Rights and Responsibilities

1. Enjoy the right to sign on the website and printed journals of Surface Technology;

2. Enjoy the right to promote individuals and their teams for free from Surface Technology;

3. Actively promote Surface Technology at relevant international conference;

4. Actively promote Surface Technology in important international institutions;

5. Actively make suggestions for the improvement of the journal's international influence;

6. If appropriate, recommend experts and articles to the journal.

Information

Name

Shuaihang Pan

Gender

Male

Nation

China

Title

Dr.

Birth year

1994

Education

Ph.D.

Graduate institutions

   UCLA

Post

/

Wechat

luckypsh1994

Work unit

Department of Mechanical and Aerospace Engineering, UCLA;

LAM Research.

Office phone

(+1)310-622-2600

Address

39380 Civic Center Dr., Fremont, CA, US

Postcode

94538

Email

luckypsh@g.ucla.edu

Telephone

(+1)310-622-2600

Main research topics

Surface and Interface Science; Tribology; Nanocomposites; Advanced Manufacturing

Main research achievements

1) Published >50 papers in journals including Nature Communications, Nano Energy, Corrosion Science, Tribology International, etc. (21 of which are first authors, and 3 of which are invited reviews);

2) Published 2 patents with real industrial applications;

3) Invited Guest Editor for Coatings (2021-2022) and Invited Reviewer for Elsevier book proposal Nanocomposite Manufacturing Technologies (2020)

4) Invited Reviewer for journals: Applied Physics Letters, Journal of Applied Physics, Results in Physics, Journal of Industrial and Engineering Chemistry, Plant Physiology and Biochemistry, Journal of Materials Science & Technology, Journal of Materials Research & Technology, Materials Characterization, Results in Materials, Materials Today Communications, Materials Letters, Materials, Tribology Letters, Coatings, Applied Sciences, and Symmetry.

5) Research results and outcomes:

a. Measured and understood the functional properties in metal nanocomposites with the consideration of multi-scale electron behavior (down to the temperature of 2K) for the first time (APL, 2020; JMS&T, 2021 [Under review]);

b. Pioneered in understanding the long-standing (for 80 years) cracking causes in metal nanocomposites (e.g., hot cracking and stress corrosion cracking of AA7075 nanocomposites) (Nature Communications, 2019; Corrosion Science, 2020, 2021);

c. Developed surface metrology tools with ultra-high resolution and response speed for friction and wear detection in metal nanocomposites (Tribology International, 2020);

d. Proposed new phonon-electron interaction theory for interfacial triboelectrification by static electron measurement (JAP, 2017; Friction, 2019).

Awards

1) The 2019 Best Review Papers of Journal Friction

2) The NSF Travel Grant Awardee at the 47th NAMRC Conference of 2019, Erie, USA

3) The Outstanding Paper at The National Youth Tribology Conference of 2016, Xi’an, China

Other academic participation

Member of the Minerals, Metals, & Materials Society (TMS)                 Feb. 2020 - Present