构建精细化工教学新模式,培养创新型综合型人才

论述了民族院校开设精细化工课程的重要意义,并探讨了精细化工课程在教学中如何根据民族院校的特点,选择有关的教学内容及实验教学内容,同时对精细化工课程及精细化工实验的教学方法的改革进行了探讨。     

构建精细化工教学新模式,培养创新型综合型人才

论述了民族院校开设精细化工课程的重要意义,并探讨了精细化工课程在教学中如何根据民族院校的特点,选择有关的教学内容及实验教学内容,同时对精细化工课程及精细化工实验的教学方法的改革进行了探讨。     

“材料科学与工程”思想的培养及研究

＂材料科学与工程＂学科是一门很有思想的学科。本文以宁夏大学机械工程学院为例,从科研、社会服务两方面叙述和研究了如何培养师生的＂材料科学与工程＂的思想。     

Evaluation of cathode material properties relevant to the life of Hall-Heroult cells

Proper start-up procedures and operation are extremely important for a satisfactory life of an aluminium reduction cell, but the thermomechanical and chemical properties of cathode materials relative to the design of the lining may lead to failure in an otherwise normally operated cell. The producers of cathode materials (carbon blocks, ramming paste, firebricks and insulation) usually characterize their materials well with respect to room temperature properties but it is also important to have a good understanding of materials properties under actual start-up and electrolysis conditions. Towards this goal we have adapted, improved or developed test methods which we consider important as design tools as well as for quality control of the materials. Examples of materials properties and designs that may lead to failures are given.Paper presented at the meeting on Materials Problems and Material Sciences in Electrochemical Engineering Practice organised by the Working Party on Electrochemical Engineering of the European Federation of Chemical Engineers held at Maastricht, The Netherlands, September 17th and 18th 1987.     

Problems in the Development of Efficient Biotechnology for the Synthesis of Valuable Components from Microalgae Biomass

Theoretical Foundations of Chemical Engineering - In recent decades, active research has been under way to find alternative sources of renewable raw materials for the production of valuable...     

振动流化床干燥装置性能研究(Ⅱ)——物料的运动状况

以高粱为实验物料,在前文(1)所述的振动流化床中研究颗粒物料的运动状况,着重讨论了振动参数对物料平均停留时间及有效扩散分数的影响,并进行了数学模拟。     

Intercalation Assembly Method and Intercalation Process Control of Layered Intercalated Functional Materials

Layered intercalated functional materials of layered double hydroxide type are an important class of functional materials developed in recent years. Based on long term studies on these materials in the State Key Laboratory of Chemical Resource Engineering in Beiiing University of Chemical Technology, the orinciole for the design of controlled intercalation processes in the light of tuture production processing requirements has been developed. Intercalation assembly methods and technologies have been invented to control the intercalation process for preparing layered intercalated materials with various structures and functions.     

Methods for High-Purity Aluminum Oxide Production for Growth of Leucosapphire Crystals (Review)

Theoretical Foundations of Chemical Engineering - Methods for the preparation of raw materials to produce leucosapphire are considered. It is shown that the main directions in the production of...     

Photopolymer Coatings for the Optic Fiber Systems JSC

Theoretical Foundations of Chemical Engineering - The results of developing the compositions of photocurable materials for the creation of protective two-layer coatings for optic fibers are...     

Development of Electrode Nanomaterials for Alkaline Water Electrolysis

Theoretical Foundations of Chemical Engineering - Energy-efficient bimetallic electrode nanocomposite materials for membrane electrode assemblies for alkaline water electrolysis (AWE) have been...     

Applying the Extraction–Pyrolysis Method to Modify Functional Materials Based on Metal Oxides

Theoretical Foundations of Chemical Engineering - The modification of functional materials with rare-earth elements (REEs) for different purposes by the low-temperature extraction–pyrolysis...     

Removal of Suspended Solids and Petroleum Products from Aqueous Media

Theoretical Foundations of Chemical Engineering - Helical filter elements and a fibrous material based on basalt wool have been studied as potential filtering materials for removing solid...     

Nanomodified textile materials with biocidal properties: Development and pilot testing of manufacturing technology

Theoretical Foundations of Chemical Engineering - The results of a study aimed at developing a method and technology for modifying textile materials with nanosized silver particles have been...     

可加工陶瓷材料的研究进展

工程陶瓷以其优异的性能得到了广泛的应用，但由于其固有的脆硬性，使其难以加工，阻碍了其应用范围的扩大，通过陶瓷自身显微结构设计来增加陶瓷材料的可加工性是解决陶瓷难加工问题的关键。本文简要介绍了陶瓷可加工性与弱界面设计的关系和可加工陶瓷的研究进展。     

Evaluation of Supercritical Fluid Extraction Model Parameters by Monte-Carlo Methods

Theoretical Foundations of Chemical Engineering - The problem of evaluation of model parameters for supercritical fluid extraction of oil from ground plant materials with high initial oil contents...     

Material problems in electrowinning of aluminium by the Hall-Heroult process

An overview is given for the process and constructional materials used in the molten salt electrolysis of aluminium by the Hall-Héroult process. Carbon materials, which constitute the anode, the cathode and the side lining, have been and are still the universal front or hot face materials in the electrolytic cell. A comment is made on the various types of anode and on the attempts to substitute the anode carbon by non-consumable ceramic oxide artefacts. The metallic electrical conductors and their joints play an important role in the design and operation of the cells. In this context particular attention is paid to the properties and behaviour of steel as a material for passing the electrolytic current into the anode and cathode up to temperatures of about 950°C.Paper presented at the meeting on Materials Problems and Material Sciences in Electrochemical Engineering Practice organised by the Working Party on Electrochemical Engineering of the European Federation of Chemical Engineers held at Maastricht, The Netherlands, September 17th and 18th 1987.     

Modeling and Optimization of Chemical Engineering Processes and Systems

Articles prepared based on the materials of the American-Russian Chemical Engineering Scientific School “Modeling and Optimization of Chemical Engineering Processes and Systems”, which was held at Kazan National Research Technological University on May 23?25, 2016, have been reviewed. The development and application of modern simulation and optimization methods for solving the problems of designing, managing, and studying chemical engineering processes and systems for using rationally energy and raw materials, ensure safety and protection of the environment, and provide sustainable development are discussed.     

The Technological Basis for Extraction of Arsenic from Various Raw Materials

Theoretical Foundations of Chemical Engineering - The fundamentals of the technology to extract elemental arsenic from various raw materials, taking environmentally friendly treatment processes...     

Properties of Corundum-Zirconia Materials Prepared by Self-Heating in an Shf Electromagnetic Field

Engineering components made of high-temperature structural ceramics using traditional technologies may show instability of properties because of the occurrence of imperfections, especially at the interphase boundaries. Development of new techniques for the synthesis of high-melting oxide materials that would allow effective control over the condition of the grain boundary phase in polycrystalline materials is at present an issue of major concern.     

The processing of leucoxene concentrate and obtaining of products and materials on its basis

Theoretical Foundations of Chemical Engineering - Ways to process the leucoxene concentrate of the Yaregskii oil-titanium field with further obtaining of different substances and materials on its...