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Fig. 1 Wavelength tunability of quantum dot materials^[16]
Fig. 2 The impact of color gamut on display performance^[15]
Fig. 3 The process flow of the full-color emission of quantum-dot based Micro LED display^[54]
Fig. 4 (a-e) Fabrication process of hybrid quantum dot-nanoring Micro LED; (f) Micro LED device cross-sectional structure diagram^[58]
Fig. 5 (a) Schematic diagram of the structure of the perovskite quantum dot Micro LED device; (b) Micro LED device cross-sectional structure; (c-e) red and green quantum dot color conversion layer photoluminescence diagram and blue LED electroluminescence diagram^[60]
Fig. 6 (a) Process flow of manufacturing perovskite quantum dot layer by dry lift-off lithography; (b) fluorescence microscopy images of green and red perovskite quantum dot rings with a diameter of 50 μm; (c) fluorescence microscope image of quantum dot rings at high magnification^[68]
Fig. 7 (a) Process flow for preparing CsPbI₃ perovskite quantum dot layer by in situ laser direct writing; (b) CsPbI₃ quantum dot patterns obtained under UV-365 nm illumination; (c) TEM image of resulting γ-CsPbI₃ PQDs obtained from direct laser writing^[71]
Fig. 2 Flowchart of the solution process
Fig. 8 The first steam heat pump steam unit in China
Table 1 Thermophysical properties of phase change material and solid material
Fig. 4 Comparison of experimental and numerical results for liquid fraction
Fig. 5 Evolutionary characteristics of solid-liquid phase change behavior under different melting modes: (a) liquid fraction; (b) velocity distribution
Fig. 6 Liquid fraction and complete melting time in different melting modes
Fig. 7 Characteristics of dynamic temperature distribution in different melting modes
Fig. 1 Schematic diagram of pyrolysis device
Fig. 2 TG and DTG curves of wind turbine blades: (a) N₂-10 °C/min; (b) O₂-10 °C/min
Fig. 3 The yield of each component of pyrolysis tar
Fig. 7 Post-test disassembly images of batteries using basalt fiber aerogel
Fig. 2 Variation of reactor temperature with material residence time: temperature distribution of microwave pyrolysis furnace temperature field at 12 kW (a) and 18 kW (b) power; microwave pyrolysis furnace wall (c) and oxidation furnace (d) temperature measurement
Table 2 Electrochemical properties of biomass-based biochar materials doped with heterons

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