The Influence of Iodine Buffer in Indium(I) Iodide Based Electrodeless Mercury Free High Intensity Discharge Lamps Driven by Guided Microwaves

机译：碘离子缓冲液对碘化铟（I）微波驱动无电极高强度放电灯的影响

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The presented work deals with an electrodeless mercury free discharge lamp driven by microwaves at the frequency of f = 2.45 GHz. The discharge is launched inside the cavity of a surfatron. The lamps are based on indium iodide fillings. The influence of additional added Iodine as buffer material on the discharges maintenance power is shown with the help of thermal imaging measurements.

机译：提出的工作涉及一个无电极无汞放电灯，该放电灯由微波驱动，频率为f = 2.45 GHz。放电在超子腔内发射。这些灯基于碘化铟填充物。借助热成像测量显示了额外添加的碘作为缓冲材料对放电维持功率的影响。

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《International symposium on the science and technology of lighting》|2012年|143-144|共2页
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Ch. Kaiser; C. M. OEguen; R. Kling;
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4. The Influence of Iodine Buffer in Indium(I) Iodide Based Electrodeless Mercury Free High Intensity Discharge Lamps Driven by Guided Microwaves [C] . Ch. Kaiser, C. M. OEguen, R. Kling International symposium on the science and technology of lighting . 2012

机译：引导微波驱动的铟（I）碘化铟碘化物基无电极汞的自由高强度放电灯的影响
5. LASER EXCITED ATOMIC FLUORESCENCE IN A CARBON TUBE FURNACE AND MICROWAVE EXCITED ELECTRODELESS DISCHARGE LAMPS FOR FLAME ATOMIC FLUORESCENCE SPECTROMETRY [D] . SELTZER, MICHAEL DAVID. 1986

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6. Dielectric Barrier Discharge based Mercury-free plasma UV-lamp for efficient water disinfection [O] . Ram Prakash, Afaque M. Hossain, U. N. Pal, -1

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7. High-pressure Microwave Discharges in a Compact Quartz Tube for an Electrodeless High Intensity Discharge Lamp [O] . Masaya Shido, Tatsuya Nakamura, Takuya Serita, 2005

机译：高压微波排出在紧凑的石英管中，用于无电极高强度放电灯
8. A Reproducible Method for Preparation and Operation of Microwave Excited Electrodeless Discharge Lamps: SIMPLEX Optimization of Experimental Factors for a Cadmium Lamp. [R] . Michel, R. G., Coleman, J., Winefordner, J. D. 1976

机译：一种可重复制备和操作微波激发无极放电灯的方法：镉灯实验因素的sImpLEX优化。

The Influence of Iodine Buffer in Indium(I) Iodide Based Electrodeless Mercury Free High Intensity Discharge Lamps Driven by Guided Microwaves

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