wled

Meanwhile , some problems in this field and a brief prospect of WLED are discussed .

指出了目前该领域存在的问题并对其发展趋势作了简要展望。

Surfacing wled has a low rate of dilution .

熔敷合金稀释率低。

Powering the Heart of the LCD Display : the WLED

为LCD显示屏的核心（WLED）供电

Based on our research experience in molybdate , we had explored the possibility of their use in WLED phosphor .

结合在红外量子剪裁研究中对钼酸盐材料的研究经验，我们探索了其用于白光LED红粉的可能性。

There are certain advantages in WLED such as high-efficiency , energy-saving , long life time , easy power supply , compact structure , fine controllability , high speed of response , pure and changeable lighting color and so on .

它具有高效节能、寿命长、供电简单、结构紧凑、可控性好、响应速度快、发光颜色纯正、光色多彩变幻等一系列优点。

Since the research on monolithic WLED is just at the initial stage both in and outside China , if any breakthrough can be made on the emitting efficiency and structure of WLED , the lighting technology will be greatly pushed forward .

单片集成白光LED的研究目前国内外都处于起步阶段，如果能在发光效率和结构上有所突破，将大大推动照明技术的发展。

The current mainstream of the fabrication for WLED is combination of a blue LED and yellow emitting Y3Al5O12 : Ce ( YAG : Ce3 + ) . Phosphors with excellent performance can improve the luminescent efficiency of WLED effectively .

当前发展WLED的主流是组合蓝光LED与钇铝石榴石荧光粉（YAG：Ce3+）。性能优异的荧光粉可以有效提高WLED发光效率。

The development of semiconductor physics has been promoting white light emitting LED ( WLED ) display and backlight technology . WLED high luminous efficiency and environmentally friendly features have WLED be the best choice for backlighting and lighting in the near future .

半导体材料的发展，推动了白色发光二极管WLED显示技术的发展，WLED的高发光效率、环保特点成为未来背光与照明的最佳选择。