关于化工与制药专业论文摘要

学科专业：药学1977－1981年就读于南京中医药大学，获医学学士学位，为“文革”后恢复高考制度首届本科毕业生。1994年晋升为副主任药师，2001年晋升为主任药师。2002年10月获中华人民共和国执业药师的注册资格。2003年起任徐州师范大学化学化工学院制药工程专业教授。2006年被评为徐州师范大学本科生毕业论文优秀指导教师。兼任江苏省中医药学会理事会理事，江苏省中医药学会“新药研制与开发专业委员会”委员，徐州市医学会医疗事故技术鉴定专家库成员。近几年来，主持完成了校级重点项目《中药及其易混淆品种的指纹图谱鉴定研究》及《药理学实验教学研究》课题。参与了国家“十一五”科技支撑项目《中药炮制共性技术及相关设备》、江苏省中医药管理局重点项目《止痛痔疮栓的临床研究》、江苏省教育厅自然科学基金项目《近红外光谱相似度与中药药效相关性研究》等课题的研究。在省级以上刊物上发表中药学术论文三十余篇。其中发表于核心期刊和被国家级权威期刊《中国药学文摘》摘引收藏的近十篇；另有一篇获全国现代医学科技优秀论文一等奖，一篇获徐州市自然科学优秀学术论文二等奖。研究领域和兴趣多年来一直从事中药鉴定及药物分析研究工作。主要研究方向为中药易混淆品种的鉴定研究，中药挥发油的化学成分分析,中药及中药制剂的质量控制标准研究。

The nitrogen oxide (NOx) on the ecological environment and human health cause great harm, become the environment one of the major [14] including NOx industrial waste gas commonly used denitration method has absorption method, oxidation-absorption method and adsorption This design for pharmaceutical factory emissions including NOx waste gas oxidation degree under the conditions of low, the characteristics of emissions, the gas phase catalytic oxidation-alkali liquor absorption method for the process This design processes include NOx in water and waste gas oxidation, two level absorption tower absorption NOx emissions in NaNO2 by-products of purification and NaNO3 of purification three Among them, the oxidation in addition to water absorbent choose activated carbon, choose ZSM-5 molecular sieve catalyst, the absorption tower packed tower, absorbing liquid with NaOH Results: after two level absorption tower absorption processing, eventually NOx emissions export concentration of 14 mg/m3, discharge flow of 256 kg/h, less than a country NOx emissions standards (GB16297-1996) : more than 15 mg/m3 concentration, 40 m air flow line than 4 kg/ Absorbing liquid by a simple processing can have to have certain economic value by-products NaNO1 t/a, and NaNO7 t/ (yield), total operation cost is 5553 million yuan/year, by-products benefits for 1658 million yuan/year, the actual operation cost 389500 yuan 嘻嘻，这很简单呀~。我翻译完了。。

Chemical oxygen demand (COD), it is to point to in certain conditions, with strong oxidant treatments in water consumed by the amount of antioxidant, oxygen mg/L Chemical oxygen demand (cod) reflects the water by reducing the Water is organic pollution is very common, thus chemical oxygen demand (cod) as well as the indexes of the relative contents of organic The determination of COD methods are classified into dichromate method and potassium permanganate method at present, pollution monitoring using dichromate method (COD) unified monitoring methods for (hereinafter referred to as the standard method), its basic principle in strong acid solution, with a certain amount of dichromate in water reducing (will) oxidation, organic matter is mainly the excessive dichromate try to do, use spirit ferrous ammonium sulfate, according to the dosage of the water consumption is reducing the amount of oxygen This has high reliability and repeatability, etcThe standard method to completely, heating, for the timely backflow 2h need the data and large sample, will be determined and the time limit of CODcr rapid determination method is put forward, Fefis its basic principle and method of standard, the method presented in this paper is using sulfuric acid reflux, 250ml use do media devices, reaction temperature and reaction solution acidity, shorten the smell, improve the analysis when backflow through experiment and measurement The standard method, with no significant differences exist, there is no system