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1)  frit [英][frit]  [美][frɪt]
熔块
1.
The fritted glaze was melted at 1120℃,which was composed of boric acid and borax as mainflux,and the effect of chemical composition and process on glaze performance was discussed.
研制了一种以硼酸、硼砂为主要助熔剂,釉烧温度在1120℃的环保低温熔块釉,并探讨了其化学组成、生产工艺对该釉面性状的影响。
2.
A series of red ceramic glaze were prepare with the addition of the negative catalyst and of the frit.
文探讨了利用高温分解抑制剂 (即负催化剂 )提高硫硒化镉耐火度的机理 ,并辅以熔块保护法配制成烧成范围在 1 0 60℃~ 1 3 4 0℃之间系列大红色釉 ,提高了镉硒大红色釉的烧成温度 ,拓宽了镉硒大红色釉的烧成范围。
3.
Be aimed at the defect of bubble in frit, the formation and growing of bubble nucleus, the dissolution and diffusion of the common gases, the rising and ejection of bubb1e in frit melt, and the factors that affect on them were mainly discussed in this paper.
针对熔块中的气泡缺陷,论述了熔块熔体中泡核的形成及长大、常见气体的溶解及扩散、气泡的上升及排出,以及对它们的影响因素。
2)  Flux [英][flʌks]  [美][flʌks]
熔块
1.
The item is studied on the five-element-system ,which is mainly consisted by K_2O,CaO, Al_2O_3,B_2O_3 and SiO_2, through adding a few kinds of flux oxides, study them flux domino effect and their capability,find out them some change rules and forming-glaze’mechanism of R_2O-RO-Al_2O_3-B_2O_3-SiO_2 system, offer a way of study on bone-china ,which doesn’t contain lead-element.
本实验是以K_2O、CaO、Al_2O_3、B_2O_3、SiO_2为主的五元系统,在此五元系统的基础上,通过引入熔剂性氧化物,对其熔剂效应及性能关系进行了深入研究,找出了R_2O-RO-Al_2O_3-B_2O_3-SiO_2系统的一些变化规律及其成釉机理,为骨质瓷无铅熔块釉的研制提供了重要的理论基础。
3)  low temperature frit
低温熔块
1.
The influences of lithia content on the melting temperature,mechanical properties and thermal expansion coefficient of low temperature frit were studied.
本文研究了氧化锂加入量对低温熔块的熔融温度、力学性能、热膨胀系数的影响。
4)  lead-free frit
无铅熔块
1.
The effects of nano-sized Al2O3,ZnO,CeO2,ZrO2 on the performances of lead-free frit, suchas the flexural strength, HV500 hardness and chemical stability, had been studied using orthogonal methodin this paper.
结果表明:外加纳米氧化铝等可使无铅熔块抗弯强度提高30%,化学稳定性提高60%~80%,硬度提高10%左右。
5)  Commercial Frits
工业熔块
6)  praducing frits
熔块制备
补充资料:氰熔块
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性质:见氰熔体。

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