RF carbon aerogel RF炭气凝胶
carbon aerogel ca 炭气凝胶
carbon aerogel films 碳气凝胶薄膜
micro-spherical carbon aerogel 炭气凝胶微球
compound carbon aerogel electrode 复合碳气凝胶电极
a micro-spherical carbon aerogel 炭气凝胶微球
carbon aerogel electrochemical double-layer capacitor 碳气凝胶双电层电容器
The compound carbon aerogel is elected as electrode materials of the pseudo-capacitor in this thesis.
本次试验选定复合碳气凝胶作为赝电容器的电极材料，其中碳气凝胶采用新型超临界干燥设备获得，并用贱金属氧化物NiO与之复合。
参考来源 - 超级离子电容器碳/氧化镍复合气凝胶电极材料的研究The specific capacitance of the carbon aerogel was as high as 296 F g~(-1).
炭气凝胶的比电容高达296F／g。
参考来源 - 炭气凝胶的常压干燥制备及其超电容行为We found that the use of carbon aerogel is also helpful to improve the activity and lifetime of the zeolite catalyst.
我们发现,由于炭气凝胶加入所产生的介孔同样有助于沸石催化剂活性和寿命的提高。
参考来源 - 介孔ZSM·2,447,543篇论文数据，部分数据来源于NoteExpress
The porous carbons including carbon black, carbon aerogel and multiwall carbon nanotube were studied.
研究的多孔炭包括炭黑、炭气凝胶和多壁碳纳米管。
In contrast with the inorganic aerogel films, a new possible method is put forward to produce the carbon aerogel films.
对比无机气凝胶薄膜，提出了新的可能的制备方法。
The spatial aperture range of aerogel can be controlled by changing the ratio of the carbon aerogel to the tungsten carbide.
改变炭气凝胶与碳化钨的比例，可控制气凝胶的空间孔径范围。
应用推荐