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ТЕХНОСФЕРА_РИЦ
Competent Opinion
Technologies and Technology Equipment
O.Ivanova
Laser Cutting of Metals: Advancements, Innovations, Production Solutions Hankwang’s macehin tools simplicity of controlling laser material processing makes it possible to significantly reduce the number of manual operations and automate the process to the maximum possible extent. The machine’s laser beam power and intensity ensure high work efficiency and high quality of laser cutting.
Laser Cutting of Metals: Advancements, Innovations, Production Solutions Hankwang’s macehin tools simplicity of controlling laser material processing makes it possible to significantly reduce the number of manual operations and automate the process to the maximum possible extent. The machine’s laser beam power and intensity ensure high work efficiency and high quality of laser cutting.
Tags: laser cutting laser metal-working equipment materials processing лазерная резка лазерное оборудование обработка металлов обработка неметаллов
S.Gorny, V.Veiko, G.Odintsova, E.Gorbunova, A.Loginov, Y.Karlagina, ASkuratova, E.Ageev
Laser Color Marking of Metal Surfaces Laser marking of products can ensure high image resolution and longevity of the product-related information during the entire product life cycle. Colorimetric characteristics of graphic symbols made by the commercially-produced laser machine Minimarker-2 utilizing a pulsed, fiber-optic laser have been examined, and results of stainless-steel and titanium surface laser marking are presented in this paper.
Laser Color Marking of Metal Surfaces Laser marking of products can ensure high image resolution and longevity of the product-related information during the entire product life cycle. Colorimetric characteristics of graphic symbols made by the commercially-produced laser machine Minimarker-2 utilizing a pulsed, fiber-optic laser have been examined, and results of stainless-steel and titanium surface laser marking are presented in this paper.
Tags: colorimetric properties of oxide films laser marking колориметрические свойства окисных пленок лазерная маркировка
Conferences, exhibition & seminars
Lasers & Laser Systems
B.Rakhmanov, V.Devisilov, A.Mitrofanov, V.Kibovsky
Issues of safe laser equipment application technical regulation. Part I. Customs Union’s Technical Regulations The Russian regulatory base for laser equipment operation is formed by two systems of regulatory documents which often disagree in many aspects. This situation already affects the entire CIS and the Customs Union. One possible solution of the problem is application of the Technical Regulations of the Customs Union.
Issues of safe laser equipment application technical regulation. Part I. Customs Union’s Technical Regulations The Russian regulatory base for laser equipment operation is formed by two systems of regulatory documents which often disagree in many aspects. This situation already affects the entire CIS and the Customs Union. One possible solution of the problem is application of the Technical Regulations of the Customs Union.
Optical measurements
L.Kaestner, P.r.Lipp, D-von- Gegerfelt, H.Karlsson, E.Illy, J.Hellström
Fluorescence microscopy of living cells using new 515-nm DPSS-lasers New 515-nm diode-pumped, solid state (DPSS) lasers can fill a gap in the compact laser products line. The new technology will be in demand for biological applications while investigating living cells, when using, confocal, FRET, FRAP and TIRF microscopy and flow cytometry.
Fluorescence microscopy of living cells using new 515-nm DPSS-lasers New 515-nm diode-pumped, solid state (DPSS) lasers can fill a gap in the compact laser products line. The new technology will be in demand for biological applications while investigating living cells, when using, confocal, FRET, FRAP and TIRF microscopy and flow cytometry.
Tags: confocal microscopy dpss lasers dpss-лазеры конфокальная микроскопия flow cytometry frap- frap and tirf microscopy fret fret- solid-state lasers tirf- микроскопия проточная цитометрия твердотельные лазеры
A.Kolerov
Bose Condensation on Laser Photons with the Involvement of Carbon Nanotubes Synthesized in Heterogeneous Plasma In this article we argue that intracavity laser spectroscopy permits to observe Bose condensation on laser photons at room temperature.
Bose Condensation on Laser Photons with the Involvement of Carbon Nanotubes Synthesized in Heterogeneous Plasma In this article we argue that intracavity laser spectroscopy permits to observe Bose condensation on laser photons at room temperature.
Tags: bose-einstein condensate on photons carbon nanomaterials laser spectroscopy plsmonics бозе-конденсация на фотонах лазерная спектроскопия наноуглеродные трубки плазмоника
N.Schitov
Relativity in Maxwell’s electrodunamics In this article, we pursue our discussion of Maxwell’s electrodynamics and Lorentz transformations, which, if interpreted correctly, impose no limitations on the motion of a charged particle moving with an arbitrary velocity, including that equal to or greater than с velocity.
Relativity in Maxwell’s electrodunamics In this article, we pursue our discussion of Maxwell’s electrodynamics and Lorentz transformations, which, if interpreted correctly, impose no limitations on the motion of a charged particle moving with an arbitrary velocity, including that equal to or greater than с velocity.
Optoelectronic devices
P.Gindin, V.Karpov, N.Kuznetsov, V.Petrenko, V.Semenov, V.Chishko
Photodetector arrays and subarrays OAO Moskovsky Zavod SAPFIR, a manufacturer of thermal imaging systems, starts the production of the second generation of products that are used in special tasks of observation, control, aiming, guarding of the military and civilian objects. Nomenclature, design concept and main characteristics of the developed batch-oriented devices are given in this article.
Photodetector arrays and subarrays OAO Moskovsky Zavod SAPFIR, a manufacturer of thermal imaging systems, starts the production of the second generation of products that are used in special tasks of observation, control, aiming, guarding of the military and civilian objects. Nomenclature, design concept and main characteristics of the developed batch-oriented devices are given in this article.