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首页> 外文期刊>International Journal on Smart Sensing and Intelligent Systems >USING LEGO MINDSTORMS NXT? ROBOTICS KITS AS A SPECTROPHOTOMETRIC INSTRUMENT
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USING LEGO MINDSTORMS NXT? ROBOTICS KITS AS A SPECTROPHOTOMETRIC INSTRUMENT

机译:使用LEGO MINDSTORMS NXT?机器人套件作为分光光度计

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摘要

High-end spectrophotometric analytical instruments are typically employed in academic institutions and industrial research laboratories and are rarely available for experimenters or younger students. An affordable high-tech robotic product manufactured by Lego may be employed as a single-beam monochromatic light source, detector and display to demonstrate and investigate the Beer-Lambert law using solutions containing chromophores that absorb light in the 600 nm - 660 nm range. Using the materials shown in this work, users will gain an understanding of the measurement of optical properties of solutions, and basic properties of semiconductor photonic devices. Some semiconductor theory is essential to understand the photonic devices employed in this work in addition to an understanding of basic analytical chemistry The majority of this work addresses the relationship between concentration and absorbance.
机译:高端分光光度分析仪器通常在学术机构和工业研究实验室中使用,很少供实验者或年轻学生使用。乐高(Lego)生产的价格合理的高科技机器人产品可以用作单光束单色光源,检测器和显示器,以使用含有吸收600至660 nm范围内的光的生色团的溶液来证明和研究比尔朗伯定律。使用本文中显示的材料,用户将了解溶液的光学性质的测量以及半导体光子器件的基本性质。除了了解基本的分析化学外,一些半导体理论对于理解本工作中使用的光子器件也是必不可少的。本工作的大部分内容涉及浓度与吸光度之间的关系。

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