Research field Extensive experiment in Material science and Chemical-Engineering with emphasis on: Research field include: Nanometer powder preparation, application. Main research filed series of NTC semicondutor nanometre powder, Polymer and nanometer powder composite. The nanometer scale theory on nanometer material. Education:   PhD.    Material Science and Engineering,  Northwestern Polytechnical University,  2005. M.S     Chemical-Engineering,           Northwestern University,               1997. B.S     Chemical-Engineering,           Northwestern University,               1992. Work experience: 2019-present as a professor in Dongguan Integration Innovation Institute. 2008-present, as an Associate-professor work at college of chemistry and chemical-engineering Northwestern Polytechnical University. 1997-2000, as a Lecturer work at department of chemical-engineering, Northwestern Polytechnical University. 1992-1994, as an assistant Engineer work at Xi’An Fine Chemical Factory.   EXPERIENCE Journal of Nanomaterials & Molecular Nanotechnology,  Eitorial Board Member. International Journal of Nanoparticles & Nanotechnology        Eitorial Board Member      2018.9                                                     Material research society               Member                 2012-2014 Published  Books：《Chemical Reaction Engineering》Press of northwestern polytechnical university. 2012，first edition. Member of American MRS,ACS, Europe composite material society et al. 2012 MRS FALLING MEETING TT9 Chairman.    PUBLICATIONS Representative of papers include: Journal Publications: Su.Lihong. et al. Hybrid Graphene Oxide and NTC Semiconductor Material Absorbs and Transform Light Energy via a Novel SurfaceNanoscale Plasmon Mechanical[J].Plasmonic. vol11, 2016.  Su.Lihong. et al. Piezochromic Phenomena of Nanometer Voids Formed by Mono-Dispersed Nanometer Powders Compacting Process[J]. PLoS One. 2013; 8(10): e72964. Su.Lihong. et al. A New Expander Mechanism of an Infrared Laser Based on Different Nanometre Quantum Dot Particles[J]. J Nanomater Mol Nanotechnol. Vol6. 2017 Su.Lihong. et al. Development and Applications of Nano-Powder Patents ---- A Review in Patents[J]. Recent patent on nanotechnology, vol3, 2011 Su.lihong et al. The Mechanism Research on Agglomeration and dispersion of nanometer powder [e]. www.paper.edu.cn, 2007. August. PATENTS AND APPLICATION Applied 15 invent patents, As the First inventor. Represent patents: 1. CN201710088404.4, A new NTC semiconductor Nano-powder phosphor excitation spectra of modulation method. 2. CN201510328913.0, Hybrid Graphene with NTC semiconductor oxide solar energy-absorbing materials and preparation method 3. CN201710167622.7, Powder preparation of high-temperature thermal decomposition of the air impulse processing method and device. REVIEWER FOR JOURNAL/TECHNICAL CONFERENCES Reviewer of Journal of Material Research Reviewer of Journal of applied polymer Science. Reviewer of Journal of New Materials for Electro chemical Systems. Reviewer of Journal of electro-ceramics. Reviewer of  ICCE-13,14,15,16,17. Chairman Reviewer of Micro&nano letter Reviewer of Europe Chemical-Engineering conference.

Dr. Lihong Su's research interests focus on: Nanometer powder research Function ceramics. Energy material research Li-ion battery Polymer synthesis    

1. What makes an article top quality? 

Response: Originality.

2. Do you think that journals determine research trends?

Response: Yes.

3. What makes a good position paper?

Response: Science analysis method and experiment process.

4. What are the qualities you look for in an article?

Response: Experiment data and theory analysis.

5. Can you give us a broad indication of the types of themes a scientific journal should cover?

Response: Nanometer film material \mixture microstructure particle. 

6. What sorts of research methods and frameworks do you expect people to use, and how will they balance conceptual and applied research?

Response: Equipment analysis data, correct principle.

7. How would you describe the journal’s mission and editorial objectives to our readers?

Response: Publish the new experiment phenomena and new assume mechanical of process.

8. Are there any particular areas which you would like to see, or expect to see, collaborate?

Response: Nanometer microstructure.

9. How can a publisher ensure the authors/readers a rigorous peer review and quality control?

Response: The familiar of field is key to this question.

10. What do you see as the merits of journals, as opposed to book series, as a means of scholarly communications?

Response: More faster publish new viewpoint and experiment.

11. How do you differentiate Journal of Nanomaterials & Molecular Nanotechnology with other journals in the field?

Response: Nanometer microstructure articles should be publish more in future.