Whether you need to characterize #radioactivewaste or equip warfighters with the right #CBRNe tools, H3D's A Series detector has you covered. Its <1.1% energy resolution is perfect for accurately and quickly identifying radioactive sources with only a 2 minute startup time. The A Series is spectroscopically comparable to HPGe detectors, but is fieldable and costs similarly to scintillator detectors. You can learn more about H3D's new A Series handheld radioisotope identifier this week at the ICOND 2024 event, the CBRN RDAX Dragon Spear event, or on H3D's website.
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Get a closer look at the advantages of phase coherence imaging (PCI) vs conventional amplitude-based TFM results when detecting high-temperature hydrogen attack (HTHA) damage in this #video! https://brnw.ch/21wL7Ft Learn more about our HTHA solutions and high-sensitivity probes: https://brnw.ch/21wL7Fs
Comparison between TFM and PCI on Small Indications with the OmniScan? X3 64 Flaw Detector
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Phase coherence imaging (PCI)—now integrated into the OmniScan? X4 flaw detector—offers high precision when detecting historically difficult-to-detect flaws, such as hook cracks and stress corrosion cracking. In this blog post, we outline the top 5 advantages to using this technique: https://brnw.ch/21wQklQ Take your flaw detection capabilities to the next level with PCI and the new OmniScan? X4 flaw detector. Learn more or request a quote today: https://brnw.ch/21wQklR
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Saelig Introduces SIM1000 Strain Gage Simulators To Mimic Bridge Tension/Compression Activity. This novel 350ohm Wheatstone Bridge Strain Gage/Load Cell simulator mimics tension & compression activity on the bridge, ratiometrically. Available in two versions that are designed to simulate strain gages and load cells, the SIM1000A can be set to ±5.0000 mV/V and the SIM1000B to ±50.000 mV/V. All inputs are set via the thumbwheel switches. Available pre-calibrated to NIST standards, its accuracy and stability are sufficient to use the SIM1000 as a portable secondary standard. https://lnkd.in/gcVf2BTx
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PCI integrated into the OmniScan X4 ??
Phase coherence imaging (PCI)—now integrated into the OmniScan? X4 flaw detector—offers high precision when detecting historically difficult-to-detect flaws, such as hook cracks and stress corrosion cracking. In this blog post, we outline the top 5 advantages to using this technique: https://brnw.ch/21wQklQ Take your flaw detection capabilities to the next level with PCI and the new OmniScan? X4 flaw detector. Learn more or request a quote today: https://brnw.ch/21wQklR
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?? Day 5 of the GfG 160 Days Challenge ? ?? Today’s challenge: implement the Next Permutation algorithm. The task was to rearrange the numbers in the lexicographically next greater permutation or return the lowest possible order if no such permutation exists. #gfg160 #geekstreak2024 #womenintech
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?? [VIDEO] Explore how our Sensor Fusion & Anomaly Detection tool integrates data from Range Sensors and Smart Cameras to have a unified depiction of the surrounding #CCAM environment. By assessing the coherence among various sensor sources within the RSU, it enables the Threat Evaluation Tool to discern internal anomalies effectively. ?? Watch now! https://lnkd.in/dWQQ3czv
Sensor Fusion and Anomaly Detection Tool
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EVIDENT Announces Release of New OmniScan? X4 Flaw Detector: WALTHAM, Mass., (Oct. 21, 2024)—Evident recently announced the release of its newest OmniScan? phased array flaw detector, the OmniScan X4. With multiple ultrasonic technologies and powerful imaging capabilities, the OmniScan X4 is designed to allow inspectors of all skill levels to quickly and accurately detect damage mechanisms in a variety of infrastructure assets. The result of over two decades of product development and enhancement, the OmniScan X4 is the latest evolution in Evident’s O https://dlvr.it/TFZYtW #ndt
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Contact mode is still the simplest mode to operate, and required for the following characterization modes: ? Conductive AFM (#CAFM) ? Scanning capacitance (#SCM) ? Lateral force (#LFM) ? Contact resonance (#CR) ? Piezoresponse force (#PFM) ? Scanning thermal (#SThM) This webinar is highly recommended for researchers working with these modes!
│EMEA Sales Director, Photothermal Spectroscopy Corp │ Global Commercial, Sales & Marketing Director │Strategic Business Growth │ Channel Partner Optimisation │ Digital Marketing Transformation │
When I first used AFM, the instruments operated only in DC contact modes! "Atomic" resolution was achievable only on a good day... It will be fascinating to see in this webinar on on ???????? ????, how contact mode resolution is significantly improved by using more sensitive interferometric (QPDI) detection methods - which could also enable a host of exciting new research as a result of providing much more accurate cantilever spring constant determination. ???????????????? ?? https://okt.to/9qP2ib. #AFM #nanotechnology #microscopy #2Dmaterials
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Quantum Cascade Lasers: 4 to 9.4 μm Multimode QCLs for IR Countermeasures 10-14 & 17-19 μm Single-mode DFB QCLs for Gas Sensing
Quantum Cascade Lasers: 4 to 9.4 μm Multimode QCLs for IR Countermeasures 10-14 & 17-19 μm Single-mode DFB QCLs for Gas Sensing https://zurl.co/nBhG #QuantumCascadeLasers #MultimodeQCLs #IRCountermeasures #SingleMode #DFB #QCL #GasSensing #mirSense #RPMCLasers
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