Lihong Su, PhD | Editor | SciTechnol | Journal of Nanomaterials

Lihong Su, PhD

Editorial Board Member

School of Science
Northwestern Polytechnical University, China

Contact Lihong Su, PhD

Department / University Information


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]., 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.

Research Interest

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. 

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