSCD
[21]王亚超*，赵江平，硅灰基外墙外保温阻燃涂料的制备与表征，硅酸盐通报,2016,35(2):421427
[22]王亚超*，赵江平，NaOH和Na2SiO3对纤维板阻燃性能的比较研究，硅酸盐通报,2017,36(3):10851089.
[23]赵江平,王倩,&王亚超.(2018).硅灰改性膨胀型阻燃剂的阻燃机理.硅酸盐通报(8),25882592,2600.
[24]赵江平,吴丹,&王亚超.(2017).膨胀型阻燃剂组份配比对阻燃性能的影响.硅酸盐通报(5)，16671672.
[25]赵江平,李飞,&王亚超.(2015).新型硅磷复合膨胀型阻燃剂正交实验研究及阻燃机理分析.硅酸盐通报,34(4),10471053
授权发明专利
(1)赵江平；王亚超；吴丹；崔晓红；李华；陈敬龙；韩煜久；孟晓静；钟兴润.一种硅灰改性膨胀性阻燃木材复合涂料,20191126,中国,ZL2017201710571612.X.CN107312430B
(2)王亚超,赵江平,崔晓红,李华,杨宏刚,景亚杰,刘鹏刚,钟兴润,陈敬龙,高云.一种固液相变改性硅灰基阻燃木材复合涂料,20191101,中国，ZL201710325121.7.CN107163626B
(3)王亚超,赵江平,王玉娇,崔晓红,李华,韩煜久,陈敬龙.一种有机粉尘热释放速率的测试方法.20190913,中国,ZL201710292498.7.CN107271483B
(4)王亚超；赵江平；刘鹏刚；钟兴润；刘冬华；景亚杰；益朋；崔晓红；李华；吴丹,一种化学改性硅灰基阻燃木材复合涂料,20190802,中国,ZL201710325122.1.CN107214799B
(5)王亚超；赵江平；杨宏刚；付林志；孟晓静；郭梨；杨震；崔晓红；李华；王倩.一种固固相变改性硅灰基阻燃木材复合涂料.20190409,中国,ZL201710324999.9.CN107216691B
中国博士后基金，2021.06，2021M692592生物超分子构筑高性能膨胀型钢结构防火涂料聚集态结构及成膜交联机理2021.07—2023.06
西安建筑科技大学
