Methyl orange and phenolphthalein are other indicators frequently used by chemists.

甲基橙和酚化学家经常使用的其他指标.

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This photo catalytic degradation of methyl orange with titanium dioxide in self - made inner - circulation photoreactor was investigated.

利用 自行 研制的内循环光催化反应器,以紫外灯为光源、二氧化钛为催化剂,降解甲基橙废水.

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The yield of methyl orange at lower temperature and room temperature is 69.5 % and 78.7 % , respectively.

与低温方法比较提高了产率,低温方法制备甲基橙的产率为69.5%, 利用常温方法制备甲基橙的产率为78.7%.

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The catalyst activity for degrading methyl orange was investigated by microwave induced oxidation process ( MIOP ).

以甲基橙为目标降解物,考察了该催化剂在微波诱导氧化工艺 ( MIOP ) 中的催化活性.

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The test data showed that the removal efficiencies of methyl orange could reach 96.24 %.

实验表明,对废水中甲基橙的去除率可达96.24%.

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The absorption of methyl orange by ammonia leaching residue of manganese nodule is investigated.

研究大洋锰结核氨浸渣对甲基橙染料废水的吸附行为.

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The application of microwave irradiation technique to remove methyl orange from wastewater was introduced.

介绍了利用微波辐照去除废水中甲基橙污染物的技术.

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