Join EDAX, now part of Gatan, at Microscopy & Microanalysis (M&M) 2024. Visit our official show page to register for demos and presentations and view our complete list of events. We look forward to seeing you in Cleveland! https://ow.ly/lxCU50Su5Fv #SEMEDS #EBSD #SEMWDS #OIM #Materials #Microscopy #Microanalysis #MM2024
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Are you looking to improve your TKD Analysis? Join us for our upcoming webinar on 26th September which will explain how TKD analysis can be enhanced using the Near Axis TKD (NA-TKD) solution, introducing a new geometry and detector hardware. We will also cover the differences compared to conventional TKD, how this solution can benefit your applications and how it can extend the capabilities of your CMOS EBSD system. Register to watch the tutorial on our website: https://okt.to/vjnwPi #TKDAnalysis #TransmissionKikuchiDiffraction #EBSD #MicrostructureAnalysis
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Interested in the Role of Macular Carotenoids in #AMD? See below 👇 If you’re a MacuPrime stockist and you haven’t already registered to join us on 4th April 2024 at 6.30pm for a live webinar from Professor John M. Nolan (PhD) on the Role of Macular Carotenoids in AMD and Visual Performance, please click the link! 3 CPD points available in this interactive discussion workshop. 💚 https://lnkd.in/eUPkK4bU
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Two paper got accepted in physica scripta Q2 Percentile 97 Impact factor 2.6 "A Robust Color Image Encryption Scheme with Complex Whirl Wind Spiral chaotic system and quadrant-wise pixel permutation" with international collaboration A Modified Astable Multi-vibrator-driven 3D Chaotic Circuit with Dual LC Band Stop Filters https://lnkd.in/gkjYyq3i
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Join our next webinar “Getting Started: AURIX TC3xx and TC4x debugging with UDE”. 📅 February 15 🕚 11am CET. The webinar will give you an introduction and getting started to #multicore #debugging with the #UDE #UniversalDebugEngine for the Infineon Technologies #AURIX TC3xx and TC4x. Jens Braunes will show you how to control the different cores in the UDE’s user interface and synchronize them for debugging. Using practical examples, you will learn which special features UDE offers for easy and efficient multicore debugging. Finally, you will take also a quick look at special cores such as the GTM and the PPU of the TC4x. This webinar will be hosted by our partner Hitex GmbH. Register here: https://lnkd.in/emPzY9Ft
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Join our next webinar “Getting Started: AURIX TC3xx and TC4x debugging with UDE”. 📅 February 15 🕚 11am CET. The webinar will give you an introduction and getting started to #multicore #debugging with the #UDE #UniversalDebugEngine for the Infineon Technologies #AURIX TC3xx and TC4x. Jens Braunes will show you how to control the different cores in the UDE’s user interface and synchronize them for debugging. Using practical examples, you will learn which special features UDE offers for easy and efficient multicore debugging. Finally, you will take also a quick look at special cores such as the GTM and the PPU of the TC4x. Register here: https://lnkd.in/emPzY9Ft
Join our next webinar “Getting Started: AURIX TC3xx and TC4x debugging with UDE”. 📅 February 15 🕚 11am CET. The webinar will give you an introduction and getting started to #multicore #debugging with the #UDE #UniversalDebugEngine for the Infineon Technologies #AURIX TC3xx and TC4x. Jens Braunes will show you how to control the different cores in the UDE’s user interface and synchronize them for debugging. Using practical examples, you will learn which special features UDE offers for easy and efficient multicore debugging. Finally, you will take also a quick look at special cores such as the GTM and the PPU of the TC4x. This webinar will be hosted by our partner Hitex GmbH. Register here: https://lnkd.in/emPzY9Ft
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Our AX / AX R #Confocal #Microscopy system can be configured on an upright microscope with the full 25 mm field of view, even with attachments such as the #NSPARC #ImageScanningMicroscopy detector. Learn more: https://bit.ly/3vc2d3y
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This EBSD phase map of a semiconductor microsolder bump reveals the intricate layers of phases and the existence of unwanted Sn and Ag rich intermetallic compounds. The field of view spans 26 µm. This captivating image was captured using the Symmetry detector 🔬 and AZtecHKL, and then meticulously processed using AZtecCrystal software. Download our application note which provides brief examples of the use of the EBSD technique and in particular, the Symmetry detector and the AZtecCrystal data processing software, for the effective characterisation of microstructures in a range of microelectronics samples 👉 https://okt.to/nH5qOe #EBSD #Microstructures #PhaseMap
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Researcher | Scientist | Engineer | Customer Service, Support, Support | Magnetic Resonance | Materials | Analytical Instruments
This EBSD phase map of a semiconductor microsolder bump reveals the intricate layers of phases and the existence of unwanted Sn and Ag rich intermetallic compounds. The field of view spans 26 µm. This captivating image was captured using the Symmetry detector 🔬 and AZtecHKL, and then meticulously processed using AZtecCrystal software. Download our application note which provides brief examples of the use of the EBSD technique and in particular, the Symmetry detector and the AZtecCrystal data processing software, for the effective characterisation of microstructures in a range of microelectronics samples 👉 https://okt.to/xGZwqb #EBSD #Microstructures #PhaseMap
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This EBSD phase map of a semiconductor microsolder bump reveals the intricate layers of phases and the existence of unwanted Sn and Ag rich intermetallic compounds. The field of view spans 26 µm. This captivating image was captured using the Symmetry detector 🔬 and AZtecHKL, and then meticulously processed using AZtecCrystal software. Download our application note which provides brief examples of the use of the EBSD technique and in particular, the Symmetry detector and the AZtecCrystal data processing software, for the effective characterisation of microstructures in a range of microelectronics samples 👉 https://okt.to/KTbXB3 #EBSD #Microstructures #PhaseMap
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Check out my new blog where we introduce a new series where we will explore diverse Memory solutions for a changing world!
Introducing a new blog series...The FLASH MEMORY MATTERS series will explore the various KIOXIA memory solutions and point to the features and functions that make each the memory of choice for your application. Check out volume 1 here: https://bit.ly/3UJ4Wfv #KIOXIAMEMORYMAKER
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