DSAN NEW MATERIALSGet a Recommendation
EN
EnglishEN中文中EspañolESFrançaisFRالعربيةع

Technology & Evidence

Peer-reviewed research involving the DSAN NEW MATERIALS core team.

Explore the original publication record, verified authorship, research summary and the precise contribution of DSAN NEW MATERIALS core team members.

Request Information
Functional-material research and professional literature connected with DSAN NEW MATERIALS

Verified bibliography

Find a paper by author, research area or access status.

Each record distinguishes the publisher's bibliographic information from DSAN NEW MATERIALS' editorial interpretation and states the core-team relationship in clear terms.

9
Publications
8
Research journals
3
DSAN NEW MATERIALS core members
9 publications
Nano ResearchTsinghua University Press
Author-authorized full text

Anti-flashover & insulation · 2022 · Vol. 15

Robust superamphiphobic coatings with gradient and hierarchical architecture and excellent anti-flashover performances

Yi Xie, Wei Xiong, Shefiu Kareem, Chuxiong Qiu, Yongfei Hu, Ivan P. Parkin, Shengwu Wang, Huayun Wang, Junwu Chen, Lee Li, Zhi Chen, Huajun Sun, Xiujian Zhao

DSAN NEW MATERIALS participation
Yi Xiefirst author · corresponding authorJunwu Chenco-authorZhi Chenco-author · DSAN NEW MATERIALS company-affiliated author

This study connects the DSAN NEW MATERIALS core team's surface-engineering research with an insulator-focused coating architecture. It shows how a primer/topcoat gradient combines liquid repellency, durability and anti-flashover testing.

Colloids and Surfaces A: Physicochemical and Engineering AspectsElsevier B.V.
Author-authorized full text

Anti-flashover & insulation · 2021 · Vol. 630

Study on the self-cleaning phenomenon and anti-pollution flashover performance of micro-nanostructure superhydrophobic coating surface under a high humidity environment

Jinyu Chen, Junwu Chen, Lee Li, Shengwu Wang, Yi Xie

DSAN NEW MATERIALS participation
Junwu Chencorresponding author · project administration · validation · methodologyYi Xieresources

This paper explains the self-cleaning mechanism and leakage-current behavior behind hydrophobic insulation protection. Its participation by Junwu Chen and Yi Xie, together with the recorded coating-preparation collaboration, makes it relevant technical background for DSAN NEW MATERIALS anti-pollution-flashover evaluation. The paper is research evidence rather than a universal product-performance claim.

Colloids and Surfaces A: Physicochemical and Engineering AspectsElsevier B.V.
Author-authorized full text

Anti-flashover & insulation · 2022 · Vol. 646

Predicting the DC pollution flashover voltage on the insulation surfaces with superhydrophobicity

Shengwu Wang, Qiaoge Zou, Xiangen Zhao, Jinyu Chen, Lee Li, Junwu Chen, Yi Xie, Kai Yang

DSAN NEW MATERIALS participation
Junwu Chendata curationYi Xieresources

This paper supplies a mechanism-based prediction framework for polluted superhydrophobic insulation surfaces and is linked to DSAN NEW MATERIALS through Junwu Chen and Yi Xie. It helps engineers understand which droplet and arc-path variables affect flashover voltage, but it is not a product-performance statement.

Journal of Materials Research and TechnologyElsevier B.V.
Author-authorized full text

Surface durability · 2020 · Vol. 9

Base-catalyzed synthesis of superhydrophobic and antireflective films for enhanced photoelectronic applications

Kareem Shefiu, Yi Xie, Li Tan, Yanxi Ding, Emmanuel Acheampong Tsiwah, Abdelaal S.A. Ahmed, Junwu Chen, Fen Qiao, Zhi Chen, Xiujian Zhao

DSAN NEW MATERIALS participation
Yi Xieco-author · corresponding authorJunwu Chenco-author · corresponding authorZhi Chenco-author · DSAN NEW MATERIALS company-affiliated author

All three DSAN NEW MATERIALS core team members participate in this paper, with Zhi Chen carrying the Wuhan Shuneng affiliation. The work extends the team's surface-engineering background into transparent, antireflective and self-cleaning films for photovoltaic applications; it should be read as research context rather than a claim for a current DSAN NEW MATERIALS product.

The European Physical Journal ESpringer Nature on behalf of EDP Sciences and SIF
Author-authorized full text

Surface durability · 2021 · Vol. 44

Droplet rolling angle model of micro-nanostructure superhydrophobic coating surface

Jinyu Chen, Junwu Chen, Lee Li, Shengwu Wang, Yi Xie

DSAN NEW MATERIALS participation
Junwu Chencorresponding author · project administration · validation · supervisionYi Xieresources

This paper provides a quantitative link between micro/nanoscale geometry, liquid properties and droplet mobility. Its authorship by Junwu Chen and Yi Xie and its recorded material-supply connection make it relevant to DSAN NEW MATERIALS coating design and evaluation, while project-specific performance must still be verified on the actual substrate and operating condition.

Progress in Organic CoatingsElsevier B.V.
Publisher access

Anti-flashover & insulation · 2024 · Vol. 186

Superhydrophobicity transfer effect in superwetting coatings for strengthening anti-pollution flashover performance

Chuxiong Qiu, Wei Xiong, Helong Zhang, Rong Zhang, Ivan P. Parkin, Shengwu Wang, Lee Li, Junwu Chen, Zhi Chen, Arnauld R. Tapa, Adama Trokourey, Wenhua Wu, Xiujian Zhao, Yi Xie

DSAN NEW MATERIALS participation
Junwu Chenco-authorZhi Chenco-authorYi Xieco-author

Includes DSAN NEW MATERIALS leaders Junwu Chen, Zhi Chen and Yi Xie among the authors.

High Voltage EngineeringHigh Voltage Engineering editorial office
Publisher access

Anti-flashover & insulation · 2025 · Vol. 51

Construction and Performance of Superhydrophobic Anti-pollution Flashover Materials with Superhydrophobic Migration Properties

Kang Luo, Li Li, Yulong Xie, Yi Xie, Wei Xiong, Wenhua Wu

DSAN NEW MATERIALS participation
Yi Xieco-author

Co-authored by DSAN NEW MATERIALS Chief Scientist Yi Xie with university and State Grid researchers.

How to use this collection

Read the research in its original publication context.

Peer-reviewed literature explains mechanisms, test methods and material-design directions; it does not by itself establish the performance of a specific commercial product.

Five supplied papers are available for direct download with author permission. Other records link to the official publisher page.

Start a conversation

Discuss a research or material-development question.

Share the publication, application or development goal for a joint technical discussion.

Get a Material RecommendationEmail DSAN NEW MATERIALS