lead glasses

英 [liːd ˈɡlɑːsɪz] 美 [liːd ˈɡlæsɪz]

网络  铅眼镜

医学



双语例句

  1. While data can lead you to patterns that would be obvious if you could remove your SELF-COLORED glasses, it cannot replace that sixth sense that some people have that lets them see data in a way no one else could or would interpret it.
    尽管摘掉有色眼镜,数据就能引导人们找到显而易见的规律;但是有些人拥有第六感,他们看待或解读数据的方式与众不同,这些人是无可替代的。
  2. In this paper both lead borate sealing glasses and lead free phosphate sealing glasses are studied.
    本文研究了含铅的硼酸盐封接玻璃和无铅磷酸盐封接玻璃。
  3. Effects of Additives on the Thermal Properties of Low Melting Point Lead Borosilicate Glasses
    添加剂对铅硅酸盐低熔点玻璃热性能的影响
  4. A Study on Borate-Lead Glasses with Eu~ ( 3+) Ion as Probe
    用Eu~(3+)作探针研究硼铅玻璃材料
  5. Structure Changes of Lead Silicate Glasses Induced by UV Laser Irradiation
    紫外激光照射引起的硅酸铅玻璃结构的变化
  6. The fine structure of Raman spectra is the reflection of the complexity of connectivity of the micro-structure units. The concept of secondary-structure will lead to a new delicate consideration and further research on the micro-structure of silicates glasses.
    Raman光谱的精细结构反映了微结构单元连接的复杂性,采用二级结构的概念有利于在更深层次和更大的空间范围内来认识硅酸盐玻璃微结构。
  7. The lead tin fluorophosphate glasses with different compositions doped with Rhodamine6G were reported.
    研究了三种不同组分的罗丹明6G染料掺杂的铅锡氟磷酸盐玻璃。
  8. The influence of boron ion-implantation in silica and lead glasses
    石英玻璃和铅玻璃中硼离子注入的影响
  9. Effects of compositions and doping contents of zinc-, barium-and lead-borosilicate glasses on sintering behaviors were compared.
    比较了锌、铅、钡硼硅酸盐玻璃组成、掺杂量对玻璃陶瓷的烧结特性的影响。
  10. Thermal Properties of Lead/ Cadmium Free Glasses with the Low Melting Point
    无铅无镉低熔点玻璃的热学性能
  11. The Urbach energies of lead silicate glasses exposed to the 266 nm UV laser increased. This implied that the disorder of the lead silicate glasses was increased.
    研究发现:266nm的紫外激光照射硅酸铅玻璃体材料时,能使其Urbach能量增大,即玻璃结构的无序性增大。
  12. Investigation on coloring mechanism of lead chalcogenides in glasses
    硫属铅化物在玻璃中着色机理的研究
  13. Thus, the measurement of lead equivalent and linear absorbing coefficient of glasses can be simply converted to the measurement of their densities.
    由此,测量玻璃铅当量以及线性吸收系数等问题,变成了一个非常简单的密度测量问题。