合成材料老化与应用
閤成材料老化與應用
합성재료노화여응용
SYNTHETIC MATERIALS AGING AND APPLICATION
2013年
5期
6-9
,共4页
欧少通%梁新慈%邓家瑜%戴子才%朱梦怡%刘宁
歐少通%樑新慈%鄧傢瑜%戴子纔%硃夢怡%劉寧
구소통%량신자%산가유%대자재%주몽이%류저
炭气凝胶微球%合成%吸附%钯
炭氣凝膠微毬%閤成%吸附%鈀
탄기응효미구%합성%흡부%파
carbon aerogel sphere%synthesis%adsorption%palladium
采用反相乳液聚合法成功制备炭气凝胶微球，研究了合成条件对凝胶时间的影响。利用所得产品吸附氯化钯溶液，探讨炭气凝胶微球对Pd2+的吸附性能。结果表明，通过调控合成条件可以实现对合成过程的有效控制，炭气凝胶微球对Pd2+有优异的吸附性能，吸附率最高可达99．2%。
採用反相乳液聚閤法成功製備炭氣凝膠微毬，研究瞭閤成條件對凝膠時間的影響。利用所得產品吸附氯化鈀溶液，探討炭氣凝膠微毬對Pd2+的吸附性能。結果錶明，通過調控閤成條件可以實現對閤成過程的有效控製，炭氣凝膠微毬對Pd2+有優異的吸附性能，吸附率最高可達99．2%。
채용반상유액취합법성공제비탄기응효미구，연구료합성조건대응효시간적영향。이용소득산품흡부록화파용액，탐토탄기응효미구대Pd2+적흡부성능。결과표명，통과조공합성조건가이실현대합성과정적유효공제，탄기응효미구대Pd2+유우이적흡부성능，흡부솔최고가체99．2%。
Carbon aerogel spheres were fabricated by inverse suspension polymerization. The influence of syn-thesis conditions on gelation time was discussed. The palladium chloride solution was adsorbed by the prepared products. And the adsorption performance of carbon aerogel spheres on Pd2+ was investigated. The results showed that the synthesis process could be controlled by the regulation of synthesis conditions,and the adsorption perform-ance of carbon aerogel spheres on Pd2+ was excellent,the highest adsorption ratio could reach 99. 2%.
