化学与化工学院
School of Chemistry and Chemical Engineering
西北工业大学化学与化工学院建于2019年11月，起源于1957年学校创建的化学纤维及塑料专业，是我国首批开展高分子科学与工程科学研究和人才培养的重要基地之一。先后历经材料系非金属材料科学与工程和普通化学专业、化学工程系、理学院应用化学系等发展阶段，形成了以化学、化工以及高分子材料等学科为主的人才培养体系，建成了多个高水平的科学研究和国际合作平台。化学与化工学院依托学校三航、材料、机械等优势工科，瞄准国家军民重大需求，努力建设以化学前沿基础科学问题为引领、以化工和高分子材料应用基础研究为主攻方向的理工融合、多学科交叉的高水平研究型学院。
The School of Chemistry and Chemical Engineering of Northwestern Polytechnical University was established in November 2019. It originated from the chemical fiber and plastics major established by the school in 1957. It is one of the first important bases for the development of polymer science and engineering scientific research and talent training in China.
The college has a first-level discipline doctoral program in chemistry, a second-level discipline doctoral program in materials science and materials processing engineering, a doctorate program in materials and chemical engineering; a first-level discipline master program in chemical engineering and technology, and a second-level master program in materials science and materials processing engineering. A master's degree in materials and chemical engineering. There are four undergraduate majors in molecular science and engineering (chemistry), polymer materials and engineering, chemical engineering and technology, and environmental science. Among them, polymer chemistry and physics and physical chemistry are key disciplines of the Ministry of Industry and Information Technology, and the discipline of chemistry entered in 2011 The top 1% of ESI, and the ranking is rising year by year.
In the past five years, the college has undertaken nearly 500 scientific research projects of various types, presided over more than 120 national-level projects such as key projects of the National Natural Science Foundation of China, major special projects, and key national defense projects, with a total of nearly 300 million yuan in funds.
School of Chemistry and Chemical Engineering Website: http://huaxue.nwpu.edu.cn/
附件 Attachment：
Supervisor List for 2022 Master Application School of Chemistry and Chemical Engineering.xlsx
重要提示 Notice:
1. 附件为化学与化工学院2022年专业信息表与可接收硕士的导师信息表。
The attachments are the Major List and the Spervisor List that can accept the Master students of the School of Chemistry and Chemical Engineering in 2022 Academic Year.
2. 请根据此表中导师的教师主页信息以及研究方向选择并联系与你研究方向一致或相似的导师，请不要群发邮件。
Please contact the supervisor according to the their researsh direction and Teacher Website Page information.
Do not send the MASS EMAIL.
3. 导师的邮箱域名为：@nwpu.edu.cn.
Please add: @nwpu.edu.cn after the email adress.
化学与化工学院硕士专业介绍
The Major Introduction for the School of Chemistry and Chemical Engineering
一、专业名称 Major：有机化学 Organic Chemistry
1. 专业核心课程名称 Core Courses:
高分子合成及其化学反应 Polymer synthesis and its chemical reaction
功能高分子材料 Functional polymer materials
高等物理化学 Advanced physical chemistry
高等有机化学 Advanced Organic Chemistry
现代仪器分析 Modern instrumental analysis
生物化学 Biochemistry
现代高分子化学前沿 Frontier of modern polymer chemistry
缀合化学 Conjugation chemistry
有机金属化学 Organometallic Chemistry
有机-无机杂化材料及其应用 Organic-inorganic hybrid materials and their applications
2、 研究方向及介绍 Research Direction and its introduction:
① 有机超分子化学 Organic supramolecular chemistry
超分子聚合物；超分子自组装；超支化超分子；金属基聚合物；多金属氧簇有机化学
Supramolecular polymer; Supramolecular self-assembly; Hyperbranched supramolecules; Metal based polymers; Organic chemistry of polymetallic oxygen clusters.
② 天然有机化学 Natural organic chemistry
基于天然产物（环状多肽和小分子活性组分）的化学生物学研究；生物高分子材料（蛋白质和多糖）的化学修饰及其功能调控；纳米生物医学材料的空间仿生合成、与细胞相互作用及调控规律
Chemical biology research based on natural products (cyclic peptides and small molecular active components); Chemical modification and functional regulation of biopolymer materials (proteins and polysaccharides); Space biomimetic synthesis, interaction with cells and regulation of nano biomedical materials.
③ 生物有机和绿色化学 Bio organic and green chemistry.
功能导向新药用材料的可控、高效、绿色设计合成理论和方法；绿色分离化学；生物活性小分子合成；荧光传感化学
Controllable, efficient and green design and synthesis theory and method of function oriented new medicinal materials; Green separation chemistry; Synthesis of bioactive small molecules; Fluorescence sensing chemistry.
④ 不对称合成 Asymmetric synthesis.
手性合成及分离化学；手性药物合成；手性高分子和超分子体系
Chiral synthesis and separation chemistry; Chiral drug synthesis; Chiral polymers and supramolecular systems
⑤ 不对称催化 Asymmetric catalysis.
手性催化剂的开发；手性催化剂的负载；手性催化机理；超分子手性催化
Development of chiral catalysts; Chiral catalyst loading; Chiral catalytic mechanism; Supramolecular chiral catalysis.
二、专业名称 Major：物理化学 Physical Chemistry
1. 专业核心课程名称 Core Courses:
高聚物的结构与性能 Structure and properties of polymers
高分子合成及其化学反应 Polymer synthesis and its chemical reaction
功能高分子材料 Functional polymer materials
高等物理化学 Advanced physical chemistry
高等有机化学 Advanced Organic Chemistry
高聚物的现代研究方法 Modern research methods of polymers
第一原理方法与应用 First principle method and Application
现代仪器分析 Modern instrumental analysis
分离化学 Separation chemistry
环境工程化学 Environmental Engineering Chemistry
生物化学 Biochemistry
生物医用高分子材料 Biomedical polymer materials
热分析动力学 Thermal analysis kinetics
光化学原理及应用 Photochemical principle and Application
应用电化学 Applied Electrochemistry
胶体与界面化学 Colloid and interface chemistry
现代高分子化学前沿 Frontier of modern polymer chemistry
有机-无机杂化材料及其应用 Organic-inorganic hybrid materials and their applications
2、 研究方向及介绍 Research Direction and its introduction:
① 功能材料体系物理化学 Physical chemistry of functional material system
功能材料物理与化学；微结构材料物理与化学；分子印迹聚合物与识别机理；功能离子液体
Physics and chemistry of functional materials; Physics and chemistry of microstructure materials; Molecularly imprinted polymers and recognition mechanism; Functional ionic liquid.
② 化学热力学与动力学 Chemical thermodynamics and kinetics
量子化学理论与计算方法；热化学数据的精确计算；应用量子化学；统计热力学与复杂系统的化学热力学；微观反应动力学方法与应用
Quantum chemistry theory and calculation method; Accurate calculation of thermochemical data; Applied quantum chemistry; Statistical thermodynamics and chemical thermodynamics of complex systems; Micro reaction kinetics method and its application.
③ 表界面化学与胶体化学、电化学 Surface and interface chemistry, colloidal chemistry and electrochemistry
杂化分子体系界面自组装；聚合物复合电解质；腐蚀与防护；摩擦腐蚀与防护化学
Interfacial self-assembly of hybrid molecular systems; Polymer composite electrolyte; Corrosion and protection; Friction corrosion and protective chemistry.
④ 超分子体系物理化学 Physical chemistry of supramolecular systems
超分子体系与分子识别；配位聚合物合成与设计，超分子自组装
Supramolecular system and molecular recognition; Coordination polymers, synthesis and design, supramolecular self-assembly.
⑤ 高分子体系物理化学 Physical chemistry of polymer system.
面向功能高分子、高性能高分子、杂化高分子、超分子体系、生物大分子体系、高分子耐候性的计算与模拟It is oriented to the calculation and Simulation of functional polymers, high-performance polymers, hybrid polymers, supramolecular systems, biological macromolecular systems and polymer weather resistance.
三、专业名称 Major：高分子化学与物理 Polymer chemistry and Physics
1. 专业核心课程名称 Core Courses:
Organic-inorganic Hybrid Materials
Synthesis and Characterization of Macromolecules
Advanced Organic Chemistry
Progress in Materials Processing
Introduction to Polymer Physics
Frontier of Modern Polymer Chemistry
The Progress of New Energy Material & Technology
Progress in Advanced Functional Materials
2、 研究方向及介绍 Research Direction and its introduction:
① 功能高分子化学 Functional polymer chemistry
高分子设计与合成；生物医用与可再生高分子；光电磁功能高分子；面向空间应用的高分子；面向能源与环境的高分子
Polymer design and synthesis; Biomedical and renewable polymers; Photoelectric magnetic functional polymer; Polymer for space applications; Polymer for energy and environment
② 高性能高分子 High performance polymer
高分子结构/功能设计与合成; 高性能树脂基体; 高性能工程塑料; 耐高温聚合物; 介孔泡沫聚合物
Polymer structure / function design and synthesis; High performance resin matrix; High performance engineering plastics; High temperature resistant polymer; Mesoporous foam polymer.
③ 超分子化学与物理 Supramolecular chemistry and Physics
超分子体系绿色合成；环糊精体系超分子自组装；超分子体系与分子识别；配位聚合物合成、设计与组装
Green synthesis of supramolecular system; Supramolecular self-assembly of cyclodextrin system; Supramolecular system and molecular recognition; Synthesis, design and assembly of coordination polymers
④ 高分子复合体系 Polymer composite system
先进树脂基复合材料与界面；高分子纳米复合体系；微纳复合材料结构与性能；有机/无机杂化高分子复合体系
Advanced resin matrix composites and interfaces; Polymer nanocomposite system; Structure and properties of micro nano composites; Organic / inorganic hybrid polymer composite system
⑤ 高分子控制成型 Polymer controlled molding
高性能树脂基复合材料控制成型；高性能工程塑料控制成型；有机无机杂化高分子复合体系控制成型；高分子体系流变与成型
Controlled molding of high performance resin matrix composite; Control molding of high performance engineering plastics; Controlled molding of organic-inorganic hybrid polymer composite system; Rheology and molding of polymer system
⑥ 高分子结构与性能Polymer structure and properties
高分子拓扑结构构筑与性质；高分子凝聚态结构与性能；超支化高分子结构与性能
Topological structure and properties of polymers; Structure and properties of polymer condensed matter; Structure and properties of hyperbranched polymers
四、专业名称 Major：化学工艺 Chemical Technology
1. 专业核心课程名称 Core Courses:
Frontier of Modern Polymer Chemistry
Synthesis and Characterization of Macromolecules
Advanced Organic Chemistry
Progress in Materials Processing
Introduction to Polymer Physics
The Progress of New Energy Material & Technology
Progress in Advanced Functional Materials
2、 研究方向及介绍 Research Direction and its introduction:
① 精细有机化学品的开发与应用 Development and application of fine organic chemicals
包括有机精细化学品的分子设计、合成及表征；新型催化剂载体材料的设计及制备技术；颗粒化学及应用技术；高效表面活性剂的合成与应用；石油化工和新型材料用各种助剂的合成工艺
The molecular design, synthesis and characterization of organic fine chemicals; design and preparation technology of new catalyst support materials; particle chemistry and application technology; synthesis and application of high efficient surfactants; the synthesis process of various auxiliaries used in petrochemical industry and new materials
② 能源技术与新材料的制备工艺 Energy technology and preparation process of new materials
包括能源化工基本问题研究与能源综合利用；电磁功能材料的设计、制备与表征；可再生能源技术和环境友好材料的研制；特定功能纳米材料的制备与应用
Research on basic issues of energy and chemical industry and comprehensive utilization of energy; design, preparation and characterization of electromagnetic functional materials; development of renewable energy technologies and environmentally friendly materials; preparation and application of specific functional nanomaterials
③ 绿色化学与特种功能材料合成工艺 Green chemistry and synthesis technology of special functional materials
包括绿色化学工艺；特种功能材料合成工艺；高聚物耐磨材料的制备工艺及原理；腐蚀与防护化学；聚合物合成工艺；分子杂化材料合成工艺
Green chemical technology; special functional material synthesis technology; preparation technology and principle of polymer wear-resistant materials; corrosion and protection chemistry; polymer synthesis technology; molecular hybrid material synthesis technology
五、专业名称 Major：应用化学 Applied Chemistry
1. 专业核心课程名称 Core Courses:
Frontier of Modern Polymer Chemistry
Synthesis and Characterization of Macromolecules
Advanced Organic Chemistry
Progress in Materials Processing
Introduction to Polymer Physics
The Progress of New Energy Material & Technology
Progress in Advanced Functional Materials
2、 研究方向及介绍 Research Direction and its introduction:
① 精细化学品的合成及应用 Synthesis and application of fine chemicals
包括新型有机、无机化学品的设计、合成与应用
Design, synthesis and application of new organic and inorganic chemicals
② 先进功能材料的设计合成与应用 Design, synthesis and application of advanced functional materials
包括光伏特性、电化学特性、耐摩擦特性、磁特性、生物相容性等功能材料的设计、合成与应用；有机、无机及有机-无机杂化材料的设计、合成与应用；多级、多孔材料，不同形貌的纳米材料及纳米复合材料的制备与应用研究
Design, synthesis and application of functional materials with photovoltaic, electrochemical, friction resistance, magnetic, and biocompatibility properties; design, synthesis and application of organic, inorganic and organic-inorganic hybrid materials; preparation and application of multi-level, porous materials with different morphologies and nanocomposites
③ 应用电化学与新型化学能源材料 Applied electrochemistry and new chemical energy materials
开展电化学储能及新能源领域相关关键材料研究，新型高能量、高功率电池等能源体系相关基础和应用基础研究
Research on key materials related to the field of electrochemical energy storage and new energy, as well as basic and applied basic research on energy systems such as new high-energy and high-power batteries
④ 化学分离与提纯 Chemical separation and purification
包括稀贵金属的分离与提纯；天然植物中有效成分的分离与提取；新型分子筛、离子交换树脂、分离膜的合成及性能
Separation and purification of rare and precious metals; separation and extraction of effective components from natural plants; synthesis and performance of new molecular sieves, ion exchange resins, and separation membranes
⑤ 应用量子化学 Applied quantum chemistry
量子化学在材料科学中的应用及分子设计；量子化学在化学热力学、化学动力学中的应用；化学精度的高级量子化学模型计算方法
The application of quantum chemistry in materials science and molecular design; the application of quantum chemistry in chemical thermodynamics and chemical kinetics; the calculation method of advanced quantum chemistry model with chemical precision
⑥ 环境化学 Environmental Chemistry
包括环境分析与监测化学；环境污染化学工程学；环境污染控制与保护化学
Environmental analysis and monitoring chemistry; environmental pollution chemical engineering; environmental pollution control and protection chemistry
六、专业名称 Major：材料加工工程 Material Processing Engineering
1. 研究方向 Research Direction:
高分子及其复合材料加工Processing of polymer and Its Composites
2. 专业介绍 Major Introduction:
主要研究：高聚物多相体系的流变行为、热固性树脂及其塑料的固化模型、复合材料新型加工方法及其理论、难加工高聚物的特种加工方法及其理论。
It focuses on rheological behavior of multiphase polymer systems, curing models of thermosetting resins and their plastics, new processing method and theory of composite materials,special processing methods and theory of difficult-to-process polymers.
3. 专业核心课程名称 Core Courses:
材料科学与工程 Materials Science and Engineering
凝固技术 Solidification Technology
复合材料基础 Fundamentals of Composites
固相焊接 Solid-State Welding
高温合金 Superalloys
纳米合金 Nanoalloy
材料电子显微和分析 Electron Microscopy and Analysis for Materials
碳碳复合材料 Carbon-carbon Composites
材料物理 Materials Physics
高温材料的表面防护与涂层技术 Surface Protection and Coating Technique for High-temperature Materials
碳材料介绍 Introduction to Carbon Materials
纳米结构材料与纳米技术 Nanostructured Materials and Nanotechnology
材料计算建模与设计 Computational Materials Modelling and Design
半导体的物理和材料特性 Physics and Materials Properties of Semiconductors
熔体特性与熔体生长技术 Melt Characteristics and Melt Growth Techniques
4. 有无先修课程 Whether has the Prerequisite Courses: 有 Yes
材料科学与工程 Materials Science and Engineering
先修课程 Prerequisite Courses：高等数学、物理化学、材料力学；
高温合金 Superalloys
先修课程 Prerequisite Courses：Fundations of Material Science
碳碳复合材料 Carbon-carbon Composites
先修课程 Prerequisite Courses：Fundamentals of Materials Science，Physical chemistry；
材料物理 Materials Physics
先修课程 Prerequisite Courses：Physics/Chmistry/Fundations of Materials Science/Physical Properties of Materials
材料计算建模与设计 Computational Materials Modelling and Design
先修课程 Prerequisite Courses：Fundamentals of Materials Science
半导体的物理和材料特性 Physics and Materials Properties of Semiconductors
先修课程 Prerequisite Courses：半导体物理
熔体特性与熔体生长技术 Melt Characteristics and Melt Growth Techniques
先修课程 Prerequisite Courses：Fundamentals of Materials Science
七、专业名称 Major：材料学 Material science
1. 研究方向 Research Direction:
金属材料 Metal Materials
无机非金属材料 Inorganic Materials
复合材料Composite Materials
功能材料 Functional Materials
材料的组织结构与性能 Materials Structure and Performance
材料的腐蚀科学与表面技术 Corrosion Science and Surface Technology of Materials
2. 专业介绍 Major Introduction:
主要研究：新型金属材料及其设计、有色金属材料、高温合金与难熔金属、稀有金属材料、生物医用材料、环境材料；陶瓷材料、先进碳材料、特种陶瓷及玻璃、半导体材料、耐火材料、涂层材料；陶瓷基复合材料、碳/碳复合材料、金属基复合材料、树脂基复合材料；光电子材料与器件、晶体生长原理与方法、光学材料、薄膜材料、纳米材料、能源材料；材料的力学性能、材料的物理化学性能、材料的环境效应、材料的环境效应、单晶、非晶及微晶材料、先进分析、测试及表征技术、材料基因工程；材料表面结构与性质、表面损伤及防护原理、表面防护与改性技术、工程结构环境耐久性与寿命预测、表面防护新材料与新技术、腐蚀机理、诊断与控制。
It focuses on new metal materials and design、non-ferrous materials、high temperature alloy with refractory metal rare metal material、biomedical materials、environmental materials，ceramic Materials,advanced Carbon Materials,Special Ceramics and Glass,List of semiconductor materials,Refractory materials,Coating material，ceramic matrix composite,C/C matrix composite,metal matrix composite,resin matrix composite，photoelectrons materials and devices、principles and methods of crystal growth、optical materials、thin film materials、nanomaterial、energy material，mechanical properties of materials,physical chemistry properties of materials,environmental effects of materials,single crystal, amorphous and microcrystalline materials,advanced analysis, testing and characterization techniques,genetic engineering of materials，surface structure and properties of materials, surface damage and protection principle, surface protection and modification technology, environmental durability and life,prediction of engineering structures, new materials and technologies for surface protection, corrosion mechanism, diagnosis and control.
3. 专业核心课程名称 Core Courses:
材料科学与工程 Materials Science and Engineering
凝固技术 Solidification Technology
复合材料基础 Fundamentals of Composites
固相焊接 Solid-State Welding
高温合金 Superalloys
纳米合金 Nanoalloy
材料电子显微和分析 Electron Microscopy and Analysis for Materials
碳碳复合材料 Carbon-carbon Composites
材料物理 Materials Physics
高温材料的表面防护与涂层技术 Surface Protection and Coating Technique for High-temperature Materials
碳材料介绍 Introduction to Carbon Materials
纳米结构材料与纳米技术 Nanostructured Materials and Nanotechnology
材料计算建模与设计 Computational Materials Modelling and Design
半导体的物理和材料特性 Physics and Materials Properties of Semiconductors
熔体特性与熔体生长技术 Melt Characteristics and Melt Growth Techniques
4. 有无先修课程 Whether has the Prerequisite Courses: 有 Yes
材料科学与工程 Materials Science and Engineering
先修课程 Prerequisite Courses：高等数学、物理化学、材料力学；
高温合金 Superalloys
先修课程 Prerequisite Courses：Fundations of Material Science
碳碳复合材料 Carbon-carbon Composites
先修课程 Prerequisite Courses：Fundamentals of Materials Science，Physical chemistry；
材料物理 Materials Physics
先修课程 Prerequisite Courses：Physics/Chmistry/Fundations of Materials Science/Physical Properties of Materials
材料计算建模与设计 Computational Materials Modelling and Design
先修课程 Prerequisite Courses：Fundamentals of Materials Science
半导体的物理和材料特性 Physics and Materials Properties of Semiconductors
先修课程 Prerequisite Courses：半导体物理
熔体特性与熔体生长技术 Melt Characteristics and Melt Growth Techniques
先修课程 Prerequisite Courses：Fundamentals of Materials Science
