OpticalCoherence Tomographyppt

In a QCL, the photon emission is obtained by exploiting so-called intersubband transitions, where electrons are scattered between bound states created by ...

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This parabolic reflector can serve as the primary mirror of a reflecting telescope. The rotating liquid assumes the same surface shape regardless of the ...

202024 — 4 Core Components of a Microscope Objective Lens · Meniscus and hemispherical lenses: A meniscus lens contains two spherical curved surfaces, ...

Aspherical lenses are curved outwards on their rear element so that they can better direct light rays into a single focal point. These counter-curves help ...

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Polarized Phoropter TestThis card attaches to your phoroter card to test binocular abilities. When used with the polarized lenses in your phoropter, ...

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Sep 25, 2023 — The second step to reduce thermal lensing is to optimize the beam size of your laser system. The beam size affects the heat distribution and the ...

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James Fujimoto, Eric Swanson; The Development, Commercialization, and Impact of Optical Coherence Tomography. Invest. Ophthalmol. Vis. Sci. 2016;57(9):OCT1-OCT13. https://doi.org/10.1167/iovs.16-19963.

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The Survey3 is the newest in our line of simple to use survey cameras. Every Survey3 camera includes an external USB GPS receiver to automatically geo-tag ...

It provides all the advantages of the GigE Vision standard while providing more bandwidth for applications, where resolution and frame rate are critical. The ...

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This review was written for the special issue of IOVS to describe the history of optical coherence tomography (OCT) and its evolution from a nonscientific, historic perspective. Optical coherence tomography has become a standard of care in ophthalmology, providing real-time information on structure and function – diagnosing disease, evaluating progression, and assessing response to therapy, as well as helping to understand disease pathogenesis and create new therapies. Optical coherence tomography also has applications in multiple clinical specialties, fundamental research, and manufacturing. We review the early history of OCT describing how research and development evolves and the important role of multidisciplinary collaboration and expertise. Optical coherence tomography had its origin in femtosecond optics, but used optical communications technologies and required advanced engineering for early OCT prototypes, clinical feasibility studies, entrepreneurship, and corporate development in order to achieve clinical acceptance and clinical impact. Critical advances were made by early career researchers, clinician scientists, engineering experts, and business leaders, which enabled OCT to have a worldwide impact on health care. We introduce the concept of an “ecosystem” consisting of research, government funding, collaboration and competition, clinical studies, innovation, entrepreneurship and industry, and impact – all of which must work synergistically. The process that we recount is long and challenging, but it is our hope that it might inspire early career professionals in science, engineering, and medicine, and that the clinical and research community will find this review of interest.