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首页> 外文会议>IUPAC 10th International conference on novel materials and their synthesis: Book of abstracts >DENDRIMERS AND BIOMIMETICS AND THE SMART SYSTEM
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DENDRIMERS AND BIOMIMETICS AND THE SMART SYSTEM

机译：树皮和生物仿制药与智能系统

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The fascinating dendrimers with their well-defined tailorable structures, attractive properties, and promising broad applications have stirred up widespread excitement in sciences and technologies. Large amount of impressive works have been done on the various aspects of dendrimers. There are still more treasures to be explored. We plan to investigate the potential applications of dendrimers in the smart clothing for comfort, hazards warning and protection. Many developers of dendrimers have effectively applied the inspiration of a tree in branched geometry, growth, and even some function including the photosynthesis. Dendrimers have achieved remarkable success in biomimetics for synthetic polymer and are most versatile nanoscale building blocks. Dendrimers can thus offer great potential in more biomimetics and in developing the smart systems. To concentrate our efforts on more effective development, we limit our investigation to the potential applications of dendrimers in the smart clothing. We take a system approach in our work. Some holistic considerations with a top-down approach are used to establish the relevant hierarchical steps to be taken. Daring but reasonable models in modeling are being established, feasible and careful simulations are being performed to define and to isolate the critical variables. Some current available dendrimers are being explored for the suitability in our work. Our preliminary results indicate that some dendrimers are promising in helping us to develop the needed smart clothing. Coating the fabrics with hazardous gas sensitive dendrimers may provide the early version of smart clothing for hazards warning in dangerous closed environment such as in mining. Attaching the proper neutralizing agents to the dendrimers may further provide the protective function. More works are being planned to explore the applicability of the light harvesting function in some dendrimers and the potential in formulating the dendrimers into the fibrous form.
机译：引人入胜的树枝状聚合物具有定义明确的可定制结构，诱人的性能以及广阔的应用前景，在科学和技术领域引起了广泛的兴趣。在树枝状聚合物的各个方面已经进行了大量令人印象深刻的工作。还有更多的宝藏可供探索。我们计划调查树枝状聚合物在智能服装中的潜在应用，以提供舒适性，危险警告和保护。许多树枝状聚合物的开发者已经有效地将树的灵感应用到了分支几何结构，生长甚至某些功能（包括光合作用）中。树枝状聚合物在合成聚合物的仿生品中取得了巨大的成功，并且是用途最广泛的纳米级构建基块。因此，树枝状聚合物可以在更多的仿生产品和开发智能系统中提供巨大的潜力。为了将精力集中在更有效的开发上，我们将研究局限于树枝状聚合物在智能服装中的潜在应用。我们在工作中采用系统方法。自上而下的方法使用了一些整体考虑因素来建立要采取的相关分层步骤。建立了大胆而合理的建模模型，正在进行可行且仔细的模拟，以定义和隔离关键变量。正在探索一些当前可用的树枝状聚合物以适应我们的工作。我们的初步结果表明，一些树状聚合物有望帮助我们开发所需的智能服装。用危险的对气体敏感的树枝状聚合物涂布织物可以提供智能服装的早期版本，以在危险的封闭环境（例如采矿）中发出危险警告。将适当的中和剂连接至树枝状聚合物可进一步提供保护功能。正在计划进行更多工作，以探索光收集功能在某些树状聚合物中的适用性以及将树状聚合物配制成纤维形式的潜力。

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