Congratulations to Matthew Mircovich and his team at Arizona State University for their new publication on "A practical theoretical model for Ge-like epitaxial diodes; Matching the experimental optical responsivity in pin devices". This work centered on developing a model that provides a simultaneous realistic description of the I–V characteristics and responsivity of pin diodes made of Ge-like #semiconductors. The top oxide thickness for the individual diodes was determined using a Filmetrics? F40 #spectralreflectometer to measure optical reflectance in the visible–UV range. Learn more by reading the paper in its entirety: https://bit.ly/41MQjeq
KLA Instruments?
测控仪器制造业
Milpitas，California 13,553 位关注者
Metrology Solutions for Labs & Fabs-Profilers, Nanoindenters, Film Thickness & Sheet Resistance Tools, Defect Inspectors
关于我们
The Instruments group at KLA offers a large portfolio of stylus and optical profilometers, nanoindenters, thin film reflectometers, sheet resistance measurement tools and Candela? defect inspection systems. www.kla.com/instruments KLA Instruments' line of optical and stylus profilers offer a complete range of surface metrology capabilities for engineering and research communities. Our benchtop and automated profilers are designed to measure step height, film thickness, form, texture and automated defect inspection. We also offer high-throughput nanomechanical testers for material characterization. With flexible add-on and upgrade options, our nanoindenter systems can be used hardness, Young’s modulus, adhesion and more. Our affordable UV to NIR spectrometer systems measure thin film thickness from 1nm to 13mm, optical constants, and deposition rates of thin films. Candela? inspection and metrology systems support power device manufacturers, RF communications, LED and hard-disk manufacturers with process control and increased yield. Statements made on LinkedIn may constitute forward-looking statements under federal securities laws. These forward-looking statements involve risks and uncertainties that could significantly affect the expected results and are based on certain key assumptions. Due to such uncertainties and risks, no assurances can be given that such expectations will prove to have been correct, and readers are cautioned not to place undue reliance on such forward-looking statements, which speak only as of the date indicated. Other risks that KLA face include those detailed in KLA filings with the Securities and Exchange Commission, including KLA's annual report on Form 10-K and quarterly reports on Form 10-Q. Forward-looking statements made by third parties do not necessarily reflect the opinion of KLA, are outside of KLA’s control and have not been verified or oterwise vetted by KLA
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https://www.kla.com/instruments
KLA Instruments?的外部链接
- 所属行业
- 测控仪器制造业
- 规模
- 超过 10,001 人
- 总部
- Milpitas，California
- 创立
- 1976
动态
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We had a great time at yesterday's #MaterialsScience Workshop at Electron Microscopy Innovative Technologies, LLC (Emit, LLC) in #EastHartford, CT. Live #metrology presentations and demos from Bryan Crawford and Rahul Nair of #KLAInstruments covered #opticalprofilometry, #nanoindentation, #sheetresistance, #filmthickness and #filmstress measurements, discussing the #ITO use case. It was also great to meet so many materials science researchers and spend time with our EMIT and Thermo Fisher Scientific pals Drew Griffin, Neal Magdefrau, Kate Vanderburgh and Joseph Dorsheimer Can't wait to do it again!
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Dr. Yipu Du and his team at the University of Notre Dame have developed a novel technique for "Autonomous Aerosol and Plasma Co-Jet Printing of Metallic Devices at Ambient Temperature". This co-jet printing (#CJP) method integrates an aerosol jet and a non-thermal, atmospheric pressure plasma jet to enable concurrent aerosol deposition of metal nanoparticle inks and in situ sintering at ambient temperature. This work utilized the Filmetrics? Profilm3D? to measure the thickness of the printed inks and shows that sensor devices can be printed onto thermally-sensitive materials, including plant leaves - wow! Click here to read the full paper:?https://bit.ly/4ksRUxq #additivemanufacturing?#3Dprinting?#opticalprofilometry
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Congratulations to Zhou Chufan and teams at école polytechnique fédérale de Lausanne, EPFL and EPFL for their recent publication on "16-band single-photon imaging sensor based on #Fabry-Perot resonance". In this work, the Filmetrics? F20-UV #spectralreflectometer was used to measure transmittance through the different fabricated filters. Click here to access the full publication: https://bit.ly/3F4Jo7y
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A new publication from A.V. Taran and teams at the Kharkiv Institute of Physics and Technology, National Academy of Medical Sciences of Ukraine, Dnipro City Clinical Hospital No. 16, National Centre for Nuclear Research and V. N. Karazin Kharkiv National University analyzed various properties of #ZrTaN coatings on #endoprosthetic hip joints. This work, "Functional ZrTaN Coatings for Acetabular Component of Hip Joint Endoprosthesis" used the Nano Indenter? G200 to measure hardness and elastic modulus of the ZrTaN coatings under evaluation. Click here to access the full paper: https://bit.ly/4brGzJC
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Congratulations to Chang Eon Kim and the team at Inha University (?????) for their work on "Utilizing Block Copolymer Films as an Etch Mask for Pattern Transfer". The team investigated a simple yet efficient and high-throughput route for pattern transfer, based on the self-assembly of block copolymers (#BCPs). This study used the Filmetrics? F20-UV #spectralreflectometer to measure the thickness of the BCP films spin-coated on the substrate. Click here to access the full paper: https://bit.ly/43l0TKP
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From Mingqiang Li and teams at the University of Toronto and Iowa State University comes a new publication on "Opposite effects of doping on #nanoindentation pop-in phenomena in InAs and Ge crystals". This work used the #KLAInstruments iMicro #nanoindenter to study the effects of doping on #nanomechanical properties, specifically changes in the onset of plastic deformation and crystal dislocations. Click here to access the full paper: https://bit.ly/4kleKqw
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Interested in learning more about #nanoindentation and #opticalprofilometry for #materialsresearch? Don't miss next week's free Materials Science Workshop at Electron Microscopy Innovative Technologies, LLC (Emit, LLC) in #EastHartford CT on Wednesday, March 5. Live presentations from Thermo Fisher Scientific, EMIT and our own Bryan Crawford, along with demos of #SEM, #FTIR, #nanoindenter and our Profilm3D #opticalprofiler. Plus complimentary breakfast and lunch!?? Click here to learn more and register: https://bit.ly/4ias3Jb
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This week, #KLAInstruments is a proud sponsor of Gefüge & Bruch Tagung 2025, also known as Structure & Fracture. Held at Montanuniversit?t Leoben, this conference originated in 1976 to bring together researchers from the fields of #materialsscience and engineering, damage analysis and #fracturemechanics. Click here to learn more about nanoindentation and fracture mechanics: https://bit.ly/4jOuYrV #nanoindentation #nanoindenter #mechanicalproperties
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Congratulations to Xiaojing Qin and the teams at Jilin University and Yancheng Institute of Technology for their publication of "Development of the bioinspired multiscale structures for the enhancing impact resistance of the lightweight armor" in the Journal of #MaterialsResearch and Technology. In this work, the Nano Indenter? G200 #nanoindentation system was used to measure the hardness and elastic modulus of shell structures. Click here to access the full article: https://bit.ly/4i2GsX2 #biomaterials #nanotechnology
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