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Experimental LED Luminaire and Its Usage at Study of Plant Physiology

机译:LED发光实验灯及其在植物生理学研究中的应用

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Periodically change of light and darkness, as well as different duration of these two states induce in plant a lot of metabolic and morphologic reactions. The plants dispose of specific receptors for receiving radiation signals. The most effective part of electromagnetic radiation in term of plant growing is red part of light spectrum especially wavelengths 660 and 730 nm, then blue light with absorption maximums 370, 450 and 470 nm. Growth active is often UV radiation too, namely UV-A (320 - 380 nm), UV-B (280 - 320 nm) and green light (500 - 600 nm). It was developed modular LED fixture which allows dynamic change of spectral power distribution of light source based on specific requirements resulted during study of plant physiology. The LED fixture is controlled and programmable via PC.
机译:光和暗的周期性变化以及这两种状态的持续时间不同,会在植物中诱发大量的代谢和形态反应。植物处理用于接收辐射信号的特定受体。就植物生长而言,电磁辐射最有效的部分是光谱的红色部分,尤其是波长660和730 nm,然后是吸收最大值为370、450和470 nm的蓝光。生长活性物质通常也是紫外线辐射,即UV-A(320-380 nm),UV-B(280-320 nm)和绿光(500-600 nm)。它是开发的模块化LED灯具,可根据植物生理学研究过程中产生的特定要求动态改变光源的光谱功率分布。 LED灯具可通过PC进行控制和编程。

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