In this paper we demonstrate the development of a new microspectrometer system for the mid-infrared range (2.5 - 6 mu m). Micromechanical components are used for the system, therefore a very compact and economical spectroscopic device has been realized. First measurement results are reported as well as the functional ability of the device
With a trend towards the use of spectroscopic systems in various fields of science and industry, the...
The design of a mid-infrared micro-spectrometer based on an array of differently tuned narrow-band m...
Near-infrared (NIR) spectroscopy is a well-established technique for the chemical analysis of organi...
Mid infrared spectroscopy has been developed to a powerful and essential method of material analysis...
AbstractAt present most spectrometers, in particular for wavelengths longer than the VIS, are compar...
PURPOSE: To characterize the operation of a low-cost infrared spectrometer based on a MEMS Fabry-Per...
AbstractWe show latest results on the feasibility of miniaturized high performance FT-IR spectroscop...
We show latest results on the feasibility of miniaturized high performance FT-IR spectroscopic sensi...
We show results on the progress in the development of MOEMS based FT spectrometers dedicated to oper...
Infrared analysis is a well-established tool for measuring composition and purity of various materia...
This paper presents the design of a micropyrometer for infrared (IR) detection. The electronic parts...
As is generally known, miniature infrared spectrometers have great potential, e. g. for process and ...
Standard FT-IR spectrometers are large, usually static, and expensive and require operation by quali...
The absorption spectra of mols. in the mid-IR (mid-IR) region are used for mol. anal., and the 5-15m...
The first type of IR microscope to be developed, and still in general use, provides optical visualis...
With a trend towards the use of spectroscopic systems in various fields of science and industry, the...
The design of a mid-infrared micro-spectrometer based on an array of differently tuned narrow-band m...
Near-infrared (NIR) spectroscopy is a well-established technique for the chemical analysis of organi...
Mid infrared spectroscopy has been developed to a powerful and essential method of material analysis...
AbstractAt present most spectrometers, in particular for wavelengths longer than the VIS, are compar...
PURPOSE: To characterize the operation of a low-cost infrared spectrometer based on a MEMS Fabry-Per...
AbstractWe show latest results on the feasibility of miniaturized high performance FT-IR spectroscop...
We show latest results on the feasibility of miniaturized high performance FT-IR spectroscopic sensi...
We show results on the progress in the development of MOEMS based FT spectrometers dedicated to oper...
Infrared analysis is a well-established tool for measuring composition and purity of various materia...
This paper presents the design of a micropyrometer for infrared (IR) detection. The electronic parts...
As is generally known, miniature infrared spectrometers have great potential, e. g. for process and ...
Standard FT-IR spectrometers are large, usually static, and expensive and require operation by quali...
The absorption spectra of mols. in the mid-IR (mid-IR) region are used for mol. anal., and the 5-15m...
The first type of IR microscope to be developed, and still in general use, provides optical visualis...
With a trend towards the use of spectroscopic systems in various fields of science and industry, the...
The design of a mid-infrared micro-spectrometer based on an array of differently tuned narrow-band m...
Near-infrared (NIR) spectroscopy is a well-established technique for the chemical analysis of organi...
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