Degree and Graduate School: Doctor of Northeastern University
Teaching situation
The courses taught include electroplating principle and technology, electroplating additives, performance test of electroplating solution and coating, design and selection of plating equipment, treatment of electroplating three wastes, new electroplating technology and process, rust prevention technology, electrochemical principle, electrochemical protection, anti-corrosion engineering design, research methods of corrosion and protection, material corrosion principle, material chemistry, experimental design and optimization.
Scientific research direction
1, development of new electroplating and electroless plating processes, new plating solutions, new additives and intermediates; Study on electroplating of nonmetallic materials: replacing decorative chromium, hard chromium and cyanide pollution process and plating solution development; Study on anodic oxidation process, sealing and coloring of aluminum. Research and development of pretreatment (degreasing and rust removal) and post-treatment (passivation and sealing) processes and chemicals for metal surface treatment.
2. Diagnosis and improvement of surface treatment process; Fault analysis and treatment of electroplating, electroless plating and anodic oxidation of aluminum; Design of electroplating production line, design and selection of plating equipment, improvement of electroplating and electroless plating technology.
3. Study on clean production of aluminum electroplating and anodic oxidation and recycling of bath solution.
4. Surface treatment of light metals (aluminum, magnesium, titanium and their alloys).
5. New painting technology; Development of dacromet coatings, anticorrosive coatings and waterborne coatings.
6. Preparation of ceramics (alumina, silica, titanium oxide, etc.)) Coating on metal surface.
7, corrosion inhibitor, antirust liquid and rust lubricant, etc.
8, metal, metal coating and coating corrosion detection and corrosion principle analysis.
9. Preparation and application of nano-metals, ceramics and their composite powders.
10, electrochemical protection of bridges, docks, ships and oil pipelines.
Technical achievements
1 formula and process of trivalent chromium passivation, natural color passivation, black passivation, blue-white passivation, zinc plating, nickel plating, copper plating protective agent or sealing agent, and antirust water for galvanized steel plate incision; 2. High corrosion-resistant sealant for anodic oxidation of aluminum and aluminum alloy: 3. Ceramic agent, silane pretreatment agent, chemical passivation and oxidant of aluminum, chromium-free anticorrosive coating pretreatment of aluminum alloy surface; 4. Multi-alloy coating replaces hard chromium plating; 5 cyanide-free imitation gold electroplating solution with high stability and wide process conditions; 6. Silane is used to treat metal products (iron, aluminum, magnesium and their alloys) instead of phosphating; 7 pyrophosphate copper plating solution, high stability and high plating speed; 8 pretreatment of green pollution-free NdFeB coating; 9 high stability and long life electroless copper plating solution; 10 medium temperature and high corrosion resistance acidic electroless nickel plating solution and nickel-phosphorus electroplating solution; 1 1 normal temperature degreasing solution; 12 strongly etches degreasing solution (under the condition of less oil), at the same time, it can inhibit acid fog and ensure the accurate size of parts. Multifunctional antibacterial film on aluminum surface; 14 nickel-based nano-powder composite electroplating and composite electroless plating; 15 rapid impurity removal agent for metal impurities in nickel plating solution (copper ions, zinc ions, iron ions and aluminum ions, which can simultaneously remove multiple metal ions and one metal ion); Direct electroless plating process of 16 aluminum and aluminum alloy parts.
Awards:
In 2006, my lecture "Electroplating Technology" won the provincial-level excellent course in Liaoning Province.
In 2006, he was awarded as the outstanding young backbone teacher of Shenyang Gong Li University.
In September 2008, the courseware "Metal Corrosion" made by qi zhou and Qin Nan won the third prize in the 9th Liaoning Education Software Competition. Certificate number: 2008LNG0 166.
20 10 won the second prize of the 4th Young Teachers' Teaching Basic Skills in May.
20 10 my major was rated as a specialty of applied chemistry.
20 1 1 an advanced individual who was awarded the job of college graduates in May.
Patents:
1 inventor (designer): qi zhou. Method of sealing pores of anodic oxide film of aluminum alloy with organic-inorganic composite silica sol [P]. Patent number: 20131014165438. Patent type: invention.
Inventor (Designer): qi zhou. A method for preparing silicon oxide ceramic coating on steel parts by electrophoretic deposition [P]. Patent number: 201210181478. Patent type: invention, patent application date: 20 12.06.
Inventor (Designer): qi zhou. The method of sealing the pores of anodic oxide film of aluminum alloy with silica sol [P]. Patent number: CN 102732934 A. Patent type: invention, patent application date: 20 12.06.05. Publication (announcement)No.: CN 102732934A, Publication (announcement) Date: 2012.10.17.