Yanzi Wu

1. Investigate the effects of various proportions of micro-nano alloy etching solutions on the modification of surface spectra of plasmonic metamaterials
2. Explore the reasons for the efficient spectral selectivity of aluminum alloy metamaterials after solution etching
3. Investigate the effects of alloy types, reaction time and reaction temperature on the spectral selectivity of micro/nano alloy metamaterials
4. Explore the stability and thermal damage mechanism of spectrally… Show more

1. Investigate the effects of various proportions of micro-nano alloy etching solutions on the modification of surface spectra of plasmonic metamaterials
2. Explore the reasons for the efficient spectral selectivity of aluminum alloy metamaterials after solution etching
3. Investigate the effects of alloy types, reaction time and reaction temperature on the spectral selectivity of micro/nano alloy metamaterials
4. Explore the stability and thermal damage mechanism of spectrally selective metamaterials prepared by solution etching at 200oC Show less

1. Prepare evaporator based on natural biopolysaccharides (chitosan, gellan gum, and agarose) for efficient light-to-heat conversion, self-absorption, and self-draining of salt using the freeze-drying method
2. Explore the effects of different material ratios on the optical trap characteristics of photons and the effects of different nanopore shapes on the photothermal conversion efficiency
3. Explore the coupling relationship between different nano-morphologies of hydrogels and their… Show more

1. Prepare evaporator based on natural biopolysaccharides (chitosan, gellan gum, and agarose) for efficient light-to-heat conversion, self-absorption, and self-draining of salt using the freeze-drying method
2. Explore the effects of different material ratios on the optical trap characteristics of photons and the effects of different nanopore shapes on the photothermal conversion efficiency
3. Explore the coupling relationship between different nano-morphologies of hydrogels and their water absorption and salt discharge capabilities
4. Investigate the thermal evaporation rate and the photothermal response of the nanoporous hydrogel photothermal evaporator under different salt concentrations
5. Explore the mechanism of the super-theoretical evaporation rate of natural polysaccharide nanohydrogel Show less

1. Explore spectrum modification of the proportion of corrosion solution, etching temperature, and reaction time
2. Investigate the transformation of corrosion solution on alloy surface morphology and material composition
3. Explore the high-efficiency radiant cooling capacity and surface enhancement heat transfer analysis of the modified metal or alloy fins

1. Determine the HVAC system design scheme based on the local historical climate data and the specific structure of the hospital
2. Employing the Hongye HVAC and comprehensively considering the room micro-environment, the overall structure of the building, and climate alternation factors to determine the heat distribution based on the overall heating and ventilation system feedback, the actual location of the air-conditioning vents of the building
3. Employing AutoCAD and other modeling… Show more

1. Determine the HVAC system design scheme based on the local historical climate data and the specific structure of the hospital
2. Employing the Hongye HVAC and comprehensively considering the room micro-environment, the overall structure of the building, and climate alternation factors to determine the heat distribution based on the overall heating and ventilation system feedback, the actual location of the air-conditioning vents of the building
3. Employing AutoCAD and other modeling and simulation to design room air conditioning, the direction of air ducts and water pipes, and the location of fans, and use simulation to check the rationality of pipe layout and fan distribution Show less

1. Optimize the fabrication procedure of polyacrylamide micro/nanoporous hydrogel for large-scale manufacture
2. Explore the effects of different hole diameters on the photon capture capacity, water transport capacity, and salt rejection capacity
3. Investigate the mechanism of quantum wells formed by micro-nano pores for photon capture and efficient water absorption and salt discharge
4. Study the photothermal evaporation rate of polyacrylamide nanoporous hydrogel under different… Show more

1. Optimize the fabrication procedure of polyacrylamide micro/nanoporous hydrogel for large-scale manufacture
2. Explore the effects of different hole diameters on the photon capture capacity, water transport capacity, and salt rejection capacity
3. Investigate the mechanism of quantum wells formed by micro-nano pores for photon capture and efficient water absorption and salt discharge
4. Study the photothermal evaporation rate of polyacrylamide nanoporous hydrogel under different light power density and different salt concentration Show less