1) reflective glass
反光玻璃
2) devitrification
[di:,vitrifai'keiʃən]
反玻璃化
1.
The high temperature of drying GFCMP results in the devitrification of final product with the (recrystallization) of fluor apatite and quartz, and greatly lowered dissipation in water, based on Xray diffraction (XRD)analysis.
通过圆盘式破碎机湿料破碎及喷流传热恒温干燥这 2项关键技术创新 ,对原 2万 t/ a粒状钙镁磷肥生产工艺进行了改进使之达产 ,并使产品完全避免了反玻璃化 ,达到国际市场的品质要求。
2.
In order to examine possible relations between freezing properties and the number of hydroxyl groups in solute molecules,a differential scanning calorimeter(pyrisdiamond DSC) was employed to study the thermal behaviors of polyalcohols aqueous,such as hydration properties,glass transition and devitrification.
利用差示扫描量热仪研究了乙二醇、丙三醇、1,2丙二醇、1,3丁二醇和2,3丁二醇水溶液的水合性质、玻璃化转变温度和反玻璃化转变温度,得出了这些性质与溶液浓度的关系。
3) optical glass
光学玻璃
1.
Research on MR fluids applied to optical glass finishing;
光学玻璃研抛用磁流变液的研究
2.
Whole-field digital measurement of the stress isoclinic parameter of optical glass based on phase shifting;
基于移相法的光学玻璃应力等倾角全场数字化测量
3.
Experimental Study on Precision Cutting of Optical Glasses;
光学玻璃的精密切削实验研究
4) laser glass
激光玻璃
1.
Er~(3+)-doped phosphate laser glass has merits of large emission cross section,high gain and high quantum efficiency.
掺铒磷酸盐激光玻璃具有受激发射截面大、增益系数高和量子效率高等优点,目前已成为通信领域中广泛应用的一种新型光纤放大器材料。
2.
Due to the rapid development of both series high power laser devices used as the laser derived inertia confined fusion (ICF) and the optical communication, the phosphate laser glasses, especially neodymium doped phosphate laser glasses have been widely investigated.
由于国内外大型激光贯性约束聚变装置的兴建和光通信的迅速发展,磷酸盐激光玻璃。
3.
A kind of Nd3+ doped laser glass with high homogeneity, low hydroxy and low platinum was obtained.
选取磷酸盐系统作基质、Nd3+作激活离子的激光玻璃作研究对象。
5) luminescent glass
发光玻璃
1.
And then two kinds of luminescent glasses were synthesized.
利用高温固相合成法在还原气氛中,合成了新型长余辉发光粉CaxSr1-xAl2O4:Eu2+,并以硼酸盐体系玻璃B2O3-(Na,K)2O-XO和硅硼酸盐体系玻璃SiO2-B2O3-(Na,K)2O-X2O-XO的低熔点玻璃作为载体,掺杂该发光粉合成了稀土蓄光发光玻璃。
2.
The experiment is performed to seek the good glass carriers for the rare earth luminescent material and then to synthesize the luminescent glass which can be applied in construction,transportation and artistic decoration.
目的为稀土发光材料寻找良好的玻璃载体,并进一步合成蓄光发光玻璃,使其能在建筑、交通、艺术装潢等方面得到应用。
3.
The good luminescent properties of luminescent glass which is composed of low-melting borosilicate glass and SrAl2O4: Eu2+,Dy3+ long afterglow materials is synthesized by the two steps method,and the influence factors of luminescent properties are discussed and analyzed.
以低熔点硼硅酸盐玻璃作为基材,掺杂Eu2+,Dy3+共激活的铝酸锶长余辉发光材料,采用两步法合成了发光性能良好的蓄光型发光玻璃,并对影响其发光性能的因素进行了讨论分析。
6) optical glasses
光学玻璃
1.
Infrared spectrum estimation for maximum phonon energy in optical glasses;
光学玻璃最大声子能量的红外光谱估算
2.
Gamma ray radiation effects on the transmissivity of some optical glasses in space
γ射线辐射对空间光学玻璃透射率的影响
3.
Recently, research and application in Third-order nonlinearity of nonresonant-type optical glasses have been rapidly developed.
近年来非谐振型光学玻璃的三阶非线性的研究及应用发展迅速。
补充资料：变色玻璃(见光色玻璃)
变色玻璃(见光色玻璃)
photochromic glass
变色玻璃曲otoehromi。glass在萦外尤联，光二中的蓝紫光辐照下，能够在可见光区域产生光吸收而着色，去除辐照后又可逆地回复其原始状态的一种玻璃jm业洛沽该、
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条