|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
ceo2掺杂对srna0.5bi4.5ti5o18高温无铅压电陶瓷性能的影响
Keywords: 无机非金属材料,高温压电陶瓷,铋层状,压电性能,温度稳定性
Abstract:
？用固相合成法制备srna0.5bi4.5ti5o18+x%(质量分数)ceo2(snbtcx)铋层状无铅压电陶瓷,研究了ceo2掺杂对snbtcx陶瓷微观结构和电性能的影响。结果表明,ceo2掺杂并未改变snbtcx陶瓷的晶体结构,所有样品均为单一的铋层状结构陶瓷;ceo2掺杂没有使snbtcx陶瓷居里温度发生明显变化,居里温度均高于560℃;随着ceo2掺杂量的增加snbtcx陶瓷材料的介电常数减小,但是其介电损耗先增大后减小。当ceo2掺杂量为0.3%(质量分数)时snbtc0.03陶瓷具有最优电性能:tc=567℃,d33=29pc/n,tanδ=0.015,且在500℃退极化处理后,其d33仍保持在22pc/n以上,说明snbtc0.03陶瓷可在高温下应用。
| [1] | chenshutao,xuqing,chenwen,zhoujing,synthesisandpiezoelectricpropertiesof(na0.5bi0.5)tio3-batio3,chinesejournalofmaterialsresearch,18(5),521(2004)(陈书涛,徐庆,陈文,周静,(na0.5bi0.5)tio3-batio3的合成与压电性能,材料研究学报,18(5),521(2004))
|
| [2] | zhuxinhua,wangqun,mengzhongyan,piezoelectricpropertiesofpb(ni1/3nb2/3)o3-pbzro3-pbtio3ternarysolidsolutions,chinesejournalofmaterialsresearch,9(4),355(1995)(朱信华,王群,孟中岩,pb(ni1/3nb2/3)o3-pbzro3-pbtio3三元系固溶体的压电性能,材料研究学报,9(4),355(1995))
|
| [3] | guojingkun,theresearchofadvancedceramicsanditsprospectsinchina,chinesejournalofmaterialsresearch,11(6),594(1997)(郭景坤,中国先进陶瓷研究及其展望,材料研究学报,11(6),594(1997))
|
| [4] | fansuhua,zhangfengqing,huguangda,wangpeiji,xujing,zhangwei,effectofdifferentsinteringtemperaturesontheelectricalpropertiesofthecabi4ti4o15ceramics,journalofsyntheticcrystals,36(2),396(2007)(范素华,张丰庆,胡广达,王培吉,徐静,张伟,烧结温度对cabi4ti4o15陶瓷电性能的影响,人工晶体学报,36(2),396(2007))
|
| [5] | zhujun,luwangping,liuqiuchao,maoxiangyu,huirong,chenxiaobing,studyofpropertiesoflanthanumdopedsrbi4ti4o15ferroelectricceramics,actaphysicasinica,52(6),1524(2003)(朱骏,卢网平,刘秋朝,毛翔宇,惠荣,陈小兵,la掺杂srbi4ti4o15铁电材料性能研究,物理学报,52(6),1524(2003))
|
| [6] | wangxinjia,jiangxiangpin,chenchao,tuna,lixiaohong,effectsofce-dopingonpropertiesof0.9na0.5bi2.5nb2o9-0.1nblio3-basedhightemperaturelead-freepiezoelectricceramics,journalofsyntheticcrystals,41(5),1254(2012)(王新佳,江向平,陈超,涂娜,李小红,ce掺杂对0.9na0.5bi2.5nb2o9-0.1nblio3高温无铅压电陶瓷性能的影响,人工晶体学报,41(5),1254(2012))
|
| [7] | gudaguo,liguorong,zhengliaoying,zengjiangtao,dingaili,yinqingrui,electricalpropertiesofmn-modifiedcabi4ti4o15piez0electricsforhightemperatureapplication,journalofinorganicmaterial,23(3),626(2008)(顾大国,李国荣,郑嘹赢,曾江涛,丁爱丽,殷庆瑞,锰对改善cabi4ti4o15高温压电陶瓷性能的研究,无机材料学报,23(3),626(2008))
|
| [8] | r.d.,shannonrevisedeffectiveionicradiiandsystematicstudiedofinteratomicdistanceinhalidesandchalcogenides,actacrystallogr.,sect.a,32(2),751(1976)
|
| [9] | wangyun,wanghong,sunguangai,chenxiping,wangshifa,preparedandphotoluminescenceofsno2nanoparticles,chinesejournalofmaterialsresearch,28(6),420(2014)(王云,王虹,孙光爱,陈喜平,王仕发,sno2纳米颗粒的制备及其发光性能,材料研究学报,28(6),420(2014))
|
| [10] | z.g.gai,j.f.wang,m.l.zhao,c.m.wang,g.z.zang,b.q.ming,p.qi,s.j.zhang,thomasr.shrout,hightemperature(nabi)0.480.04bi2nb2o9-basedpiezoelectricceramics.appl.phys.lett.,89(1),012907(2006)
|
| [11] | 2x.y.huang,z.g.chen,x.l.zheng,c.h.gao,h.guan,c.zhao,dielectricandpiezoelectricpropertiesofca1-x(li,ce)x/2-bi4ti4o15ceramics,j.rare.earth.,25(supplement1),158(2007)
|
| [12] | 2323c.m.wang,j.f.wang,s.j.zhang,thomasr.shrout,electromechanicalpropertiesofa-site(lice)-modifiedsodiumbismuthtitanate(na0.5bi4.5ti4o15)piezoelectricceramicsatelevatedtemperature,j.appl.phys.,105(9),094110(2009)
|
| [13] | 2424c.m.wang,j.f.wang,l.m.zheng,m.l.zhao,c.l.wang,enhancementofthepiezoelectricpropertiesofsodiumlanthanumbismuthtitanate(na0.5la0.5bi4ti4o15)throughmodificationwithcobalt,mater.sci.eng.,b,171,79(2010)
|
| [14] | 2525z.g.gai,j.f.wang,w.b.sun,c.m.wang,m.l.zhao,s.q.sun,b.q.ming,p.qi,j.du,s.j.zhang,thomasr.shrout,ultrahightemperaturebi3ti0.96sc0.02ta0.02nbo9-basedpiezoelectricceramics,j.appl.phys.,104(2),4106(2008)
|
| [15] | 2626wujian,liuyunfei,lvyinong,lihongpeng,effectsofca2+contentoncurietemperatureandpropertiesof(na0.5bi0.5)1-xcaxbi4-ti4o15layer-structuredpiezoelectricceramics,journalofnanjinguniversityoftechnology(naturalscienceedition),35(2),69(2013)(吴键,刘云飞,吕忆农,李鸿鹏,ca2+含量对(na0.5bi0.5)1-x-caxbi4ti4o15层状压电陶瓷的居里温度和性能的影响,南京工业大学学报(自然科学版),35(2),69(2013))
|
| [16] | 2727e.c.subbarao,grainsizeeffectsinadvancedceramics,colloidssurf.,a,133,3(1998)
|
| [17] | 2828x.y.huang,c.h.gao,z.g.chen,h.p.liu,influenceofcompositiononpropertiesofbnt-btlead-freepiezoceramics,j.rare.earth.,24(1),321(2006)
|
| [18] | zonglichao,zengjiangtao,zhaosuchuan,ruanwei,liguorong,studyona-sitecationdopingofcabi2nb2o9withbismuthlayeredstructure,journalofinorganicmaterial,27(7),726(2012)(宗立超,曾江涛,赵苏串,阮伟,李国荣,含铋层状结构陶瓷cabi2nb2o9的a位掺杂改性研究,无机材料学报,27(7),726(2012))
|
| [19] | z.j.xu,r.q.chu,j.g.hao,y.j.zhang,q.chen,l.m.zhao,g.r.li,qi.r.yin,studyonhightemperatureperformancesforbismuthlayer-structured(sr1？xcax)2bi4ti5o18(0≤x≤1)ceramics,j.alloyscompd.,487,585(2009)
|
| [20] | b.mamatha,a.r.james,p.sarah,dielectricandpiezoelectricpropertiesofsrbi4-xhoxti4o15(x=0.00,0.02,0.04and0.06)ceramics,physicab,405(23),4772(2010)
|
| [21] | panhongli,wangjingliang,liupeng,effectofceo2dopantonthestructureanddielectricpropertiesofba0.6sr0.4tio3-mgoceramic,journalofshaanxinormaluniversity(naturalscienceedition),38(1),42(2010)(潘宏利,王景亮,刘鹏,ceo2掺杂对ba0.6sr0.4tio3-mgo结构及介电性能的影响,陕西师范大学学报,38(1),42(2010))
|
| [22] | fengyuanyuan,gaizhigang,abahroza,zhaominglei,theeffectsofapositionliceco-substitutedonthepropertiesofna0.5bi2.5nb2o9ceramics,journaloffunctionalmaterials,45(2),25(2014)(冯元元,盖志刚,茹扎阿巴合,赵明磊,a位lice复合取代改性对na0.5bi2.5nb2o9陶瓷性能的影响,功能材料,45(2),25(2014))
|
| [23] | jiangdan,zhoutaosheng,liuheng,shangxunzhong,zhanglei,heyunbin,studyof(ba,sr,ca)tio3-basedhigh-voltagecapacitorceramicsdopedwithceo2,bulletinofthechineseceramicsociety,29(3),698(2010)(姜丹,周桃生,刘珩,尚勋忠,张蕾,何云斌,ceo2掺杂(ba,sr,ca)tio3基高压电容陶瓷的研究,硅酸盐通报,29(3),698(2010))
|
| [24] | zouzhengguang,yaodongye,lihan,longfei,wuyi,piezoelectricpropertiesofce4+-dopingandla3+-doping(bi0.5na0.5)0.94-ba0.06tio3ceramics,journalofwuhanuniversityoftechnology,30(12),19(2008)(邹正光,姚东野,李含,龙飞,吴一,ce4+及la3+掺杂对(bi0.5-na0.5)0.94ba0.06tio3陶瓷压电性能的影响,武汉理工大学学报,30(12),19(2008))
|
| [25] | huangxinyou,weiminxian,chenzhigang,gaochunhua,cuiyongzhen,influenceofceo2dopingonpropertiesofnbt-kbt-btlead-freepiezoelectricceramics,journalofsyntheticcrystals,37(6),1489(2008)(黄新友,魏敏先,陈志刚,高春华,崔永臻,ceo2掺杂对nbt-kbt-bt无铅压电陶瓷性能的影响,人工晶体学报,37(6),1489(2008))
|
| [26] | 1616xuanminjie,liuxinyu,majiafeng,yuanchanglai,cuiyerang,propertiesstudyofcuo-ceo2co-dopedba0.85ca0.15zr0.1-ti0.9o3lead-freepiezoelectricceramics,electroniccomponentsandmaterials,31(5),12(2012)(轩敏杰,刘心宇,马家峰,袁昌来,催业让,cuo/ceo2共掺杂ba0.85ca0.15zr0.1ti0.9o3无铅压电陶瓷性能研究,电子元件与材料,31(5),12(2012))
|
| [27] | h.x.yan,z.zhang,w.m.zhu,l.x.he,y.h.yu,c.g.li,j.g.zhou,theeffectof(li,ce)and(k,ce)dopinginaurivilliusphasematerialcabi4ti4o15,mater.res.bull.,39(9),1237(2004)
|
| [28] | l.ma,k.zhao,j.x.li,q.wu,m.l.zhao,c.l.wang,dielectricandpiezoelectricpropertiesof(li,ce)modifiednabi5ti5o18compositeceramics,j.rare.earth,27(3),496(2008)
|
| [29] | 2929p.goel,k.l.yadav,effectofv+5dopingonstructuralanddielectricpropertiesofsrbi2nb2o9synthesizedatlowtemperature,physicab,382(1),245(2006)
|
| [30] | 3030z.j.xu,r.q.chu,j.q.hao,g.r.li,q.r.yin,anovelhybridmethodofsol-gelandultrasonicatomizationsynthesisandpiezoelectricpropertiesofsrbi4ti4o15ceramics.j.am.ceram.soc.,91(3),910(2008)
|
| [31] | 3131p.y.fang,z.z.xi,w.long,x.j.li,j.li,structureandelectricalpropertiesofsrbi2nb2o9-basedferroelectricceramicswithlithiumandceriummodification,j.alloyscompd.,575,61(2013)
|
| [32] | 3232j.t.zeng,y.x.li,d.wang,q.r.yin,electricalpropertiesofneodymiumdopedcabi4ti4o15ceramics,solidstatecommun.,133,553(2005)
|
| [33] | 3t.jardiel,a.c.cabllero,m.villegas,aurivilliusceramics:bi4ti3o12-basedpiezoelectrics,j.ceram.soc.jap.,116,511(2008)
|
| [34] | 3434j.x.xu,l.zhao,c.j.zhang,dielectricandpiezoelectricpropertiesofsodiumbismuthtitanateceramicswithkcesubstitution,chin.phys.lett.,25(12),4414(2008)
|
| [35] | 3535g.r.li,l.y.zheng,q.r.yin,b.jiang,w,w.cao,microstructureandferroelectricpropertiesofmno2-dopedbismuth-layer(ca,sr)bi4ti4o15ceramics,j.appl.phys.,98(6),064108(2005)
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
