Application of Biological Carbon Sensitive Quantum Dots in Environmental Art Design
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DOI: 10.38007/Proceedings.0001269
Corresponding Author
Ming Yue
Abstract
The speed of urban construction is gradually speeding up, the environmental art design gradually become people's interest, it is necessary for building materials in environment art design to make a choice, the use of green building materials can promote the technology of green environmental protection material industry and the development of the market, and more green environmental protection building materials itself made use of waste, at the same time to use fixed number of year of the limit can be recycled after use again, fit the need of sustainable development strategy in our country. In this paper, a low-cost and environmentally friendly method, biological template method (canna stalk), was used to successfully prepare the graduated porous biological carbon material by carbonization at high temperature (800°C), and the morphology of canna stalk was completely copied. There are a lot of tubular and lamellar biological tissues in nature. After carbonization, a thin layer of carbon with curly folds can be formed. This structure is very suitable for in-situ synthesis of quantum dots and long-term stability of quantum dot materials. It is expected that in the near future, this technology will create a variety of sensing materials with excellent performance.
Keywords
High Sensitivity Quantum Dots; Biological Template; Synthetic materials; Environmental Art Design