Flat panel ultraviolet Lamps were made of ITO glass and bonded aluminum with porous anodic alumina on the surface. The mixture of argon and nitrogen is introduced as the working gas. The UV radiation power density is tested at different optimization conditions. The results show that the lamp with about 20 W/m2 UV radiation can be obtained when the lamp with 3 mm thick glass and 0.7 mm gas gap distance work at 5% nitrogen and 95% argon at 250 torr. The influence factors are investigated and discussed.
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机译：平板紫外线灯由ITO玻璃和铝制成，表面粘结有多孔阳极氧化铝。引入氩气和氮气的混合物作为工作气体。在不同的优化条件下测试UV辐射功率密度。结果表明，当3 mm厚的玻璃和0.7 mm气隙距离的灯在5％的氮气和95％的氩气下工作时，可以获得约20 W / m 2 紫外线辐射的灯。托尔影响因素进行了调查和讨论。
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