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Iron-catalyzed Late-Stage Aliphatic C-H Chlorination of Drugs and Bioactive Substrates (EdUHK/Dean's Research Fund)
In this study, we will focus on oxidative chlorination of C–H bond by high-valent iron-oxo-halide complexes. We envision that this project could develop new synthetic organic chemistry toolboxes for selective oxidative chlorination, and provide insig
. . .
Project Start Year : 2021 Chief Investigator(s) :
CHOW, Cheuk Fai Stephen 周卓輝
Design and Development Smart Latent Catalytic Systems (EdUHK/Dean's Research Fund)
The development of “smart” catalysts for process monitoring and reaction control is highly important in modern chemistry. In this work, we will develop a supramolecular latent catalytic system, a so-called catalyst displacement assay, that uses the “
. . .
Project Start Year : 2020 Chief Investigator(s) :
CHOW, Cheuk Fai Stephen 周卓輝
Kids with Character: A Positive Education Program to Promote Children’s Character Strengths and Well-being
The core element of this project involves the implementation of a character strengths program for kindergarten children. We also involve the parents, teachers, and the school to make the approach holistic.
Project Start Year : 2020 Chief Investigator(s) :
FONG, Wai Tsz Ricci 方蔚子
Converting Plastic Wastes to Towngas: A Study of C-H Bond Activation of Polyolefin by Lewis Acid-activated KMnO4 (EdUHK/Dean's Research Fund and Departmental Matching Grant)
To study the thermodynamic and kinetic parameters of the solid-state oxidation of PE, PP, and PVC by the new Lewis acid based high-valent manganese complexes
Project Start Year : 2019 Chief Investigator(s) :
CHOW, Cheuk Fai Stephen 周卓輝
Development of a Green and Sustainable Method to C-H Activate Inert Plastic Wastes into Useful Resources (EdUHK/Departmental Research Fund)
The great demand for synthetic plastics and the ineffective recycling of plastic waste threaten our environment at a time when fossil fuels are gradually running out. The development of an economically viable C–H activation system for alkanes remains
. . .
Project Start Year : 2019 Chief Investigator(s) :
CHOW, Cheuk Fai Stephen 周卓輝
Enhancing School Curriculum Management Capacity through Institutionalizing the SECI Knowledge Creation Model
This project aims to: 1. develop best practices to strengthen the competencies of school leaders and teachers in curriculum management; 2. institutionalize a mechanism for curriculum management that uses the SECI knowledge creation model as a guidi
. . .
Project Start Year : 2019 Chief Investigator(s) :
CHENG, Chi Keung Eric 鄭志強
Fostering interdisciplinary pedagogy for STEM Education in primary schools of Hong Kong
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Project Start Year : 2019 Chief Investigator(s) :
KO, Po Yuk 高寶玉
From Plastic Wastes to Resources: The C-H Bond Activation of Polyethylene, Polypropylene and Polyvinyl chloride by High-valent Manganese Catalysts (EdUHK/Internal Research Fund)
The C-H Bond Activation of Polyethylene, Polypropylene and Polyvinyl chloride by High-valent Manganese Catalysts
Project Start Year : 2019 Chief Investigator(s) :
CHOW, Cheuk Fai Stephen 周卓輝
Investigation of a New Technology for Plastic Wastes Treatment Using Solid-phase Process with Ball Milling System (EdUHK/Dean's Research Fund)
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Project Start Year : 2018 Chief Investigator(s) :
CHOW, Cheuk Fai Stephen 周卓輝
School-STEM Professionals Collaboration: Impact on Teachers' Conceptions and Students' Attitudes towards STEM
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Project Start Year : 2018 Chief Investigator(s) :
SO, Wing Mui Winnie 蘇詠梅
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