光催化降解论文答辩

楼下的肯定不行的 也很难有人给你做这种专业英语翻译的 把分给我吧 我也帮不了你

湖北工程学院新技术学院答辩不难，但要求学生把握本学院专业知识和论文内容，充分准备，能够充分展示自己的论文，顺利通过答辩才行。除了正确把握论文的观点之外，还要做好准备应付老师的提问，充分展示自己的知识深度，熟悉论文的内容，并且结合自己的研究背景，灵活应对老师的提问，最终能够顺利通过答辩。

尊敬的您，苏州大学能源学院博士答辩顺序一般为以下几个环节：1. 开场白：主持人宣布答辩开始，介绍答辩委员会成员和参加答辩的人员，以及答辩的流程和注意事项。2. 学位论文报告：博士生进行学位论文报告，一般时间为30-40分钟，介绍研究背景、研究内容、研究方法、实验结果和结论等。3. 答辩委员会提问：答辩委员会成员对博士生的学位论文提出问题，主要是对研究内容、方法、结果、创新点等方面进行深入探讨和评价。4. 答辩人回答问题：博士生回答答辩委员会成员的问题，展示自己的学术素养和研究能力。5. 公开发言：其他参加答辩的人员可以发表自己的看法和意见，对博士生的研究工作提出建议和意见。6. 答辩委员会评议：答辩委员会成员对博士生的学位论文和答辩情况进行评议，最终决定是否通过答辩。7. 结束语：主持人宣布答辩结束，祝贺博士生顺利通过答辩，颁发学位证书。以上就是苏州大学能源学院博士答辩的基本流程和顺序。希望能对您有所帮助。

不难。湖北工程学院新技术学院创办于2003年，是经教育部批准确认、由湖北工程学院举办的一所本科层次的独立学院。

Organophosphorus pesticides in agricultural production of the pesticides most widely used one of the Pharmacy, as under certain conditions in the refractory and in animals can be characterized by deposition of organic phosphorus pesticide wastewater treatment in recent years, environmentalists have become the focus of the study. Represented by a nano-TiO2 photocatalytic oxidation technology to the use of atmospheric pressure at room temperature, sunlight catalytic oxidation of pollutants, and the product is generally carbon dioxide, water and other inorganic small molecule, does not have secondary pollution. However, nano-TiO2 larger band gap of only less than 388nm in the UV wavelength only catalytic performance, that is, the utilization of solar TiO2 only about 5%. In order to improve the nano-TiO2 on the utilization of sunlight so that it can in the visible range of organophosphorus pesticide degradation of waste water have a certain effect, this paper conducted the following studies: By hydrothermal synthesis at low temperatures, respectively, under the conditions of urea to ammonia and sulfur and nitrogen as nitrogen source, sulfur source was prepared N-doped, NS Co-doped TiO2 nano-doped after the use of modified nano-TiO2 below 400nm in the least squares UV irradiation on the iodine-tungsten lamp 10000 times diluted omethoate 40% degradation, the degradation rate was observed. The main conclusion of the study paper is as follows: (1) and TiO2 compared, N-doped, NS Co-doped TiO2 nanometer obvious visible activity under the visible light Omethoate degradation of pesticides has a good effect. (2) reaction temperature, the ammonia content on the N-doped TiO2 nano-catalytic activity has a great impact, with the increase in ammonia content in the catalytic activity of nano-TiO2 increased gradually. (3) NS thiourea content of Co-doped TiO2 nano-catalytic activity, with the increase of thiourea concentration of nano-TiO2 photocatalytic activity gradually increased. (4) study found that the preparation of N-doped nano-TiO2 as a white powder, while the NS Co-doped TiO2 nano-to-brown color. Co-doped TiO2 nano-NS than the N-doped TiO2 nano-high photocatalytic activity for degradation of omethoate rate. Keywords: TiO2, photocatalytic degradation, visible light, doped, omethoate,

Non-metallic ion-doped nano-titanium dioxide photocatalytic degradation of pesticides Abstract Organophosphorus pesticides in agricultural production of the pesticides most widely used one of the Pharmacy, as under certain conditions in the refractory and in animals can be characterized by deposition of organic phosphorus pesticide wastewater treatment in recent years, environmentalists have become the focus of the study. Represented by a nano-TiO2 photocatalytic oxidation technology to the use of atmospheric pressure at room temperature, sunlight catalytic oxidation of pollutants, and the product is generally carbon dioxide, water and other inorganic small molecule, does not have secondary pollution. However, nano-TiO2 larger band gap of only less than 388nm in the UV wavelength only catalytic performance, that is, the utilization of solar TiO2 only about 5%. In order to improve the nano-TiO2 on the utilization of sunlight so that it can in the visible range of organophosphorus pesticide degradation of waste water have a certain effect, this paper conducted the following studies: By hydrothermal synthesis at low temperatures, respectively, under the conditions of urea to ammonia and sulfur and nitrogen as nitrogen source, sulfur source was prepared N-doped, NS Co-doped TiO2 nano-doped after the use of modified nano-TiO2 below 400nm in the least squares UV irradiation on the iodine-tungsten lamp 10000 times diluted omethoate 40% degradation, the degradation rate was observed. The main conclusion of the study paper is as follows: (1) and TiO2 compared, N-doped, NS Co-doped TiO2 nanometer obvious visible activity under the visible light Omethoate degradation of pesticides has a good effect. (2) reaction temperature, the ammonia content on the N-doped TiO2 nano-catalytic activity has a great impact, with the increase in ammonia content in the catalytic activity of nano-TiO2 increased gradually. (3) NS thiourea content of Co-doped TiO2 nano-catalytic activity, with the increase of thiourea concentration of nano-TiO2 photocatalytic activity gradually increased. (4) study found that the preparation of N-doped nano-TiO2 as a white powder, while the NS Co-doped TiO2 nano-to-brown color. Co-doped TiO2 nano-NS than the N-doped TiO2 nano-high photocatalytic activity for degradation of omethoate rate. Keywords: TiO2, photocatalytic degradation, visible light, doped, omethoate,

苏州大学能源学院博士答辩顺序通常包括以下几个环节：1. 开场白：由主持人或院长介绍考官、论文作者和答辩嘉宾。2. 论文汇报：论文作者将自己的研究成果向考官汇报，并回答考官提问。3. 考官提问：各位考官依次对论文作者进行提问，问题主要涉及论文的研究内容、贡献、创新点等方面。4. 质询环节：由评委之外的观众向作者提出问题或对其论文进行评论。5. 答辩总结：作者对自己的研究成果进行总结，并感谢参与答辩的考官和嘉宾。不同学院的答辩顺序可能会略有不同，具体以苏州大学能源学院当前发布的答辩规定和程序为准。