PeerfordResearch intelligence

Quashigah Johnray Ziadzi · Peerford

Quashigah Johnray Ziadzi

University of Education, Winneba

University of Science and Technology of Chinaper ORCID

Publishing since 2025, latest 2026

Electronic, Optical and Magnetic Materials
Aerospace Engineering
Automotive Engineering
Education
Experimental and Cognitive Psychology
Mechanical Engineering

In their own words

Additive Manufacturing
Wave-absorption
Graphite-Graphene
Fire Retardant

Publications: 32025–2026
Citations: 2to those papers
h-index: 1i10-index 0
Field-weighted impact: 0.161.00 is the world average
World top 10%: 0%0 of 3 scored papers
Open access: 33%1 papers free to read

1 other work — a preprint, a dataset or the like — is listed but not counted.

By year

Papers, and the citations to them

Publications, left axisCitations to that year’s papers, right axis2026 still in progress

Citations received each year

Peerford

To all their work, old papers included. Google Scholar also counts citations from theses, books and web pages, so its line runs higher.

What they work on

From the classification of each paper

Subfields

Electronic, Optical and Magnetic Materials267%
Aerospace Engineering133%
Automotive Engineering

Career

As their ORCID record read on October 4, 2026

Positions

University of Science and Technology of China
Master's studentChina Three Gorges University2023–2026

Education

Safety Science and Engineering, State Key Laboratory of Fire ScienceUniversity of Science and Technology of China2026–2030
School of Mechanical and Power Engineering, China Three Gorges University, Yichang 443002, ChinaChina Three Gorges University2023–2026
Bachelor of Science in Physics Education, Department of Physics EducationUniversity of Education, Winneba2017–2021

Publications

3 in all

Dual-functional tailoring of mechanical and microwave-absorbing properties in SLS-printed NFG/MZFO composites via epoxy/silicon impregnation
2026Journal of Materials Science Materials in ElectronicsJournalFirst author0 citations10.1007/s10854-026-16610-8
Review of the fabrication methods of microwave absorbers via selective laser sintering and fused deposition modeling