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- photocatalytic activity under visible light 可见光催化活性
- photocatalytic activity under visible light irradiation 可见光催化
- activity under visible light 可见光活性
- The photocatalytic activities of the POMs/ZrOi composite fihns were tested via degradation of aqueous Reactive Brilliant Red K-2G (K-2G) under visible light irradiation. 以活性艳红K-2G染料水溶液为降解目的物，研究了复合膜材料PW_(12)/ZrO_2、PW_4O_2/ZrO_2、PW_(11)TiO_2/ZrO_2的可见光催化活性。
- In this work,the degradation of rhodamine B(RhB) by hydrogen peroxide under visible light irradiation is studied by detecting UV-vis spectral changes of RhB solution. 通过测定在可见光照射下过氧化氢降解罗丹明B的UV-vis吸收光谱变化;探讨了可见光照的条件下过氧化氢对罗丹明B的降解情况及影响因素.
- Photocatalysis under visible light irradiation 可见光光催化
- The influence of modification of AlCl_3 on activity of photocatalytic catalyst rose bengal-TiO_2 generating hydrogen under visible light AlCl_3修饰对虎红-TiO_2光催化剂可见光制氢活性的影响
- The emission of visible light by a hot object. 白热光物体遇热发出可见光
- Preparation and Photocatalytic Behavior of Pt-inserted Nanotube Titanic Acid under Visible Light Irradiation 镶嵌铂的纳米管钛酸制备及其可见光光催化活性
- MECHANISM OF PHOTOCATALYTIC DEGRADATION OF DYE POLLUTANT-ALIZARIN RED UNDER VISIBLE LIGHT RADIATION 可见光照射下染料茜素红的光催化降解机理
- And a season for every activity under heaven. 天下万务都有定时。
- Photo-catalysis oxidation of methylene-blue by V-bearing rutile under visible light 含钒金红石可见光下催化降解亚甲基蓝实验研究
- Photocatalytic degradation of acid blue A with a jet loop three-phase photoreactor under visible light 喷射环流三相光催化反应器可见光下降解酸性湖兰A的研究
- An Experimental Study on Photocatalytic Reduction of Methyl Orange by Natural Sphalerite under Visible Light Irradiation 天然闪锌矿可见光催化还原甲基橙的实验研究
- Emitting visible light as a result of being heated. 发白热光的由于遇热而发出可见光的
- So we talk about the visible light spectrum. 因此我们只在这里谈可见光谱。
- The scouts are active under the enemy's very noses. 侦察兵就在敌人眼皮底下活动。
- Infrared can be visible light or can be in the form of microwaves. 可见光或红外线可能的形式微波。
- This photo shows the Sun in visible light with a few sunspots. 下图显示了在可见光波段下的太阳,日面上有不少黑子。
- These four bacteriocins showed the highest antibacterial activity under acidulous and neutral conditions. pH稳定性研究表明，在弱酸性或中性条件下，这些细菌素表现出较高的活性。
