![[VNUHCM S&T PROJECT EVALUATION] ASSESSING THE SELF-CLEANING CAPACITY OF WATER SOURCES IN HO CHI MINH CITY鈥橲 URBAN CANALS, CONSIDERING THE IMPACT OF TIDE CONTROL SYSTEM OPERATIONS AND CLIMATE CHANGE](/wp-content/uploads/2025/03/Image-13-2048x1365-1-300x300.jpg "Image-13-2048x1365")
The project, led by Assoc. Prof. B霉i Vi峄噒 H瓢ng, focused on assessing the self-cleaning capacity of water sources in the urban canals of Ho Chi Minh City, taking into account the impact of tide control system operations and climate change. The study aimed to improve water quality management and proposed solutions, such as enhancing wastewater...
![[VNUHCM S&T PROJECT EVALUATION] HYDRATE TECHNOLOGY IN TREATING SALINE WATER IN THE MEKONG DELTA PROVINCES](/wp-content/uploads/2025/03/Image-62-2048x1365-1-300x300.jpg "Image-62-2048x1365")
The project “Hydrate Technology for Treating Saline Water,” led by Dr. Tr瓢啤ng L芒m S啤n H岷, developed a desalination system using hydrate technology. The system achieved 70-78% efficiency with CPH and removed nearly 90% of ions with HFC-134a, offering significant potential to address freshwater shortages in the Mekong Delta. On 17th February, at VNUHCM-University of Science,...
![[VNUHCM S&T PROJECT EVALUATION] SIMULATION OF SUPERFIELD PHENOMENON FOR MID-INFRARED LIGHT CONVERSION IN NONLINEAR TELLURITE FIBRES](/wp-content/uploads/2025/03/P4T01355-300x300.jpg "P4T01355")
The research project on simulating the superfield phenomenon in nonlinear tellurite optical fibres, conducted by a team from the Faculty of Materials Science and Technology at the 水果派AV解说 (VNUHCM), achieved significant success. This opened up potential applications in various scientific and technological fields and confirmed...
![[VNUHCM S&T PROJECT EVALUATION] DEVELOPMENT OF ELECTRODE SURFACE MODIFICATION AND ELECTROLYTE SOLUTIONS FOR NEXT-GENERATION SOLAR CELLS (PHASE 2)](/wp-content/uploads/2025/03/Ima-28-2048x1365-1-e1741863819140-300x300.jpg "Ima-28-2048x1365")
The project led by Assoc. Prof. Nguy峄卬 Tuy岷縯 Ph瓢啤ng focused on enhancing dye-sensitised solar cells by developing new electrode surface modification methods and optimizing electrolyte solutions. The research resulted in improved efficiency and long-term stability, contributing to the advancement of next-generation solar technology. On 4th March, at the University of Science, 水果派AV解说 National University...
The research on simulating the superfield phenomenon for mid-infrared light conversion in nonlinear tellurite fibres, led by Dr. Nguy峄卬 Ph瓢峄沜 Trung H貌a and his team, resulted in the development of optical fibres with excellent transmission properties, enabling applications in fields such as chemical detection and environmental monitoring. The team鈥檚 work, published in Results in Optics,...
