CAJ | 학술논문

综述了物理化学的原理和物理化学的方法在古陶瓷科学技术研究中的应用成果，特别是在古陶瓷釉的呈色、分相釉、陶瓷釉中的气泡和坯釉过度层形成等的机理研究，并介绍了古陶瓷烧成温度和烧制年代测量的原理。随着物理化学的发展，新理论和新方法不断涌现，努力掌握这些新方法和新理论，并探索将其应用于陶瓷科学技术史研究中，将有可能出现更加显著的成果。
종술료물이화학적원리화물이화학적방법재고도자과학기술연구중적응용성과，특별시재고도자유적정색、분상유、도자유중적기포화배유과도층형성등적궤리연구，병개소료고도자소성온도화소제년대측량적원리。수착물이화학적발전，신이론화신방법불단용현，노력장악저사신방법화신이론，병탐색장기응용우도자과학기술사연구중，장유가능출현경가현저적성과。
This article reviews the achievements in the research of ancient ceramics that have been gained by applying principles and methods of physical chemistry, especially on the mechanism of ceramic glaze color, phase separation glaze, bubbles in ceramic glaze and excessive layer forming. The principle for testing the firing temperature of ancient ceramics and ascertaining its firing age is also introduced. With the development of physical chemistry, there will be more and more new theories and methods for the study of ancient ceramics in the history of science and technology.