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The rantangarato luminescent material and its production method the rare earth ion which contains the metallic particle being doped

机译:蓝宝石发光材料及其制造方法包含掺杂金属粒子的稀土离子

摘要

Topic Luminous efficiency is high, when it possesses the luminous efficiency which is superior, is excited the rantangarato luminescent material where the rare earth ion which contains the metallic particle where purity and brightness of discharge light are high, can apply to wide scope in various luminous instruments is doped and that its production method is offered are designated as purpose.SolutionsAs for the rantangarato luminescent material where the rare earth ion which contains the metallic particle which relates to this invention is doped, as for the general system, La1 xGaO3: Ln it is x and M y, Ln is the rare earth ion, M is the metallic particle, x numerical range is 0.001 - 0.1, the numerical range of y is 0.00002 - 0.01. Because the metallic particle is added to the rantangarato luminescent material where the rare earth ion which contains the said metallic particle is doped, the luminous efficiency in the same excited condition improves largely, at the same time wave length of discharge light does not change. Selective figure Figure 1
机译:<主题>发光效率高,当它具有优越的发光效率时,被激发出的安坦加拉托发光材料,其中稀土离子所含的金属粒子的放电光的纯度和亮度都很高,可广泛应用于解决方案:对于掺杂有包含与本发明有关的金属粒子的稀土离子的稀土离子的兰坦加拉托发光材料,一般方法为La 1 xGaO3 :Ln是 x 和M y ,Ln是稀土离子,M是金属颗粒,x数值范围是0.001-0.1 ,y的数值范围是0.00002-0.01。将金属粒子添加到掺杂有含有该金属粒子的稀土离子的稀土类物质中,因此,在相同的激发条件下,发光效率大幅提高,并且放电光的波长不变。选择图>图1

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