中文摘要：

用共烧法制备了以（SrCo（0.8）Fe（0.2）O（3-δ））（0.85）（SrSnO3）（0.15）（SCF-SS）多孔层为支撑体和SrCo（0.8）Fe（0.2）O（3-δ） （SCF）致密层为顶层膜的管状非对称透氧陶瓷膜;并对其相组成、微形貌以及氧分离性能进行了表征.研究发现：SCF和SCF-SS之间有较好的兼容性;当共烧温度为1150℃时,获得的非对称陶瓷膜的致密层厚度为50μm,支撑体的显气孔率为19.3%;900和800℃时,非对称膜样品（壁厚1.4mm,外径10.3mm,长度为4.1cm）的氧渗透率分别为1.91和1.01mL·cm^-2·min^-1,分别比同样几何尺寸的SCF对称膜样品高24%和36%.

英文摘要：

The tubular asymmetric membrane（TAM）was prepared by co-firing method with dense top layer of SrCo（0.8）Fe（0.2）O（3-δ）（SCF）and porous substrate layer of（SrCo（0.8）Fe（0.2）O（3-δ））（0.85）（SrSnO3）（0.15） （SCF-SS）.Its phase composition,morphology and oxygen permeability were investigated.The results show that SCF layer and SCF-SS layer have desirable compatibility for configuration of asymmetric membrane.The resulting TAM sample sintered at 1150℃has the dense layer of SCF with thickness of 50μm and the SCF-SS substrate with apparent porosity of 19.3%.The permeation rates of the resulting TAM are 1.91mL·cm（-2）·min（-1）at 900℃and 1.01mL·cm（-2）·min（-1）at 800℃,respectively,which are 24% and 36% higher than those of the SCF tubular symmetric membrane（TSM）with same size（wall thickness of 1.4mm,outer diameter of 10.3mm,and length of 4.1cm）.