Analysis of 3D printed photoacoustic spectrometer

3D PRINTED PHOTOACOUSTIC SPECTROMETER Name Course Tutor University City/State Date Abstract With continued technological development, a wide range of techniques and equipment have been modified to improve their functionality and ease of use. The tunable diode laser spectroscopy is an example of such improvements that have increased the efficiency in their fields. The TDLS provides a more effective mechanism for tracing and measuring gas components in the atmosphere. Also, the technique offers a more time-efficient method as it incorporates a simple setup that can be adjusted to fit the environment in which it is being operated. Further, TDLS is developed such that it can be modified to fit the nature of the environment being tested. For instance, TDLS can be used as direct detection or quartz-enhanced photoacoustic spectrometry. Similarly, modulation techniques can be applied to make sure that the technique can work even in settings that have noise levels that can interfere with the results. The functioning of different TDLS mechanisms improves the ability of the techniques to be used in all environments that require the tracing and measurements of gas components. In so doing, the technique makes sure that the equipment can operate in all settings as desired by the user. Tunable Diode Laser Spectroscopy Tunable Diode Laser Spectroscopy is an innovated form of spectroscopy which more advanced and efficient compared to those that were used previously. The primary purpose of utilizing tunable diode laser is to…

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