DUG’s Post

Detect movement in any area of interest with ICEYE’s world-first Dwell imaging mode, which lets you capture and analyze 25-second motion sequences. Find out more: https://lnkd.in/dkBw4rmp.

If Latin America were to have ICEYE's technology, it would mean having access to an advanced tool for Earth observation through satellites equipped with Synthetic Aperture Radar (SAR) systems. This technology allows for capturing high-resolution images with details down to a few meters, even in adverse weather conditions and darkness. With a constellation of SAR satellites, global coverage and rapid revisit frequency are ensured, meaning updated information from anywhere in the world can be obtained within hours. This would enhance Latin America's ability to monitor natural disasters like floods and wildfires, track changes in land cover, monitor maritime activities, detect deforestation, and plan urban development and natural resource management more efficiently and accurately.

How about a little MP FWI for you Onshore explorationists....Land MP FWI!

DUG MP-FWI Imaging naturally treats multiples and ghosts as valuable signal. By taking advantage of the extra sampling they provide, significant imaging improvements can be obtained even from legacy data, as was the case for this OBC dataset with only 4 km maximum offset. Want to see more? Check out all the latest DUG MP-FWI Imaging results here: https://lnkd.in/gzvhj-D4

A picture is worth a thousand words and seeing is believing. Two quotes that go hand in hand with your amazing images of your cellular research. They all create your own special WOW moment! Keep them coming! #cellimaging #3dmodels #neuroscience #cellandgenetherapy #biotechnology

Swipe to see how DUG MP-FWI Imaging resolves illumination issues caused by complex salt bodies. Want to see more? Check out all the latest DUG MP-FWI Imaging results here: https://lnkd.in/gzvhj-D4 

Welcome to #FAQFriday, where we answer your frequently asked questions about scientific imaging! 💬 A common hyperspectral imaging question we receive: What is a spectral flattening filter and why would I need one? ⁉ Answer: A spectral flattening filter is used to flatten the spectral signal when the signal from the spectral camera varies significantly in radiance across the wavelength range for that camera. The filter is used to increase the SNR at particular wavelength bands and improve the dynamic range of the detector. This is most often recommended in the #SWIR range when using Halogen or Sunlight as illumination. Specim provides their SWIR filters with a special coating to block the 800-960nm wavelengths. Utilizing this filter helps prevent over and undersaturated pixels during data collection, resulting in higher quality data. 👌 For more answers to commonly asked questions about scientific imaging, check out our Tech Support section on our website or comment below with your questions! 👇 https://lnkd.in/gviRV8sZ #channelsystems #hyperspectralimaging #spectralimaging #spectralfilters

Discover how you can increase speed while providing greater resolution to deliver outstanding image quality for liver imaging using SmartSpeed. https://lnkd.in/gJByr2cm

For a Raman specialist, the choice between 1 or 400 measurement points per scan, is quite obvious. Discover Raman Line Imaging (RLI), the fastest way to do Raman imaging. In this video, we showcase some real-life examples: https://lnkd.in/expVHEvJ #NanoTechnology #RamanSpectroscopy #Microscopy #MaterialScience

1) Load your plates - 2) leave for the weekend - 3) review the growth analysis Monday morning! We can help bring your R&D research into the digital age. Our advanced imaging technology and AI-driven models not only heighten accuracy but also drastically reduce time spent on manual tasks. Check out this impressive video showcasing the growth of B. subtilis and F. oxysporum.