Wenn Sie eine Bildverarbeitungsanwendung mit geringen Stückzahlen oder eine Kamera mit einem Sensor größer als 1/1,8" haben, empfehlen wir die Verwendung eines ...

the optical shaping of gas target profiles for proton laser induced acceleration experiments are studied by numerical simulations, at the Institute of Plasma Physics & Lasers - IPPL of the Hellenic Mediterranean University – HMU

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Complete wash lighting convenience reaches new heights with 4BAR Flex Q ILS. This all-in-one system is fitted with four par fixtures on one bar. Because 4BAR Flex Q ILS is compatible with the Integrated Lighting System (ILS) that makes creating coordinated light shows across an unlimited number of different fixture types easy and fast, generating synced light shows without DMX is even easier. High-intensity, quad-color (RGBA) LEDs generate a broad spectrum of colors and achieve natural-looking color temperatures with its punchy amber LEDs. 4BAR Flex Q ILS easily sets up and tears down in minutes and includes a handy carry bag. Adding to the unit’s versatility are two L-brackets that let you maximize setup possibilities and configurations. Easily mount up to 4 additional fixtures to the top of the 4BAR Flex Q ILS and provide power to additional lights using the built-in Edison plugs. 4BAR Flex Q ILS mounts to most tripods or speaker stands, without the need for additional clamps, using the pass-through hole. D-Fi™ USB compatibility for wireless master/slave or DMX control is on-board and multiple control options include standalone, DMX mode, wireless footswitch or the IRC-6.

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Optoma BX-DL080 - lens - 11.5 mm · Product details · People who bought this item also bought · We deliver Insight Intelligent Technology Solutions® expertise.

Sparking curiosity from geopolitics in Japan to the cultural implications of AI! Explore the seven new titles we are welcoming to Cambridge and the seven #OpenAccess titles we are launching in 2025 🚀 🔗 https://cup.org/3yhAuAx

Today lasers have found applications almost everywhere. Most interesting for readers and authors of the journal Laser and Particle Beams (LPB) is the history of laser output power density growth. The invention of Q-switching and Mode- Locking soon brought the output power density into the regime of  1014 to 1015 W ⁄ cm2 where it remained, until the invention of Chirped Pulse Amplification by Mourou and Strickland. This idea opened the regime up to 1022 W ⁄ cm2 and above.

Ultrashort and broadband laser sources are formidable tools for a wide range of scientific areas. In the field of ultrafast science, laser pulses lasting only a few optical cycles are used to generate secondary sources employed in probing matter at atomic scales. Such sources are also widely adopted in applications in ultrafast spectroscopy, pump-probe in chemistry, and optical coherence tomography among many other fields.

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Definition of 'bright'. bright ... A bright colour is strong and noticeable, and not dark. [...] brightly ...

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1", 9.60, 12.80 ; 110 film, 13.00, 17.00 ; 4/3, 13.50, 18.00 ; Canon G1-X · 14.00, 18.70 ...

2023817 — Nahaufnahmen ohne Makroobjektiv – Ausrüstung für die Makrofotografie Teil 1 · Zwischenringe werden ganz einfach zwischen dein Objektiv und die ...

It is interesting to note that Maiman’s submission of the manuscript was first rejected. Moreover his home institute (Hughes) did not support Maiman very much because at that time only few people recognized the vast possibilities for laser applications, and even Maiman himself thought that the laser is ‘a solution of a problem that did not yet exist’.

The numbers labeling the ring denote light throughput with its associated aperture diameter. The numbers usually increase by multiples of √2. Increasing the f/# ...

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Rigorous cleanliness on the National Ignition Facility (NIF) is essential to assure that 99.5% optical efficiency is maintained on each of its 192 beam lines by minimizing obscuration and contamination-induced laser damage.” said James A. Pryatel and William H. Gourdin from Akima Infrastructure Services and Lawrence Livermore National Laboratory

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Stimulated emission of radiation and the achievement of population inversion of the participating electronic levels constitute the foundation of the laser principle. Population inversion requires an effective optical pumping mechanism. The pumping power (P), necessary to achieve population inversion increases with the 4th power of the radiation frequency ν (P~ν^4). Therefore radiation amplification by stimulated emission was first demonstrated (1951) in the microwave regime. Lasing in the x-ray regime was demonstrated only in 1985, when high power lasers like the NOVA laser in Livermore became available.

Antaira's 10G Ethernet switches are fully manageable industrial Ethernet switches, boasting pre-loaded, standard Light Layer 3 network management software. Our ...

To celebrate the 60th Anniversary of the Laser Cambridge are offering free content from LPB and more. Discover your new favourite articles and a 20% discount on selected books as well as more blogs and laser information at our Content Hub on Cambridge Core.

In 1983 the journal Laser and Particle Beams – under the editorship of Heinrich Hora- started to cover High Energy Density Physics, a research topic of fundamental nature. Nobel Laureate Nikokay G. Basov remarked, that much efficiency is lost, when low entropy laser light is converted to high entropy thermal radiation to drive a fusion pellet. Therefore other drivers like pulsed power and intense particle beams offer alternative pathways to generate high energy density in matter and eventually nuclear fusion energy. Experiments and theory nowadays focus on highly non-linear phenomena. The Laser and Particle Beams journal is committed to pure and applied research in High Energy Density Physics with emphasis on nuclear fusion energy and material properties under extreme conditions.

International Women’s Day 2020 falls on Sunday, 8th March this year. In the run up to this date, each week day we’ll be highlighting one woman whose accomplishments in science, technology, engineering and/or mathematics not only elevated their fields but also took us one step closer to a gender-equal world. We hope you’ll join us […]

W Feng · 2022 · 11 — A positive-negative tunable cylindrical liquid crystal lens with near-ideal phase profile is demonstrated experimentally.

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It was May 1960, when Theodor Maiman presented the first Laser. The underlying principle of stimulated emission of radiation was postulated decades before by Albert Einstein.

LPB has outlined the development in this field since 1983. At the following link LPB authors including Nobel laureates Gerard Mourou and Nikalay G. Basov, as well as other leading scientists in the field, present a collection of articles demonstrating this development.

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This article and its illustrations will go a long way toward making the correct choice less of a risk. All curves show typical performance.

Today Lasers are the optimum tool to concentrate energy in space and time. Already during the 1970s it became common knowledge that lasers are an ideal tool to generate states of high energy density, eventually high enough to induce thermonuclear fusion in a small sample of matter that can be contained in a reactor vessel.