“thermoluminescence”的概念、定义、翻译、参考文献-科学参考

thermoluminescence

Physics

Luminescence produced in a solid when its temperature is raised. It arises when free electrons and holes, trapped in a solid as a result of exposure to ionizing radiation, unite and emit photons of light. The process is made use of in thermoluminescent dating, which assumes that the number of electrons and holes trapped in a sample of pottery is related to the length of time that has elapsed since the pottery was fired. By comparing the luminescence produced by heating a piece of pottery of unknown age with the luminescence produced by heating similar materials of known age, a fairly accurate estimate of the age of an object can be made.

Chemistry

Luminescence produced in a solid when its temperature is raised. It arises when free electrons and holes, trapped in a solid as a result of exposure to ionizing radiation, unite and emit photons of light. The process is made use of in thermoluminescent dating, which assumes that the number of electrons and holes trapped in a sample of pottery is related to the length of time that has elapsed since the pottery was fired. By comparing the luminescence produced by heating a piece of pottery of unknown age with the luminescence produced by heating similar materials of known age, a fairly accurate estimate of the age of an object can be made.

Electronics and Electrical Engineering

See luminescence.

Geology and Earth Sciences

A phenomenon whereby certain minerals, when slowly heated to temperatures below their level of incandescence, emit light. Some minerals will do this only when in contact with oxygen (or air) and in this case it is known as oxyluminescence. The light energy emitted is measured using a photomultiplier and recorded as a function of temperature, to produce a ‘glow curve’.

单词	thermoluminescence
释义	thermoluminescence Physics Luminescence produced in a solid when its temperature is raised. It arises when free electrons and holes, trapped in a solid as a result of exposure to ionizing radiation, unite and emit photons of light. The process is made use of in thermoluminescent dating, which assumes that the number of electrons and holes trapped in a sample of pottery is related to the length of time that has elapsed since the pottery was fired. By comparing the luminescence produced by heating a piece of pottery of unknown age with the luminescence produced by heating similar materials of known age, a fairly accurate estimate of the age of an object can be made. Chemistry Luminescence produced in a solid when its temperature is raised. It arises when free electrons and holes, trapped in a solid as a result of exposure to ionizing radiation, unite and emit photons of light. The process is made use of in thermoluminescent dating, which assumes that the number of electrons and holes trapped in a sample of pottery is related to the length of time that has elapsed since the pottery was fired. By comparing the luminescence produced by heating a piece of pottery of unknown age with the luminescence produced by heating similar materials of known age, a fairly accurate estimate of the age of an object can be made. Electronics and Electrical Engineering See luminescence. Geology and Earth Sciences A phenomenon whereby certain minerals, when slowly heated to temperatures below their level of incandescence, emit light. Some minerals will do this only when in contact with oxygen (or air) and in this case it is known as oxyluminescence. The light energy emitted is measured using a photomultiplier and recorded as a function of temperature, to produce a ‘glow curve’.
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