Job Overview
More Information
- Address Xi'an, China
- Qualification PhD
(floating station) first-level discipline | secondary discipline | tutor’s name | research direction | mailbox |
Light Industry Technology and Engineering | Leather Chemistry and Engineering | Ma Jianzhong | Design and synthesis of waterborne polymers; Key technologies for organic/inorganic nanocomposites; Industrialization of textiles for textiles | [email protected] |
Leather Chemistry and Engineering | Wang Xuechuan | Light textile auxiliaries | [email protected] | |
Leather Chemistry and Engineering | Bao Yan | Research on organic/inorganic nanocomposite functional chemicals; Synthesis of green polymer chemicals and interaction with collagen fibers | [email protected] [email protected] | |
Leather Chemistry and Engineering | Zhou Jianhua | Synthesis and application of functional polymer materials; preparation and application of nanomaterials; development and application of light chemicals and textile auxiliaries | [email protected] | |
Leather Chemistry and Engineering | Qiang Taotao | Functional Materials | [email protected] | |
Pulp and paper engineering | Li Zhijian | Paper-based materials technology (anti-counterfeiting technology, fiber structure, aging behavior, printability and graphic information research); Energy power and environmental engineering technology (biomass energy, paper mill thermal energy saving and carbon emission reduction, industrial wastewater treatment research) | [email protected] | |
Pulp and paper engineering | Zhang Meiyun | New technology for pulp and paper; research and development of high-performance paper-based functional materials | [email protected] | |
Pulp and paper engineering | Ni Yonghao | Cellulose-based (nano) functional materials, lignin chemistry and materials, and comprehensive utilization of biomass | [email protected] | |
Pulp and paper engineering | Li Kecheng | Preparation of nanocellulose; functionalized material of nanocellulose; biomass carbon-based electrode material | [email protected] | |
Pulp and paper engineering | Xu Yongjian | Biomass-based composite functional material | [email protected] | |
Pulp and paper engineering | Zhang Sufeng | Fiber functional materials and nanocomposites | [email protected] | |
Pulp and paper engineering | Li Xinping | Plant Fiber Resources Chemistry and Materials | [email protected] | |
Pulp and paper engineering | Sun Deqiang | Packaging system structure, performance and design | [email protected] | |
Pulp and paper engineering | Lu Zhaoqing | High performance fiber and paper based functional materials | [email protected] | |
Materials Science and Engineering | Materials science, Material Physics and Chemistry |
Huang Jianfeng | Nanomaterials, composite materials, energy materials, functional materials | [email protected] |
Materials science, Material Physics and Chemistry |
Cao Liyun | Composite materials, nano materials, energy materials, functional materials | [email protected] | |
Materials science, Material Physics and Chemistry |
Wang Xiufeng | 3D printing ceramic materials and equipment, sensing materials and devices, display materials and devices | [email protected] | |
Materials science | Yang Yanling | Nano energy materials | [email protected] | |
Material Physics and Chemistry | Xu Heshe | Semiconductor optoelectronic materials and devices | [email protected] | |
Material Physics and Chemistry | Ma Shufang | Semiconductor optoelectronic materials and devices | [email protected] | |
Material Physics and Chemistry | Du Gaohui | Energy functional materials | [email protected] | |
Material Physics and Chemistry | Su Qingmei | Energy functional materials | [email protected] | |
Material Physics and Chemistry | Wang Zhuo | Dielectric material | [email protected] | |
Material Physics and Chemistry | Wang Chengbing | Surface engineering | [email protected] | |
Materials science, Material Physics and Chemistry |
Ge Wanyin | Two-dimensional layered nanomaterials and nanodevices | [email protected] | |
Materials science, Material Physics and Chemistry |
Song Haojie | Nano-lubricating material | [email protected] | |
Chemical engineering and Technology | Chemical Engineering,
Chemical Process, Applied Chemistry, Functional Polymer Chemistry and Technology |
Zhang Guanghua | Synthesis and macromolecularization of fine organic functional chemicals; synthesis and application of functional polymer materials and auxiliaries; chemical modification and functionalization of natural biomacromolecules | [email protected] [email protected] |
Chemical Engineering,
Chemical Process, Applied Chemistry, Functional Polymer Chemistry and Technology |
Shen Yiding | Research on papermaking auxiliaries; research on petroleum auxiliaries;research on water-based adhesives; research on water-based coatings | [email protected] | |
Chemical Engineering,
Chemical Process, Applied Chemistry, Functional Polymer Chemistry and Technology |
Li Xiaorui | Research on papermaking auxiliaries;research on petroleum auxiliaries;research on water-based adhesives;research on water-based coatings | [email protected] | |
Applied Chemistry | Ma Yangmin | Plant resource chemistry;Fungal chemistry;Organic synthetic chemistry | [email protected] | |
Chemical Engineering,
Chemical Process, Applied Chemistry, Functional Polymer Chemistry and Technology |
Liu Zhaotie | Low-carbon alkane, greenhouse gas CO2/CH4 catalytic conversion, fluorine-containing polymer synthesis and catalytic reaction in a supercritical fluid green medium. | [email protected] | |
Chemical Engineering,
Chemical Process, Applied Chemistry, Functional Polymer Chemistry and Technology |
Zhou Youping | Chemical Biology 2. Isotopeomics; Stable Isotope Environmental Proteomics | [email protected] | |
Applied Chemistry | Shi Yongmin | Oil and gas field development, energy safety and environmental protection, petroleum engineering, fracturing fluid, oil displacement agent, water shutoff profile control agent | [email protected] | |
Applied Chemistry | Yao Tuanli | A new synthetic method for the development of important heterocyclic compounds ;Synthesis of biologically active small molecule libraries for research and development of new drugs and generic drugs | [email protected] | |
Chemical Engineering,
Chemical Process, Applied Chemistry, Functional Polymer Chemistry and Technology |
Fei Guiqiang | Basic research on synthesis and application of functional specialty paper polymer auxiliaries; development and application of high performance oilfield chemicals; development and application of waterborne polymer coatings | [email protected] | |
Chemical Engineering,
Chemical Process, Applied Chemistry, Functional Polymer Chemistry and Technology |
Wang Haihua | Inorganic/polymer composites; research on composite conductive materials; synthesis of functional polymer chemicals;biomass raw materials based on biomass platforms | [email protected] | |
Chemical Engineering,
Chemical Process, Applied Chemistry, Functional Polymer Chemistry and Technology |
An Qiufeng | Synthesis, application and basic theoretical study of functional silicone materials and additives; preparation and application of nano/silsesquioxane hybrid organic fluorine emulsion waterproofing agent; synthesis and application of nano-hybrid fluorosilicon antifouling anti-fingerprint resin | [email protected] | |
Chemical Engineering,
Chemical Process, Applied Chemistry, Functional Polymer Chemistry and Technology |
Tong Jianbo | Synthesis and application of functional materials and additives; computer-aided molecular design, synthesis and related chemometrics research and application; development and application of related technologies for fossil energy clean utilization | [email protected] |