个人简介
专业学习/工作经历
一、教育与工作经历
2003.09~2007.07山东建筑大学，攻读学士学位；
2007.09~2009.12武汉理工大学，攻读硕士学位；
2010.09~2014.09西安交通大学，电子信息与工程学院，电子科学与技术专业，攻读博士学位；
2013.02~2014.02伦敦大学玛丽女王学院，联合培养博士研究生；
2014.10~至今桂林理工大学信息与科学工程学院
二、科学研究工作
长期从事微波介质材料及相关器件的研究工作，主持国家自然科学基金（青年基金）项目1项，主持广西自然科学基金（青年基金）1项，作为主要成员参与国家自然科学基金面上项目和地区项目3项，并作为骨干成员参与广西自然科学基金创新团队项目。在国内外学术刊物正式发表论文50余篇，其中48篇被SCI收录。申请中国发明专利10余项，授权2项。
研究领域
研究方向包括微波介质材料(microwavedielectricmaterials)、低温共烧陶瓷技术(lowtemperatureco-firedceramicstechnology)、压敏电阻（varistor）。
近期论文
1)ChunchunLi,XiaoyongWei,LiangFang,HaixueYan,MichaelJ.Reece,DielectricrelaxationandelectricalconductivityinCa5Nb4TiO17ceramics,CeramicsInternational,2015,41(8):9923-9930.
2)ChunchunLi,XiaoyongWei,HaixueYan,M.J.Reece.MicrowavedielectricpropertiesofLa3Ti2TaO11ceramicswithperovskite-likestructure.JournaloftheEuropeanCeramicSociety,2012,32(16):4015-4012.
3)ChunchunLi,XiaoyongWei.Compleximpedanceanalysisonalayeredperovskite-likeceramic:La3Ti2TaO11.JournalofMaterialScience,2012,47(9):4200-4204.
4)ChunchunLi,XiaoyongWei,HaixueYan,M.J.Reece,HongjunYe.MicrowavedielectricpropertiesofCaO–La2O3–Nb2O5–TiO2ceramics.JournalofMaterialsScienceMaterialsinElectronics,2013,24(6):1947-1954.
5)ChunchunLi,XiaoyongWei,HaixueYan,M.J.Reece.EffectsofzincsubstitutiononthedielectricpropertiesofCa5Nb4TiO17microwaveceramics.JournalofAdvancedDielectrics,2013,3(4):1320003(1-5).
6)ChunchunLi,LiangFang,XiyangPeng,ChangzhengHu.CharacterizationanddielectricpropertiesofSr4M2Ti4Ta6O30(M=PrandEu)ceramics.JournalofAlloysandcompounds,2010,500(1):L9-L11.
7)ChunchunLi,JibranKhaliq,HuanpoNing,XiaoyongWei,HaixueYan,andMichaelJ.Reece.Studyonpropertiesoftantalum-dopedLa2Ti2O7ferroelectricceramics.JournalofAdvancedDielectrics,2015,5(1):1550005(1-9).
8)ChunchunLi,HuaichengXiang,LiangFang.PhaseTransitionandMicrowaveDielectricPropertiesofLow-TemperatureSinteredBiCu2VO6CeramicanditsChemicalCompatibilitywithSilver.JournalofElectronicMaterials,2016,45(1):262-266.
9)ChunchunLi,HuaichengXiang,HaoLuo,YingTang,LiangFang.CharacterizationandmicrowavedielectricpropertiesofBiCa2VO6ceramic.JMaterSci:MaterElectron,2015,26:9546–9551.
10)ChunchunLi,ZhenhaiWei,HaoLuo,LiangFang.SinteringbehaviorandmicrowavedielectricpropertiesofLiMVO4(M=Mg,Zn).JMaterSci:MaterElectron,2015,26:9117–9121.
11)ChunchunLi,XiaoyongWei,LiangFang.DielectricandcompleximpedanceanalysisofSr5Nb4TiO17ceramicwithperovskite-likestructure.JMaterSci:MaterElectron,2015,26:8714–8719.
以共同通讯作者发表文章11篇：
12)LiangFang*,HuanhuanGuo,WeishuangFang,ZhenhaiWei,ChunchunLi*,BaTa2V2O11:Anovellowfiredmicrowavedielectricceramic,JournaloftheEuropeanCeramicSociety,2015,35:3765-3770.
13)YingTang,WeishuangFang,LiangFang*,ChunchunLi*,PhasetransformationandmicrowavedielectricpropertiesofBa4LiTa3−xSbxO12,CeramicsInternational2015,41(5):6653-6656.
14)HuanhuanGuo,LiangFang*,XuewenJiang,FengqiLu,ChunchunLi*,Li2Zn2W2O9:Anovellow-temperaturesinteringmicrowavedielectricceramicwithcorundumstructure.CeramicsInternational,2016,42:5553–5557.
15)XuewenJiang,LiangFang*,HuaichengXiang,HuanhuanGuo,JieLi,ChunchunLi*.Anovellow-firingmicrowavedielectricceramicNaMg4V3O12anditschemicalcompatibilitywithsilverelectrode.CeramicsInternational,2015,41:13878–13882.
16)HuanhuanGuo,LiangFang*,XuewenJiang,JieLi,FengqiLu,ChunchunLi*,ANovelLow-FiringandLowLossMicrowaveDielectricCeramicLi2Mg2W2O9withCorundumStructure.JournaloftheAmericanCeramicSociety,2015,98[12]:3863–3868.
17)JieLi,LiangFang*,HaoLuo,JibranKhaliq,YingTang,ChunchunLi*.Li4WO5:Atemperaturestablelow-firingmicrowavedielectricceramicwithrocksaltstructure.JournaloftheEuropeanCeramicSociety,2016,36:243–246.
18)HuaichengXiang,XuewenJiang,LiangFang*,ZhenhaiWei,ChunchunLi*.Microwavedielectricpropertiesoftemperaturestable(1-x)BaCaV2O7–xTiO2compositeceramics.JMaterSci:MaterElectron,2015,26:9134–9138.
19)HaoLuo,JieLi,JunguXu,LiangFang*,YingTang,ChunchunLi*.Anovellow-firingBiZn2VO6microwavedielectricceramicwithlowloss.JMaterSci:MaterElectron,2016,27:210–214.
20)LiangFang*,ZhenhaiWei,HuanhuanGuo,YihuaSun,YingTang,ChunchunLi*.Phasecompositionandmicrowavedielectricpropertiesoflow-firingLi2A2W3O12(A=Mg,Zn)ceramics.JMaterSci:MaterElectron,2015,26:5892–5895.
21)HuaichengXiang,LiangFang*,XuewenJiang,ChunchunLi*.Low-firingandmicrowavedielectricpropertiesofNa2YMg2V3O12ceramic.CeramicsInternational,2016,42:3701–3705.
22)JieLi,LiangFang*,HaoLuo,YingTang,ChunchunLi*.StructureandMicrowavedielectricpropertiesofanoveltemperaturestablelow-firingBa2LaV3O11ceramic.JournaloftheEuropeanCeramicSociety,2016,online.
以第二作者发表文章5篇：
23)XuewenJiang,ChunchunLi,CongxueSu,ZhenhaiWei,LiangFang.LowtemperaturefiringandmicrowavedielectricpropertiesofBaCaV2O7ceramics.CeramicsInternational,2015,41:5172–5176.
24)JieLi,ChunchunLi,ZhenhaiWei,YingTang,CongxueSu,andLiangFang.MicrowaveDielectricPropertiesofaLow-FiringBa2BiV3O11Ceramic.JournaloftheAmericanCeramicSociety,2015,98[3]:683–686.
25)LiangFang,ChunchunLi,XiyangPeng,ChangzhengHu,BolinWu.Sr4-mLamTim-1Ta4-mO12(m=1,2,and3):ANovelSeriesofA4B3O12TypeMicrowaveCeramicswithHigh-QandLowτf.JournaloftheAmericanCeramicSociety,2010,93(7):1884-1887.
26)LiangFang,ChunchunLi,XiyangPeng,ChangzhengHu,BolinWu,HuanfuZhou.Ba4LiNb3-xTaxO12(x=0~3):ASeriesofHigh-QMicrowaveDielectricsfromtheTwinned8HHexagonalPerovskites.JournaloftheAmericanCeramicSociety,2010,93(5):1229-1231.
27)LiangFang,ChunchunLi,XiyangPeng,ChangzhengHu,BolinWu.TwonovelA4B3O12typemicrowaveceramicswithHigh-Qandnear-zeroτf.JournalofMaterialsResearch,2010,25(7):1239-1242.