catalytic composite 中文意思是什麼
catalytic composite
解釋
復合催化劑-
In this paper, we tried to get metal - coated composite powders with different particle sizes by electroless silver plating on different ceramic powders such as nano - al2o3, micro - cenospheres and submirco - sio2. the nano - al2o3 powder with average size about 10 to 20 nanometers was pretreated to produce catalytic activity before the electroless silver plating
本文利用化學鍍的方法在不同粒徑的陶瓷粉體（包括納米al _ 2o _ 3 、微米空心玻璃微珠及亞微米級的sio _ 2 ）上包覆金屬銀，制備不同粒徑的金屬包覆型復合粉體。 -
Its catalytic current was linear with the concentration of h2o2. most of interference was effectively eliminated and the inactivity of hrp under the too low potential to catalytize the reduction of h2o2 was avoided due to the enhanced potential of nr by zp in the composite film. while the silver colloid in the composite film enhanced the capability of zp to adsorb nr and prevented effectively nr from leaching off
4 、上修飾電極與辣根過氧化酶相耦合製成酶電極，顯著的催化了過氧化氫的還原，磷酸鋯提高了中性紅的氧化還原電位，大大的降低了測定的干擾，並有效的避免了辣根過氧化酶在過低的還原電位下失效，納米銀增強了膜對中性紅的吸附，有效的防止了其流失。 -
Moox decreased catalytic agglomeration rate. all these made the pt / moox samples higher specific surface area of pt / moox microparticles in the pt / moox / gc composite electrode than pt microparticles in the pt / gc electrode
Sem 、 xrd結果顯示， moo _ x高度分散pt顆粒，催化劑顆粒粒徑更小，減少它們的附聚速度，使催化劑有相當高的表面。 -
This paper focuses on recent progress of preparation of crystal alloy, nano - crystal alloy, amorphous alloy and composite electrode materials by the electrochemical method, and the mechanism of catalytic activity of hydrogen evolution reaction ( her ) is reviewed
介紹了採用電化學方法制備晶態合金、納米晶合金、非晶態合金及復合金屬等析氫電極材料的研究進展，並對電極催化析氫機理進行了概述。 -
In this paper, we tried to get nano - composite powders of metal - coated ceramic by electroless cobalt plating of nano - al2o3 powder. the nano - al2o3 powder used in experiments were about 10 to 20 nanometer, and they were pretreated to produce catalytic activity before the electroless copper plating
實驗中所用的al _ 2o _ 3粉體平均粒徑為10 20nm ，化學鍍銅前進行了必要的預處理，使al _ 2o _ 3粉體表面具有催化活性。 -
Study of catalytic properties of perovskite - type composite oxides catalysts for reduction of so2 to elemental sulfur and no decomposition by ch
系鈣鈦礦型汽車尾氣凈化催化劑的性能研究
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