首页> 外文会议>Southeastern Symposium on System Theory >A non-contact method for measuring thermal conductivity and thermal diffusivity for use in a neural network to recognize waste material. Diagnostic Instrumentation and Analysis Laboratory (DIAL)
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A non-contact method for measuring thermal conductivity and thermal diffusivity for use in a neural network to recognize waste material. Diagnostic Instrumentation and Analysis Laboratory (DIAL)

机译:用于测量用于神经网络的导热性和热扩散率的非接触方法,以识别废料。诊断仪表和分析实验室(拨号)

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For many applications it is important to be able to recognize materials at a distance, such as in a waste feedstream in a plasma torch waste vitrification environment. In such an environment it is important to accurately analyze the waste so that certain adjustments can be made to the mix such that the treated waste meets rigid quality and safety standards. It may also be desirable to detect dangerous waste that might exit the system without being properly treated. Such "bad-players" can be removed if detected before treatment and can be treated in a more appropriate manner. A novel approach is presented for measuring the thermal properties of a material in an industrial or hazardous waste setting.
机译:对于许多应用,能够在距离处识别材料,例如在等离子体炬废料玻璃化环境中的废物进料流中识别材料。在这样的环境中,重要的是准确地分析废物,使得可以对混合进行某些调整,使得处理过的废物符合刚性质量和安全标准。可能还希望检测可能在没有适当处理的情况下退出系统的危险废物。如果在治疗前检测到并且可以以更合适的方式处理这种“糟糕的玩家”。提出了一种用于测量工业或危险废物凝固中材料的热性质的新方法。

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