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Congratulations! In 2024, 28 teachers of the College of Environments and Resources received research grants from the National Science and Technology Council

update date : 2024-07-08

Department

Principal Investigator

Research Project Title

 Department of Chemical Engineering

DU, HE-YUN

Van der Waals heterostructures for investigating CO2 reduction reaction photo response activity and electrochemical cell application

 Department of Chemical Engineering

LIOU, TZONG-HORNG

Constructing green technology and environmentally sustainable utilization of e-waste and addition of nano silver and graphene oxide to preapare mesoporous carbon nitride photocatalysts for photodegradation of antibiotics under visible light

Semiconductor Materials and Fabrication Bachelor's degree program

WU, YUNG-FU

Photoelectrochemical Monitoring of the Corrosion of Galvanized Steel by Using Oxide Semiconductors

Department of Chemical Engineering

SU, CHIA-HUNG

Green process for biodiesel production: Organic synthesis using alternating current electrolysisalytic technology

Battery Research Center of Green Energy

 YANG, CHUN-CHEN

Utilization Taylor Flow Reactor to synthesize Co-free and Ni-rich NMAO cathode material to increase energy density and reduce the raw material cost(1/3)

 Department of Chemical Engineering

KUO, LIANG-YIN

Effect of ion concentration and synthesis temperature on the structural stability in nickel-rich cathode materials: first-principles study

Department of Materials Engineering

CHEN, CHIH-PIN

Design and Synthesis of Molecular Materials for Defect Passivation in Perovskite and Their Application Mechanism in Solar Cells

Department of Materials Engineering

 HSIEH, CHIEN-KUO

Plasma induced vacancies in enhancing performance of electrochemical supercapacitors and the investigation of mechanisms

Department of Materials Engineering

TSENG, CHUAN-MING

Effects of silver-containing additives on biocompatibility and stress corrosion cracking behavior of plasma electrolytic oxidation coatings on biomedical magnesium alloys

Department of Materials Engineering

YIU, PAK-MAN

Studying the growth mechanism and optimization of a nano-pyramidal textured PVD-coating capable of surface modification and functionalization

Department of Materials Engineering

CHEN, SHENG-CHI

Manufacturing processes and applications of high-performance thermoelectric thin films

Department of Materials Engineering

HUANG, CHI-HSIEN

Optimization of Laser Induced 3D Graphene and Its Application for Portable Electrochemical Biosensors toward Alzheimer's Disease Biomarker

Department of Materials Engineering

LU, JONG-HONG

Polarized color organic photodiodes applied research for visible-polarized-array quantum gates and white-light polarized-encryption

Department of Materials Engineering

TSUNG-YU HUANG

Two applications of surface plasmon waves: 1. electrically pumped surface plasmon nanolaser via whispering gallery mode and 2. a tunable slow surface plasmon wave waveguide integrated with vanadium dioxide

Department of Materials Engineering

LEE, JYH-WEI

Main project: Investigation of thin film deposition processing parameters of high power impulse magnetron sputtering technique and its high-value applications, and Sub-project (I): Investigation of HiPIMS processing parameters on the fabrication of high entropy alloy carbide thin films(1/3)

Department of Materials Engineering

LEE, JYH-WEI

The research and development of high entropy alloys and coatings applied in harsh environments(1/3)

Department of Safety, Health and Environmental Engineering

HSU, CHIN-YU

Application of Big Data in the Analysis of Motorcycle Emission Factors: Remote Sensing, Image Recognition, and Artificial Intelligence

Department of Safety, Health and Environmental Engineering

CHENG, YU-HSIANG

Discussion on optimal analysis parameters for analyzing polycyclic aromatic hydrocarbon derivatives in PM2.5 using thermal desorption-gas chromatography/ tandem mass spectrometry technology

Department of Safety, Health and Environmental Engineering

CHEN, CHING-LUNG

Study on the Preparation of Deep Eutectic Solvents for the Selective Recovery of Valuable Metals from Spent Lithium-Ion Batteries

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