#IRsweep will be presenting at the 50th annual #ICOPS in Santa Fe, New Mexico! Come see our talk about high-resolution #QCL dual-comb spectroscopy of ammonia produced in plasma reactors (Talk ID: O-7.2.1). Thanks to @IbrahimSadiek of @INPGreifswald for leading this effort!
This is how excited Jakob Hayden is about cavity-enhanced dual-comb #spectroscopy! Join the #webinar with @CharlesMarkus next week, May 23rd, to see the results of the first implementation of QCL dual-comb spectroscopy with cavity enhancement. sign up: https://t.co/JyRvf4ADIn
The sensitivity of cavity-enhanced #spectroscopy and broad-band coverage of dual-comb spectroscopy: @CharlesMarkus will explain how he did it in our next webinar on May 23rd, hosted by Jakob Hayden. Sign up here https://t.co/JyRvf4ADIn
Check out some of the research that has already been done with our dual-comb spectrometers! From protein conformation to high-temperature thermometry, the possibilities are endless: https://t.co/6oVsc3n7Fe
#science#spectroscopy#research
Find out more about sorting plastics accurately by density and melt-flow rate to help increasing recycling rates during next week’s Photonics Spectra conference, were IRsweep’s Markus Geiser will be presenting on the topic: https://t.co/aiT5cgn26w
#spectroscopy#recycling
If you are going to the #ACS Spring Meeting in Indianapolis next week, be sure to swing by the IRsweep booth #501 for the latest and greatest about #QCL Dual-comb #spectroscopy. Looking forward to seeing you there!
Excited to announce the release of IRis-C, the compact and cost-efficient mid-IR spectrometer based on the same advanced QCL technology as our high-end IRis-F1! Get the same quality results at a more affordable price. #MidIRspectroscopy#QCL#CostEfficiency
Classical infrared spectroscopies are workhorses in many labs. A new polarization-dependent IR spectroscopic method beyond the technical possibilities of classical Fourier-transform IR is presented by Karsten Hinrichs et al.
@isas_Leibniz@IRsweep @HZBde
https://t.co/VO0rOr5FTa
Exciting news ahead! Our latest IR comb spectrometer is coming soon and it's a game-changer! Get ready for a compact, cost-efficient solution that packs punch in performance. Stay tuned for more details on the release. #IRspectrometer#dual-comb #qcl#spectroscopy.
Contact-free detection of trace amounts of explosives at a stand-off distance is in high demand for a wide range of environments. Latest results detecting few µg/cm2 using #QCL dual-comb #spectroscopy presented at SPIE DCS: https://t.co/A5KK6sfcHm
Thanks Karen Keppler for joining Tuesday’s IRsweep Webinar on dual-comb #Spectroscopy on expanding supersonic jets with high spectral (<15 MHz) and temporal (<4 µs) resolution. Stream it here: https://t.co/qRX1jT97GL
Full open access and available here: https://t.co/EGS7Ol6QEv
Check out our new laser module C!
5 years after the introduction of the IRis-F1 QCL dual-comb spectrometer, we announce our new Laser Module C available for all existing IRsweep spectrometers with prices starting as low as CHF 25’000. https://t.co/TYXBxBLI0j
The IRsweep webinar series continues 10.1.23 with Karen Keppler of the Merkt group at ETH Zurich:“High Spectral and Temporal Resolution Spectroscopy: Study of Atmospherically Relevant Molecules in Supersonic Beams using a QCL Dual-Comb Spectrometer”. https://t.co/qRX1jSRwib
Our recent preprint shows for the first time how dual-comb polarimetry can be applied in the mid-IR range, for the analysis of complex dielectric functions and anisotropic samples. Preprint here https://t.co/JEs44jtDVs
The 15th Atmospheric Spectroscopy Applications (ASA) workshop will continue the union with the biennial HITRAN conference on August 24th in Reims, France. Be sure to attend J. Hayden’s talk on mid-IR #QCL dual-comb #spectroscopy with 1x10^-4 cm^-1 accuracy on Wednesday 10:20!
Wonderful paper using the IRis-F1 #spectrometer to help understand complex processes in #electrochemistry.
Congrats to Erick Lins, Ian Burgess & co-authors from @usask. Available @sciencedirect, Journal of Electroanalytical Chemistry:
https://t.co/bRNv35dCGU
#Spectroscopy on expanding supersonic jets with high spectral (<15 MHz) and temporal (<4 µs) resolution and 90 cm-1 spectral coverage published with Prof. Frédéric Merkt and Prof. Martin Quack of @ETH uses #QCL dual-comb spectroscopy: https://t.co/EGS7Ol6QEv
In #standoff detection, high sensitivity and sampled area per time are key requirements, making #QCL dual-comb #spectroscopy an excellent match. Find out why at R. Horvath’s presentation at the Applied Industrial Optics conference, covering #security screening and polymer sorting
We're glad to be back at PhotoIUPAC in Amsterdam! If you’re there, be sure to join Jakob Hayden’s talk on microsecond-resolved dual-#comb#spectroscopy in the mid-IR on Thursday, contribution 7B-OC73.