STFC spin-out pioneering new generation of laser gas-sensing solutions 30 April 2018 – Oxford - MIRICO secures £3.5 million investment and appoints Dr Linda Bell as CEO. The equity investment [...]
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So far merico has created 18 blog entries.
MIRICO will be joining local partner, Withtech Inc., at COEX, Seoul, to present details of our long-range, open-path solution for trace gas analysis and emissions monitoring. See you there at [...]
MIRICO will be presenting at PEFTEC 2017, showcasing our remote sensing technology for detecting fugitive emissions, the LDS 100 Open Path. We're incredibly excited to be presenting our collaboration with [...]
MIRICO’s VP of Product Management, Dr. Graham Leggett, recently returned from an exciting trip to China and Taiwan, promoting our game-changing Laser Dispersion Spectroscopy technology to potential customers from [...]
MIRICO, in collaboration with the National Physical Laboratory (NPL), were successful in obtaining a £285k Innovate UK award to carry out a series of laboratory and field validation trials [...]
Molecular dispersion spectroscopy for chemical sensing using chirped mid infrared quantum cascade lasermerico2017-08-29T11:58:43+00:00
A spectroscopic method of molecular detection based on dispersion measurements using a frequency-chirped laser source is presented. An infrared quantum cascade laser emitting around 1912 cm−1 is used as [...]
Chirped laser dispersion spectroscopy (CLaDS) has been introduced recently as a technique that performs molecular detection based on measurement of optical dispersion. In this paper, a new detection scheme [...]
Atmospheric methane concentration levels were detected using a custom built laser dispersion spectrometer in a long open-path beam configuration. The instrument is driven by a chirped distributed feedback mid-infrared [...]
From lab to field measurements, MIRICO's instruments provide the requisite sensitivity, precision and accuracy for capturing data and reporting in global networks. MIRICO's technique for trace gas and stable [...]
The Laser Isotope Ratiometer is a new approach to monitoring stable isotopes, to ensure highly stable precise analysis in the field. To achieve this, the system uses a proprietary [...]