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n.分子氧；[无化]双氧
1、sulphide dioxide───二氧化硫
2、manganese dioxide───[无化]二氧化锰
3、dioxide───n.二氧化物
4、titanium dioxide───[无化]二氧化钛；二氧化钛; 钛白
5、chlorine dioxide───二氧化氯 (Dyox)；[无化]二氧化氯
6、spongiadioxin C───海绵二恶英
7、sulphur dioxide───[无化]二氧化硫
8、carbon dioxide───n.二氧化碳；[无化]二氧化碳
9、silicon dioxide───[无化]二氧化硅；n.二氧化硅
10、coccoliths and carbon dioxide───球粒和二氧化碳
1、Electrocatalytic activation of dioxygen for chlorophenol degradation was studied.───催化激活氧气降解氯酚工艺。
2、Process of Preparing o-Nitrobenzoic Acid from o-Nitrotoluene by Dioxygen Oxidation with Cobalt Phthalocyanine───钴酞菁催化氧气氧化邻硝基甲苯制取邻XiaoJiBen甲酸
3、Binding of dioxygen and catalytic activity are the promising properties.───其主要性能为结合分子氧和催化活性。
4、Preparation and Selection of Load Catalyst Used in Molecular Dioxygen Oxidation Cyclohexene───分子氧氧化环己烯负载型催化剂的制备与选择
5、The preparation of ADC foaming agent from biurea by dioxygen catalytic oxidation was investigated and discussed.───对用分子氧催化氧化联二脲制取ADC发泡剂进行了探讨。
6、The Fabrication of a Novel Metalloporphyrin-modified Electrode and Its Electrocatalysis toward Dioxygen───新颖金属卟啉膜修饰电极的研制和对分子氧的催化
7、Binding of dioxygen and catalytic activity are the promising properties.───性能为结合分子氧和催化活性。
8、preparation of ADC foaming agent from biurea by dioxygen catalytic oxidation was investigated and discussed.───对用分子氧催化氧化联二脲制取ADC 发泡剂进行了探讨。
1、Electrocatalytic activation of dioxygen for chlorophenol degradation was studied.
2、The carboxylate-bridged non-heme diiron centers can activate dioxygen in a variety of nature enzymes.
3、Here(Sentence dictionary), we reported a new method of direct hydroxylation of benzene to phenol with dioxygen in presence of amine based on the results gained by formers in our group on the benzene hydroxylation.
4、A possible mechanism involving activation of dioxygen was proposed.
5、It is showed that under optimum condition, the yield ofp-chlorobenzaldehyde is 20% of 28% via air or dioxygen oxidation under ordinary pressure, 34% under 0.3Mpa via dioxygen oxidation.
6、The preparation of ADC foaming agent from biurea by dioxygen catalytic oxidation was investigated and discussed.
7、A postulated mechanism of the degradation is that sulfate acts as an electron carrier which transfers electrons from aluminum metal to dioxygen.
8、Binding of dioxygen and catalytic activity are the promising properties.
9、Catalase (EC 1.11.1.6 CAT) is one of the main antioxidant enzymes in Organisms that catalyzes the dismutation of H_2O_2 to water and dioxygen.