Low Melting Point Glass Powder (glass) used as an Additive to Zr0.88Y0.08Eu0.04O2-α (ZYE) Electrolyte for Intermediate Temperature SOFCs

RuijuanShi; WeiChen; WenliHu; JunlongLiu; HuiquanLi; HongtaoWang; LiangquanSheng

首页> 外文期刊>International Journal of Electrochemical Science >Low Melting Point Glass Powder (glass) used as an Additive to Zr_0.88Y_0.08Eu_0.04O_2-α (ZYE) Electrolyte for Intermediate Temperature SOFCs

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Low Melting Point Glass Powder (glass) used as an Additive to Zr_0.88Y_0.08Eu_0.04O_2-α (ZYE) Electrolyte for Intermediate Temperature SOFCs

机译：低熔点玻璃粉（玻璃）用作Zr _{0.88 Y _{0.08 Eu _{0.04 O _{2-α的添加剂>（ZYE）中温SOFC的电解质}}}}

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In this study, Eu3+ and Y3+ double doped ZrO2, that is Zr0.88Y0.08Eu0.04O2-α (ZYE) electrolyte wassynthesized by the chemical precipitation method. The low melting point glass powder (glass) wasused as an additive to ZYE electrolyte for intermediate temperature SOFC after heated at 700 °C for 2h. The phase composition and microstructure of the Zr0.88Y0.08Eu0.04O2-α-low melting point glasspowder (ZYE-glass) composite electrolyte were observed by XRD and SEM. The effects of gasatmosphere, operating temperature, time and the partial pressure of oxygen on the ionic conductivity ofthe ZYE-glass composite electrolyte were also studied at 400–800 °C.

机译：本研究通过化学沉淀法合成了Eu3 +和Y3 +双掺杂ZrO2，即Zr0.88Y0.08Eu0.04O2-α（ZYE）电解质。在700°C加热2h后，将低熔点玻璃粉（玻璃）用作ZYE电解质的添加剂，用于中温SOFC。用XRD和SEM观察了Zr0.88Y0.08Eu0.04O2-α低熔点玻璃粉（ZYE-玻璃）复合电解质的相组成和微观结构。还研究了在400–800°C的气体气氛，工作温度，时间和氧分压对ZYE-玻璃复合电解质离子电导率的影响。

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《International Journal of Electrochemical Science》 |2018年第11期|共8页
作者
RuijuanShi; WeiChen; WenliHu; JunlongLiu; HuiquanLi; HongtaoWang; LiangquanSheng;
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1. Synthesis and Intermediate Temperature Electrical Properties of Zr_0.84Y_0.12Nd_0.04O_2-α-Low Melting Point Glass Powder Composite Electrolyte [J] . JitangChen, WenliHu, WeiChen, International Journal of Electrochemical Science . 2019,第2期

机译：Zr _{0.84 Y _{0.12 Nd _{0.04 O _{2-α-低熔点玻璃的合成及中温电性能粉末复合电解质}}}}
2. Synthesis and Intermediate Temperature Electrical Properties of Zr_0.84Y_0.12Nd_0.04O_2-α-Low Melting Point Glass Powder Composite Electrolyte [J] . JitangChen, WenliHu, WeiChen, International Journal of Electrochemical Science . 2019,第2期

机译：Zr _{0.84 Y _{0.12 Nd _{0.04 O _{2-α-低熔点玻璃的合成及中温电性能粉末复合电解质}}}}
3. Sintering and electrical behavior of ZrP2O7-CeP2O7 solid solutions Zr1-xCexP2O7; x=0-0.2 and (Zr0.92Y0.08)(1-y)CeyP2O7; y=0-0.1 for application as electrolyte in intermediate temperature fuel cells [J] . Gautam Sandeep K., Singh Akanksha, Mathur Lakshya, Ionics . 2019,第1期

机译：ZRP2O7-CEP2O7固溶ZR1-XCEXP2O7的烧结和电气行为; x = 0-0.2和（zr0.92y0.08）（1-y）ceyp2o7; Y = 0-0.1用于中间温度燃料电池中的电解质
4. Electrocaloric effect of inorganic low temperature sintering (Pb_(0.88)La_(0.08))(Zr_(0.65)Ti_(0.35))O3 ceramics [C] . Cheol-Min Ra, Ju-Hyun Yoo, Seung-Hun Chol Global Conference on Polymer and Composite Materials . 2015

机译：无机低温烧结电热量效应（PB_（0.88）LA_（0.08））（Zr_（0.65）Ti_（0.35））O3陶瓷
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6. Electrocaloric Effect of Low Temperature Sintering (Pb_0.88La_0.08)(Zr_0.65Ti_0.35)O₃ Ceramics [O] . Cheol-Min Ra, Ju-Hyun Yoo, Seung-Hun Choi, 2015

机译：低温烧结电热量（PB <亚> 0.88 LA _{0.08 ）（Zr _{0.65 Ti _{0.35 ）O _{3 陶瓷}}}}
7. Chemical Durability of Glasses Suitable for the Storage of High Level Radioactive Wastes. II. On the Continuous Leach Method for the Low Temperature Melting Glasses of Borosilicate System [R] . Kawamoto, T., Terai, R., Hara, S., 1976

机译：适用于高放射性废物储存的玻璃的化学耐久性。 II。硼硅酸盐低温熔化玻璃连续浸出法

Low Melting Point Glass Powder (glass) used as an Additive to Zr0.88Y0.08Eu0.04O2-α (ZYE) Electrolyte for Intermediate Temperature SOFCs

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Low Melting Point Glass Powder (glass) used as an Additive to Zr_0.88Y_0.08Eu_0.04O_2-α (ZYE) Electrolyte for Intermediate Temperature SOFCs