长春理工大学学报（自然科学版）
長春理工大學學報（自然科學版）
장춘리공대학학보（자연과학판）
JOURNAL OF CHANGCHUN UNIVERSITY OF SCIENCE AND TECHNOLOGY(NATURAL SCIENCE EDITION)
2013年
3期
117-119
,共3页
于天来%曹亮军%邱红%莫大洪%王兆宁
于天來%曹亮軍%邱紅%莫大洪%王兆寧
우천래%조량군%구홍%막대홍%왕조저
激光玻璃%铂金微粒
激光玻璃%鉑金微粒
격광파리%박금미립
Phosphate Laser Glass%Platinum particles
铂微粒对磷酸盐激光玻璃的性能有巨大的影响，本文探索了铂微粒形成和进入玻璃的机制，研究了熔制温度、时间和氧分压等不同工艺参数对铂微粒含量的影响。研究表明强氧化气氛、高的熔炼温度可以显著消除磷酸盐激光玻璃中的铂微粒。
鉑微粒對燐痠鹽激光玻璃的性能有巨大的影響，本文探索瞭鉑微粒形成和進入玻璃的機製，研究瞭鎔製溫度、時間和氧分壓等不同工藝參數對鉑微粒含量的影響。研究錶明彊氧化氣氛、高的鎔煉溫度可以顯著消除燐痠鹽激光玻璃中的鉑微粒。
박미립대린산염격광파리적성능유거대적영향，본문탐색료박미립형성화진입파리적궤제，연구료용제온도、시간화양분압등불동공예삼수대박미립함량적영향。연구표명강양화기분、고적용련온도가이현저소제린산염격광파리중적박미립。
Platinum Impurities had a significant effect on the performance of phosphate laser glasses. The mechanism on the formation and dissolution of platinum impurities were investigated, and the effects of various smelting temperature, smelting time and partial pressure of oxygen on the concentration of the platinum impurities were studied. The experi-mental results showed that oxidizing atmosphere,high smelting temperature had a good effect on removing platinum im-purities in phosphate laser glass.
