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technospheramag
technospheramag
ТЕХНОСФЕРА_РИЦ
Technologies and Technology Equipment
A.Grigoriantz, A.Grezev, V.Grezev
Laser welding Large Thickness Steels with High-Power Fibre-Optic and CO2 lasers The article presents the experimental data of the interaction of laser radiation with plasma physics that accompanies laser welding process. Data are given for CO2 and fibre-optic lasers. Some conditions under which the fusion process proceeds more efficiently are shown. Also action of laser intensity, welding speed, and metal brands on the efficiency of the welding process is considered. Some concrete examples of the nature of metal penetration, properties of welded joints are presented.
Laser welding Large Thickness Steels with High-Power Fibre-Optic and CO2 lasers The article presents the experimental data of the interaction of laser radiation with plasma physics that accompanies laser welding process. Data are given for CO2 and fibre-optic lasers. Some conditions under which the fusion process proceeds more efficiently are shown. Also action of laser intensity, welding speed, and metal brands on the efficiency of the welding process is considered. Some concrete examples of the nature of metal penetration, properties of welded joints are presented.
Tags: lasers laser welding mechanical properties plasma radiation intensity steels welded joint welding bath интенсивность излучения лазерная сварка лазеры механические свойства плазма сварной шов сварочная ванна стали
J.Podsirey
Creation of Laser-Plasma Technologies for Metallic Constructions Utilization The possibility of creation a pulsed mode coal-fired gas dynamic laser (GDL) by means of active medium ripple is considered. It is shown that detonation combustion fuel cycle leads to superior occupation of inversion population density. Construction of a laser mobile technology complex on the standard transport base is considered. The complex design for cutting metal constructions.This allows to implement both a high and medium power transportable GDJ version.
Creation of Laser-Plasma Technologies for Metallic Constructions Utilization The possibility of creation a pulsed mode coal-fired gas dynamic laser (GDL) by means of active medium ripple is considered. It is shown that detonation combustion fuel cycle leads to superior occupation of inversion population density. Construction of a laser mobile technology complex on the standard transport base is considered. The complex design for cutting metal constructions.This allows to implement both a high and medium power transportable GDJ version.
Tags: ablation threshold active medium coal-fired gas dynamic laser plasma pulsating detonation engine quantum level stored energy активная среда газодинамический лазер на продуктах сгорания запасенная энергия квантовый уровень плазма порог абляции пульсирующий детонационный двигатель
A.Pronina
Fine Art Photography Technology Using Color Filters Design technologies that were the result of implementing polarizing color filters led to creation of new photography and photo installation art forms and styles – polage and frizone. The article considers design technologies using color filters.
Fine Art Photography Technology Using Color Filters Design technologies that were the result of implementing polarizing color filters led to creation of new photography and photo installation art forms and styles – polage and frizone. The article considers design technologies using color filters.
Tags: color reproduction image contrast photography art photo installations искусство фотографии контрастность изображения световые инсталляции цветопередача
Conferences, exhibition & seminars
Laser Biennale Beyond Ural. Conference AMPL-2011 Materials Report
T.Gavrilovskaya, H.Kiseleva, A.Klimkin, A.Soldatov The X International conference “Pulse lasers on transitions of atoms and molecules” was held at Tomsk academic campus. The conference subject reflects the results of theoretic and experimental investigations of laser active medium, new active mediums, and pumping methods, physical and chemical processes, of new laser technologies, fundamental laser physics problems, laser science, technical, medicine and other applications, discussions of items associated with creation of devices on their basis, new optical technologies.
T.Gavrilovskaya, H.Kiseleva, A.Klimkin, A.Soldatov The X International conference “Pulse lasers on transitions of atoms and molecules” was held at Tomsk academic campus. The conference subject reflects the results of theoretic and experimental investigations of laser active medium, new active mediums, and pumping methods, physical and chemical processes, of new laser technologies, fundamental laser physics problems, laser science, technical, medicine and other applications, discussions of items associated with creation of devices on their basis, new optical technologies.
Tags: aser systems and new laser-optical technologies femtoseconds laser systems gas and plasma lasers laser applications metal vapor laser optical materials photonics газовые и плазменные лазеры, лазер на парах металлов, фотоника о лазерные системы и новые лазерно-оптические технологии применение лазеров фемтосекундные лазерные системы
V.Privalov, V.Shemanin
XX International Conference "Laser Information Technologies in Medicine, Biology and Eco-Geology–2012" International Conference “Laser Information Technologies in Medicine, Biology and Eco-Geology–2012” celebrated its edge of twenty. Authors from 26 Russian, Ukraine, Kazakstan, Belorussia and Germany scientific institutes presented 100 papers that express results of their theoretic and experimental research.
XX International Conference "Laser Information Technologies in Medicine, Biology and Eco-Geology–2012" International Conference “Laser Information Technologies in Medicine, Biology and Eco-Geology–2012” celebrated its edge of twenty. Authors from 26 Russian, Ukraine, Kazakstan, Belorussia and Germany scientific institutes presented 100 papers that express results of their theoretic and experimental research.
Tags: laser metal cutting nuclear power reactors welded connections control взаимодействие лазерного излучения с веществом геоэкологический мониторинг лазерная физика оптические системы обработки изображений
Lasers & Laser Systems
A.Soldatov, J.Polunin, A,Vasilieva, I.Kostiria, E, Kolmakov, D.Kuksgausen
Double Element Laser lasing 10 Discrete Data Links in the Wavelength Range from 0.51 to 6.45 m Designers of atmospheric sounding systems, medicine equipment, laser systems visualization apparatus working in the infrared band are interested in multiwavelength lasers. There are some factors that aggravate creation of these lasers. Investigations of a multielement strontium and cupric bromide mixed vapor laser that is the foundation of a multiwave laser source lasing at ten data links in the range from 0.51 to 6,45 μm are presented.
Double Element Laser lasing 10 Discrete Data Links in the Wavelength Range from 0.51 to 6.45 m Designers of atmospheric sounding systems, medicine equipment, laser systems visualization apparatus working in the infrared band are interested in multiwavelength lasers. There are some factors that aggravate creation of these lasers. Investigations of a multielement strontium and cupric bromide mixed vapor laser that is the foundation of a multiwave laser source lasing at ten data links in the range from 0.51 to 6,45 μm are presented.
Tags: active medium gas discharge metal vapor lasers infrared emission visualisation multielement strontium and cupric bromide mixed vapor laser multiwave lasing активная среда визуализации инфракрасного излучения газоразрядные лазеры на парах металлов многоволновая генерация мультиэлементный лазер на смеси паров стронция и бромида меди
Fiber-Optic Communication Lines
V.Kurochkin, A.Zverev, J.Kurochkin, I.Riabtzev, I.Neizvestnyi
Quantum Cryptography Experimental Investigations Experimental system for quantum key distribution through an air gap and by fiber-optic transmission line created at the Institute of Physical Problems of SB RAS is considered. Results of quantum efficiency, after pulse emergence probability and noise level of different mode InGaAs-InP avalanche photodiodes investigation are given.
Quantum Cryptography Experimental Investigations Experimental system for quantum key distribution through an air gap and by fiber-optic transmission line created at the Institute of Physical Problems of SB RAS is considered. Results of quantum efficiency, after pulse emergence probability and noise level of different mode InGaAs-InP avalanche photodiodes investigation are given.