bromamine acid
英
美
网络 溴胺酸; 溴氨酸
双语例句
- Study on Solar Photocatalytic Degradation and Frozen Treatment of Bromamine Acid Wastewater
溴氨酸废水太阳光催化降解与冷冻处理技术研究 - Decolorization of mixed dyes composed of reactive brilliant blue KNR and its intermediate bromamine acid by combined action of GX2 and BX26 was investigated.
考察了高效广谱吸附菌GX2和溴氨酸降解菌BX26的联合作用对由活性艳蓝KNR及其中间体溴氨酸组成混合染料的脱色行为。 - The activated sludge is domesticated in the membrane bioreactor ( MBR) to degrade bromamine acid biologically.
在膜生物反应器（MBR）中驯化活性污泥对溴氨酸进行生物降解实验。 - Ullmann Condensation Reaction of Bromamine Acid Using Solid Acid SO_4~ ( 2-)/ TiO_2 as Catalyst
固体酸SO4~（2-）/TiO2催化溴氨酸Ullmann缩合反应 - The pretreatment of bromamine acid of middle or lower level COD value is conducted by combined TiO2/ UV and ozone.
采用TiO2/UV与O3联用工艺对中低浓度溴胺酸废水进行预处理。 - Study on degradation of bromamine acid wastewater by titania photocatalytic oxidation
TiO2光催化氧化降解溴氨酸废水研究 - Decolorizing of bromamine acid is considerably affected by temperature and pH.
其脱色效果受温度、pH条件影响较大。 - The results showed that the existence of KNR did not affect the biodegradation of bromamine acid by BX26.And GX2 showed good adsorptive capacity on both mixed dyes.
而GX2对混合染料仍表现出良好的吸附脱色性能。BX26和GX2的混合培养也不影响BX26对溴氨酸的降解作用； - Experimental results show that the decolorizing enzyme is extracellular induced by bromamine acid.
试验结果表明降解酶为溴氨酸诱导的胞外酶。 - Experimental results show that bromamine acid can be the only carbon source of strain N1. But the velocity of decolorizing becomes much slower when it is used as the only nitrogen source of the same strain.
试验结果表明，N1菌株能以溴氨酸为唯一碳源生长，以溴氨酸为唯一氮源时生长及脱色速度大大下降。 - Characteristics of Enzyme Degrading Bromamine Acid, an Intermediate of Anthraquinone Dye
蒽醌染料中间体溴氨酸降解酶的特性 - N-arylation reaction of bromamine acid holds a very important role in dye industry and medical research.
溴氨酸芳胺化反应在染料工业及医学研究中占有十分重要的地位。 - Fe3+/ Mn2+ doped on sepiolite, a heterogeneous Fenton-like catalyst, was prepared in this paper. The catalyst was used for the degradation of bromamine acid aqueous solution and the outcome was good.
本文将Fe3+/Mn2+负载到海泡石上，制备一种非均相类Fenton催化剂，用该催化剂处理溴氨酸水溶液，取得了较好的效果。