氧化过程

The result indicates that the electrochemical method has a favorable degrease effect to both chroma and CODCr of the outlet water.

实验表明，电化学法对废水的色度和CODCr具有良好的去除效果，主要是Cl-在电解过程中的间接氧化作用，同时也包括电极表面的直接氧化作用。

The result indicates that the electrochemical method has a favorable degrease effect to both chroma and CODCr of the outlet water. What is more important is the indirect oxygenation action of Cl- in the electrolyse process, and at the same time including the indirect oxygenation action of the pole surface. All the electrolyse process has no offspring that can hard to keep on reaction.

实验表明，电化学法对废水的色度和CODCr具有良好的去除效果，主要是Cl-在电解过程中的间接氧化作用，同时也包括电极表面的直接氧化作用。

Results show that ascorbic acid and dehydroascorbic acid of cloudy strawberry juice in the storage process are unstable to the heat treatment; the degradation of ascorbic acid and dehydroascorbic acid accords with first-order dynamic, which indicates that this degeneration dynamic model is logical and effective, and can be used in selection of storing temperature and prediction of storage period at different temperatures.

结果表明：草莓浑浊汁在贮藏过程中还原型维生素C和氧化型维生素C对热不稳定，还原型维生素C和氧化型维生素C降解符合一级反应动力学。经过验证表明该降解动力学模型有效，可用于草莓浑浊汁贮藏温度的选择和预测不同温度下的贮藏期。

The relationiships among storage temperature, storage time and degradation of ascorbic acid and dehyd roascorbic acid in the process of cloudy strawberry juice storage were analyzed, and the degradadion dynamic model of ascorbic acid and dehydroascorbic acid was established.

该文通过研究草莓浑浊汁贮藏过程中还原型维生素C和氧化型维生素C的降解与贮藏温度、贮藏时间的关系，建立了还原型维生素C和氧化型维生素C降解动力学模型。

The effect of microbial action was larger than that of enzymic action under aerobic condition, but was smaller under anacrobic condition.

烤烟发酵过程中，引起烟叶品质改善的主要因素为氧化作用、微生物作用和酶作用，其中以氧化作用为关键性主导作用。

The results show that magnetite is transformed into hematite, serpentine is decomposed into forsterite at lower temperature(T00℃).

实验表明，硼铁矿在氧化焙烧的过程中，低温时(00℃)矿石中的磁铁矿发生氧化反应生成亦铁矿，蛇纹石分解生成镁橄榄石。

Germin in wheat is a manganese containing homohexamer with oxalate oxidase activities, which generates II2O2 from the oxidative breakdown of oxalate thereby playing a significant role in plant development and defense.

小麦中的germin是含有Mn离子的同源六聚体，具有草酸氧化酶活性，可将草酸氧化生成H_2O_2，在发育和防御过程中起了重要作用。

Ti-MWW is more attractive by a comparison with those conventional titanosilicates (TS-1,Ti-MCM-41,et al ) in the epoxidation of linear functionalized alkenes, on which the epoxidation of allyl alcohol to glycidol is one of the most industrial promising processes for benign reaction conditions, high yields of the product and environment friendly.

Ti-MWW 对线性官能烯烃的环氧化具有优良的催化性能，特别是对烯丙醇环氧化制缩水甘油的过程，其反应条件温和，产率高，且对环境友好而最具有工业应用前景。

The nautre of ester bond and sedimentary medium condition control the distribution pattern of organic acid ester in strong reductional environment and water-washed oxidized crude oils. The former features higher contents both of 9, 11-Octadecadienoic acid, methyl ester and Hexadecanoic acid, showing the non-reversible hydrolysis reaction of ester bond in condition of basicity; the later features higher contents of Hexadecanoic acid and Octadeanoic acid, and lower contents of nonsaturated and side-chain acid ester, indicating the reversible hydrolysis reaction of ester bond in acid condition.

酯键的化学性质和沉积环境中介质条件，决定了强还原咸水盐湖相和淡水湖沼相经水洗氧化次生变化的原油有机酸酯的分布特征，前者9，11-十八二烯酸甲酯与正十六烷酸为主，反映酯键在碱性条件的不可逆水解过程，后者以正十六烷酸和正十八烷酸为主，烯酸和支链酸很少，反映酯键的酸性条件的可逆性水解，烯酸经氧化向正十八烷酸，正十六烷酸转化。

Experiment results show, in the HD process, the temperature of dehydrogenation process sets at about 580℃, can make the hydrid of Nd complete turning into NdH_2 which can resist being eroded and oxidation, so it increases the resistance to oxidation of the magnet powders.

研究结果表面，在氢爆HD工艺中，采用580℃左右的温度进行工艺中的脱氢过程，可以使富Nd相氢化物充分脱氢成稳定不易腐蚀氧化的NdH_2，增强了磁粉后续工艺中的抗氧化能力。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。