仪表技术与传感器
儀錶技術與傳感器
의표기술여전감기
INSTRUMENT TECHNIQUE AND SENSOR
2009年
z1期
114-116
,共3页
Sol-Gel%TiO_2%纳米
Sol-Gel%TiO_2%納米
Sol-Gel%TiO_2%납미
Sol-Gel%TiO_2%Nano
以钛酸丁酯为前驱物,乙醇为溶剂,采用Sol-Gel法合成了颗粒尺寸约十几nm、分散良好的纳米TiO_2粉体.经测试,采用厚膜工艺用该粉体制成的元件较传统粉体制作的元件在灵敏度上提高50%以上.
以鈦痠丁酯為前驅物,乙醇為溶劑,採用Sol-Gel法閤成瞭顆粒呎吋約十幾nm、分散良好的納米TiO_2粉體.經測試,採用厚膜工藝用該粉體製成的元件較傳統粉體製作的元件在靈敏度上提高50%以上.
이태산정지위전구물,을순위용제,채용Sol-Gel법합성료과립척촌약십궤nm、분산량호적납미TiO_2분체.경측시,채용후막공예용해분체제성적원건교전통분체제작적원건재령민도상제고50%이상.
The nano-TiO_2 powders which size isabout a dozen andwell-dispersedcan be synthesizedby the means of Sol-Gel with N-butyl titanate as precursor, ethanol as solvent. At last,the components sensitivity with the nano powder than with the conventional powder improve more than 50%.
