硒红玻璃二次显色研究

Study on Twice Color Development of Selenium-Ruby Glass

通过对显色工艺与硒红玻璃光谱特性之间关系的研究得知 ,在适宜的显色温度范围内 ,提高显色温度和延长显色时间可以使硒红玻璃的截止波长向可见光谱的长波端移动 ,显色温度和显色时间适当配合 。

The relation of color development and spectral characteristic was studied. It was found that the cut off wave of selenium ruby glass was moved towards the long wave end of visible spectrum, when the temperature of color development was raised or the last time of color development was prolonged. The spectral characteristic of selenium ruby glass may accurately be controlled by properly coordinating the temperature and time of color development.