玻璃
玻璃
파리
GLASS
2011年
8期
10-12
,共3页
全电熔%电极%液流%澄清剂
全電鎔%電極%液流%澄清劑
전전용%전겁%액류%징청제
all electric melting%electrode%fluid flow%refining agent
玻璃全电熔化近几十年的时间飞速发展,得到了普遍应用。但规模的扩充,也面临诸多技术问题需要解决。本文从窑炉结构、电力供给及控制、玻璃液流动和流速、玻璃配方及澄清剂选择等几个方面,提出了存在的和亟待解决的问题,以期引起关注。
玻璃全電鎔化近幾十年的時間飛速髮展,得到瞭普遍應用。但規模的擴充,也麵臨諸多技術問題需要解決。本文從窯爐結構、電力供給及控製、玻璃液流動和流速、玻璃配方及澄清劑選擇等幾箇方麵,提齣瞭存在的和亟待解決的問題,以期引起關註。
파리전전용화근궤십년적시간비속발전,득도료보편응용。단규모적확충,야면림제다기술문제수요해결。본문종요로결구、전력공급급공제、파리액류동화류속、파리배방급징청제선택등궤개방면,제출료존재적화극대해결적문제,이기인기관주。
The all electric glass melting technique was developed rapidly and employed widely in recent decades. With the production scale of all electric glass melting process extended, a lot of urgent technical problems need to be solved. In this paper some urgent problems were pointed out from the following aspects, such as furnace configuration, power supply and control , flowage and flow rate of glass melt and formulation as well as refining agent of glass in the hope of attracting universal attention .
