Fine Chemistry

The essay introduces the application of Cyanuric chloride in fine chemistry: dyestuff, pesticide, chemical auxiliary, medicine and so on.

前言：介绍了三聚氯氰在染料、农药、化学助剂、医药等精细化工领域中的应用。

Pilot-scale Study on Treatment of Fine Chemistry Wastewater with Physiochemical/ Biochemical/ Physiochemical Process

物化生化物化工艺处理精细化工废水的中试

This reform must take into consideration the characteristics of the fine chemicals chemistry and meanwhile attach importance to the critical role of the teacher.

这一改革应根据精细化学品化学的特点，同时重视发挥教师的关键性作用。

Based on the trend mentioned above, the relation of catalytic oxidation in the synthesis of fine chemicals and green chemistry/ atom economy was described. The development of catalytic oxidation shows great promise in the manufacture of fine chemicals.

根据这一趋势，综述了在精细有机合成中催化氧化与绿色化学以及原子经济性的关系，对催化氧化反应的发展前景进行了展望。

A pilot-scale test was conducted on treatment of wastewater from a fine chemistry plant by the "Coagulation and Floatation+ Suspended Carrier-added A/ O Biotreatment+ Catalytic Iron Inner-electrolysis+ Coagulation and Sedimentation" process, and the treatment efficiency was investigated.

采用混凝气浮+悬浮填料A/O+催化铁内电解+混凝沉淀工艺处理某精细化工废水，考察了其处理效果。

The Application of Cyanuric Chloride in Fine Chemistry

三聚氯氰在精细化工领域中的应用

Synthetic and Technological Study of Zeatin and Several Intermediates of Fine Chemistry

玉米素以及几个精细化工中间体的合成与工艺研究

Study on teaching manner of combining fine chemicals with inorganic chemistry

无机精细化工与无机化学教学相结合的教学方法的探讨

Application of Turpentine in Fine Chemistry

松节油及其精细化学利用

Piperazine that can be used in many fields is one of the important intermediates in Fine Chemistry.

哌嗪是一种重要的染料中间体，具有广泛用途。

The development of the CAI courseware for fine chemistry engineering

《精细化工》CAI课件的开发

Study of Teaching Innovation about Fine Chemistry

精细化学品化学教学改革探讨

With the explosive growth of market economy, there is ever an increasing demand for small-lot, varied and high value-added products that produced in batch processes of fine chemistry and pharmaceutical industries.

随着市场经济的发展，追求生产小批量、多品种、高附加值产品成为一种趋势，因此，在精细化工和制药等领域越来越多地采用了间歇生产工艺。

A review is given on current status and development direction for Zhejiang fine chemistry in new fields such as food additives, feed additives, industrial surfactants, adhensives, papermaking chemical products, electronic and oil-field chemical products.

介绍了浙江省食品添加剂、饲料添加剂、工业表面活性剂、粘合剂、水处理剂、皮革化学品、造纸化学品、电子化学品和油田化学品等新领域精细化工产品的生产规状及发展方向。

Circular Economy Promotes the Development of Fine Chemistry

循环经济助跑精细化工

Catalytic Oxidation of Fine chemicals and Green Chemistry

精细化学品的催化氧化与绿色化学

Although I've never worked in fine chemistry companies, the two-year experience in a pharmaceutical company has made me a qualified customer service representative who can meet the high standards.

虽然我从来没有从事精细化工公司的工作经历，制药公司但是两年经验使我取得了客户服务代表应具备的高标准素质。

Nonionic surfactant gives enormous stimulus to the field of fine chemistry and surfactant.

非离子表面活性剂的研究在精细化工领域及表面活性剂体系中占有重要地位.

To raise students' fine chemistry thought quality;

培养学生优良的化学思维品质；

Despite the current demand is insufficiency, but in the long run, the industry of phosphor fine chemistry industry has a good foreground of market.

并通过对市场需求情况的预测，从长远发展来看，精细化工行业的磷酸盐行业国内市场需求和国际市场需求前景看好，但近期需求不足，市场环境既有机遇也存在挑战。

The hydrazobenzene compounds are important materials of fine chemistry and intermediates of organic synthesis, widely used in medicines and dyes industry.

氢化偶氮苯类化合物是重要的精细化工原料及有机合成中间体，在染料工业、医药工业等领域具有广阔的应用前景。

Current Status and Development Direction of Zhejiang Fine Chemistry in New Fields

浙江省新领域精细化工的现状及发展方向

It is widely used in textile, paper making, food, feeding, found, fine chemistry, medicine, timbering, petroleum and so on.

它广泛地应用于食品、纺织、造纸、饲料、铸造、精细化工、医药、建材、石油钻井等诸多领域中。

Course reform and practise in teaching "fine chemicals chemistry"

“精细化学品化学”课程教学改革与实践

This paper discussed the design idea about the design experiment of fine chemistry in order to strengthen students'ability to innovate, analyze and solve problems.

以全面培养学生综合分析问题、解决问题、创新能力为目标，对精细化工设计性实验的设计理念进行探索。

They will benefit the development of new material, exploitation and utilization of new sources of energy, petrochemical industry, exploitation of new products and process change in fine chemistry.

它的研究对于新材料的研制、新能源的开发利用、石油化工、精细化工新产品的开发与工艺变革等都具有重大意义，近年来，世界发达国家对金属配位聚合物的研究都十分重视。