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Silver nanowires can be produced through a roll to roll wet process and are a low-cost solution for applications like touch panels, E-paper, LCDs, OLED lighting, displays, organic photovoltaics and thin film solar cells. The silver nanowires have high transmission over a wide range of sheet resistances, are compatible with standard coating processes, and provide flexibility, ductility and low processing temperatures for use in flexible electronics on substrates like PET.
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Optical coherence tomography
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3 d optical data storage
Holographic data storage uses lasers and optical materials to store massive amounts of data in three dimensions. Pieter van Heerden first proposed the idea in the 1960s, and a decade later scientists demonstrated storing 500 holograms in a lithium niobate crystal. Holographic data storage offers significant advantages over traditional storage methods by storing data in all three dimensions within a crystal, allowing millions of bits to be written or read in parallel with a single flash of light. Current research aims to develop holographic versatile disks with terabyte storage capacities and fast data transfer rates.
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optical coherence tomography is a new tool that makes retinal diagnosis easier. the above ppt includes a detailed and precise notes on OCT and its interpretation.
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The document discusses 1D nanostructures and their synthesis. It describes common 1D nanostructures like nanorods and nanowires. It also summarizes several synthesis methods, including vapor-liquid-solid growth, which uses a catalyst to produce nanowires through chemical vapor deposition. The vapor-liquid-solid method lowers reaction energy and allows for controlled anisotropic growth of nanowire arrays from different materials.
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Investigative research project proposal for Nanoscience graduate course. Explores potential use of growth of titatium oxide on implantable medical devices for improved bio-compatibility and anchoring within the body.
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This document provides an overview of optical coherence tomography (OCT), including its history, principles, types, interpretation, clinical applications, limitations, and recent developments. OCT is a non-invasive imaging technique that uses infrared light to generate high-resolution cross-sectional images of the retina and anterior segment. Newer spectral domain OCT systems provide faster scanning speeds and higher resolution compared to earlier time domain OCT systems. OCT is useful for diagnosing and monitoring retinal diseases like glaucoma as well as anterior segment conditions. Interpretation of OCT images involves identifying layers and structures that appear as various colors based on reflectivity. Recent advances include enhanced depth imaging to view deeper choroidal structures and software to quantify retinal thickness and nerve fiber layer measurements.
Optical coherence tomography
Optical Coherence Tomography (OCT) is a non-invasive imaging technique that examines living tissue using low coherence radiation. It provides high resolution cross-sectional images of the retina in real time. OCT allows for both qualitative and quantitative analysis of retinal thickness, volume, and nerve fiber layer thickness. Scans can be customized using different protocols like line, circle, or radial line scans to examine specific areas of interest like the macula or optic nerve.
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This presentation is about the emerging and future possible trends of the exciting field of nanotechnology. Scientists and engineers are working on a smaller scale day-by-day to increase portability and smaller devices, and to change the way we see the world and live in!
gold nano particles
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Appropriate presentation for Nanotechnology & Nanowires Application. along with Nanowiresbattery.
By- SAQUIB KHAN
B.TECH.MECHANICAL ENGG.(First Year)
INTEGRAL UNIVERSITY
Lucknow
nanowires
Nanowires are microscopic wires that are only a few nanometers wide but can be lengthened significantly. They are typically made of metals like gold or zinc oxide and are produced either by growing them or using DNA as a template. Some potential applications of nanowires include greatly increasing data storage and transfer speeds, enabling more powerful batteries, and allowing for compact sensors to detect chemicals and biological molecules. However, nanowires have not been widely implemented commercially yet because mass production methods still need to be developed further.
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Carbon Nanotubes Powerpoint
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Cambrios Technologies
- 1. Silver nanowires E-Paper OLED lighting Solar Cells Touch Panels Roll to roll production Low cost solution for touch panel, EMI shielding, E-paper, LCD, OLED lighting, OLED displays, Organic PV, thin lm PV and other applications Wet processable solution compatible with industry standard coating processes and equipment High transmission over a wide range of sheet resistance (< 10 to 300 Ω/sq) meeting the requirements for many different applications Superior flexibility and ductility to improve yields and enable truly flexible products Low processing temperatures to enable use of substrates such as PET and applications requiring low temperatures Solution coating for lower CapEx compared to ITO