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矿物的微波介电特性是由矿物的结构状态、杂质的种类和数量以及品格的不同缺陷类型所决定。在加热过程中,矿物会产生结构变化、相变、化学反应、杂质状态及缺陷状态的改变,如缺陷的破坏、复合等复杂过程。伴随着矿物的这些变化,其介电特性也会有明显的变化。如果这种介电变化能够被检测,就可以用来研究矿物的结构,并研究矿物的杂质和缺陷,从而解释矿物的形成条件及其他一些矿物学问题。我们利用变温谐振腔微扰法,在室温
The microwave dielectric properties of minerals are determined by the structural state of the minerals, the type and amount of impurities, and the type of defect that characterizes. In the heating process, minerals will produce structural changes, phase transitions, chemical reactions, impurity states and defects in the state changes, such as defect damage, complex processes such as complex. With these changes in minerals, the dielectric properties will be significantly changed. If this dielectric change can be detected, it can be used to study the structure of minerals and to study the impurities and defects of minerals to explain the formation conditions of minerals and other mineralogical problems. We use variable temperature cavity perturbation method, at room temperature