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·482· 工程科学学报,第38卷,第4期 10X0 30 1(00 No.I Xo.4 18 28 800 800 261 6d00 60 400 8 22 200 400 16 15202530354045 200 20) -400 -60 1015202530 35 -200 51015202530354045 时间s 时间s 1000 1200 4 Na.10 No.7 38 1000 40 800 3 800 60X0 600 32 400 400 40 时 时问 200 200 20 20005105202530354045 4006 10 1520 25 30 时间/s 时间 图6No.1、No.4、No.7和No.10硅传感器测量结果及局部放大图 Fig.6 Testing results of No.1,No.4,No.7 and No.10 based on the as-prepared silicon sensors and partially enlarged images 参考文献 by means of electrochemical silicon sensor.Eng Chem Metall, 1992,13(3):264 Zhang Z W,Qiu A H,Zhang J L.Study of silicon sensor for (杨学民,刘越生.关于用硅探头快速测定铁水硅含量的问 quick analysis of BF iron.J Baotou Unir fron Steel Technol, 题.化工治金,1992,13(3):264) 2002,21(3):268 7]Lu W Y,Tian Y W,Wang C Z,et al.Study on measurement of silicon activity using silicon sensor in carbon saturated iron melt./ (张宗旺,邱爱华,张建良.高炉铁水快速定硅传感器的研 Chin Rare Earth Soc,2006,24:5 究.包头钢铁学报,2002,21(3):268) 2]Zhang M F,Jiang Z H,Shi H Z,et al.Development of silicon (卢文跃,田彦文,王常珍,等.硅传感器测定碳饱和铁液中 probe in molten iron.Baosteel Technol,1997(1):39 硅活度的研究.中国稀土学报,2006,24:5) (张妙法,姜周华,石洪志,等.铁水定硅探头的开发研制 8] Deng W Z,Li Y,Ding Y S.Recent progress of metallurgical sen- 宝钢技术,1997(1):39) sors based on oxygen sensor as an auxiliary electrode.J Mater Met- Jia C K.Determination of silicon content in carbon-saturated mol- all,2014,13(3):161 ten iron with electrochemical cell.Min Metall,1996,5(1):72 (邓文卓,厉英,丁玉石.以氧传感器为基的辅助电极型治金 (贾成科.电化学电池测量碳饱和铁液中的硅含量.矿治, 传感器的研究进展.材料与治金学报,2014,13(3):161) 1996,5(1):72) 9 Yoon S,Noh T,Kim W,et al.Structural parameters and oxygen 4]Huang Y L,Zhang QX,Hong Y R.Development and application ion conductivity of Y2O-Zr02 and Mgo-Zr0 at high tempera- of a silicon sensor for rapid determination of silicon content in hot ture.Ceram Int,2013,39(8):9247 metal.J BGRIMM,1994,3(1)67 [10]Lou TJ,Kong X H,Huang K Q,et al.Solid reference electrode (黄艳玲,张千象,洪彦若.铁水快速定硅测头的研制和应 of metallurgical oxygen sensor.J fron Steel Res Int,2006,13 用.北京矿治研究总院学报,1994,3(1):67) (5):18 5]Lu S,Lin J,Chen J C.Progress of research on zirconia oxygen [11]Liu T,Li L,Yu J K.An electrochemical sulfur sensor based on sensor.Instrum Tech Sens,2007(3):1 Zr0,(Mgo)as solid electrolyte and ZrS,MgS as auxiliary e- (路顺,林健,陈江翠.氧化锆氧传感器的研究进展.仪表技 lectrode.Sens Actuators B,2009.139 (2):501 术与传感器,2007(3):1) [2]Rivai A K,Kumagai T,Takahashi M.Performance of oxygen 6 Yang X M,Liu YS.Determination of silicon content in hot metal sensor in lead-bismuth at high temperature.Prog Nucl Energy,工程科学学报,第 38 卷,第 4 期 图 6 No. 1、No. 4、No. 7 和 No. 10 硅传感器测量结果及局部放大图 Fig. 6 Testing results of No. 1,No. 4,No. 7 and No. 10 based on the as-prepared silicon sensors and partially enlarged images 参 考 文 献 [1] Zhang Z W,Qiu A H,Zhang J L. Study of silicon sensor for quick analysis of BF iron. J Baotou Univ Iron Steel Technol, 2002,21( 3) : 268 ( 张宗旺,邱爱华,张建良. 高炉铁水快速定硅传感器的研 究. 包头钢铁学报,2002,21( 3) : 268) [2] Zhang M F,Jiang Z H,Shi H Z,et al. Development of silicon probe in molten iron. Baosteel Technol,1997( 1) : 39 ( 张妙法,姜周华,石洪志,等. 铁水定硅探头的开发研制. 宝钢技术,1997( 1) : 39) [3] Jia C K. Determination of silicon content in carbon-saturated mol￾ten iron with electrochemical cell. Min Metall,1996,5( 1) : 72 ( 贾成科. 电化学电池测量碳饱和铁液中的硅含量. 矿冶, 1996,5( 1) : 72) [4] Huang Y L,Zhang Q X,Hong Y R. Development and application of a silicon sensor for rapid determination of silicon content in hot metal. J BGRIMM,1994,3( 1) : 67 ( 黄艳玲,张千象,洪彦若. 铁水快速定硅测头的研制和应 用. 北京矿冶研究总院学报,1994,3( 1) : 67) [5] Lu S,Lin J,Chen J C. Progress of research on zirconia oxygen sensor. Instrum Tech Sens,2007( 3) : 1 ( 路顺,林健,陈江翠. 氧化锆氧传感器的研究进展. 仪表技 术与传感器,2007( 3) : 1) [6] Yang X M,Liu Y S. Determination of silicon content in hot metal by means of electrochemical silicon sensor. Eng Chem Metall, 1992,13( 3) : 264 ( 杨学民,刘越生. 关于用硅探头快速测定铁水硅含量的问 题. 化工冶金,1992,13( 3) : 264) [7] Lu W Y,Tian Y W,Wang C Z,et al. Study on measurement of silicon activity using silicon sensor in carbon saturated iron melt. J Chin Rare Earth Soc,2006,24: 5 ( 卢文跃,田彦文,王常珍,等. 硅传感器测定碳饱和铁液中 硅活度的研究. 中国稀土学报,2006,24: 5) [8] Deng W Z,Li Y,Ding Y S. Recent progress of metallurgical sen￾sors based on oxygen sensor as an auxiliary electrode. J Mater Met￾all,2014,13( 3) : 161 ( 邓文卓,厉英,丁玉石. 以氧传感器为基的辅助电极型冶金 传感器的研究进展. 材料与冶金学报,2014,13( 3) : 161) [9] Yoon S,Noh T,Kim W,et al. Structural parameters and oxygen ion conductivity of Y2O3 --ZrO2 and MgO--ZrO2 at high tempera￾ture. Ceram Int,2013,39( 8) : 9247 [10] Lou T J,Kong X H,Huang K Q,et al. Solid reference electrode of metallurgical oxygen sensor. J Iron Steel Res Int,2006,13 ( 5) : 18 [11] Liu T,Li L,Yu J K. An electrochemical sulfur sensor based on ZrO2 ( MgO) as solid electrolyte and ZrS2 + MgS as auxiliary e￾lectrode. Sens Actuators B,2009,139( 2) : 501 [12] Rivai A K,Kumagai T,Takahashi M. Performance of oxygen sensor in lead--bismuth at high temperature. Prog Nucl Energy, · 284 ·
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