Мухамедьяров Равиль Давлетович
О себе
"Ural Optronics",LLC : INDUSTRIAL TURBIDIMETERS, PHOTODETECTORS AND PHOTODETECTINGDEVICES
+ execution of customresearch and technological development (RTD):
optics,electronics, sensors, technology refinement, expansion of bottlenecks.
1. Turbidmetric liquid analyzer, AGT-94/5, flow-through. Accuracy class is 2.5. This is designed to measure the concentration of particles suspended in a liquid. Range 0.2–220 mg/l, operatingtemperature up to +55℃.The Confirmation certificate № 58867. Remote (7–100m) sensor with a transparent cuvette is 0.2–0.6 l (4 versions). Ithas a mechanism for cleaning optics.Options for AJT-94: transparent manostat (up to +600℃) to stabilize the sample flowrate; transparent chamber for removing the smallest gas bubbles from the measured liquid.
2. Signaler-turbidometer of the slurry mode SSHR-91/6 is a two-channel flow detector. Range of 20–2000 mg/l.To measure turbidity in two flow cuvettes and control sludge removal in watertreatment clarifiers. Certificate ofconfirmation № 16020, №, 25637-03. The turbidity thresholds (10–95%) and the threshold exceeding time (8–128 s) are programmed.
3. Liquid analyzer nephelometric AGN-98/4-PC.Flow-through, works without contact of optics with water. Measuring range 0.5–6000 FTU,4 sub-bands. Certificate of confirmation № 9958, № 21178-01. The watertemperature is up to +45℃; +65℃. Option: transparent manostat.
4. Over 600 turbidmeters have been manufactured since 1990. They are designed for operating conditions in the Russian Federation. Our analyzers work steadily and around the clock in the conditions of optical andelectromagnetic interference, are used in the management of technical processesof water treatment, circulating water supply and for the control of drinking water. They are also successfully used in nuclear power plants.
5. Photodetectors based on thin films of ultrapure CdPbS, PbS has no analogues in terms of stability and service life (10–30 years). Photodetectors devices based on them have the range of 0.25–3.6 μm including thermoelectric cooling (TEC).
5.1. Ultrafast nano Photoresistor PbS (5–8 μs);
5.2. High-speed Photoresistor PbS (50–75 μs);
5.3. PbS Photoresistor with thermal cooling (100–400 μs);
5.4. Two-channel cooled receiving device, universal "Sigma-09/U". Range 0.25-5.0 μm, 4 temperature modes.
5.5. Optical-Digital laboratory for research and development, “Quantum-Raduga". RTD;
5.6. Sensor for detecting unauthorized smoking, 5 m. Open flame detection 80 m.Three IR channels. RTD.
5.7. Panoramic direction finder for detecting fire site and emergency modes. Does not contain mechanicalscanning. The principle of butterfly eye facet is implemented, 30 angular zonesin a space with a diameter of 1000 m. In each zone a three-color analysis of the radiation source in the IR and range of 0.28–3.3 μm. RTD.
5.8. Panoramic 4-channel infrared scanning direction finder-thermal imager for detecting forest fires and protecting agricultural and industrial facilities. RTD.
More than 6000 pieces of photodetectors and more than 200 devices were delivered on orders.
6. Health Improvement Devices "Pulsar-Premium" (http://Pulsarlife.ru/). Restoration of immunity and efficiency after stress, improvement of internal organs, andremoval of parasites is realized. Option: copper-silver cell. Enrichment and disinfection of water with traceelements of silver and copper. Success in the treatment of viral diseases, influenza, Covid-19 was found out.
7. The center was established in 1989, has 42 official inventions and over 30 know-how. It is an Innovative Enterprise in the field of Optoelectronics and Psychology. In terms of Society, the Center has been conducting consultations and practicalseminars on Worldview and Healthy Lifestyle since 2003. Methods ofharmonization, activation and development of Human creative abilities areoffered, while setting the Meaning of Life as Development in creativity, biological body and society, as well as managing one's own energy.
Please, see our Evolution site: www.svet-ural.com
Области научных интересов
Образование
Топ-100
Области наук
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1
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General Physics and Astronomy
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General Physics and Astronomy, 1, 50%
General Physics and Astronomy
1 публикация, 50%
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Condensed Matter Physics
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Condensed Matter Physics, 1, 50%
Condensed Matter Physics
1 публикация, 50%
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General Materials Science
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General Materials Science, 1, 50%
General Materials Science
1 публикация, 50%
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Mechanical Engineering
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Mechanical Engineering, 1, 50%
Mechanical Engineering
1 публикация, 50%
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Mechanics of Materials
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Mechanics of Materials, 1, 50%
Mechanics of Materials
1 публикация, 50%
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1
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Журналы
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1
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Materials Science in Semiconductor Processing
1 публикация, 50%
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Indian Journal of Physics
1 публикация, 50%
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1
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Цитирующие журналы
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1
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Physical Chemistry Chemical Physics
1 цитирование, 8.33%
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Journal of Physics: Conference Series
1 цитирование, 8.33%
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Inorganic Materials
1 цитирование, 8.33%
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Ionics
1 цитирование, 8.33%
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Crystals
1 цитирование, 8.33%
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Brazilian Journal of Physics
1 цитирование, 8.33%
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JOM
1 цитирование, 8.33%
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Thin Solid Films
1 цитирование, 8.33%
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Physica Scripta
1 цитирование, 8.33%
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Materials Advances
1 цитирование, 8.33%
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Неорганические материалы
1 цитирование, 8.33%
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Bulletin of the South Ural State University series Mathematics Mechanics Physics
1 цитирование, 8.33%
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1
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Издатели
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1
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Springer Nature
1 публикация, 50%
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Elsevier
1 публикация, 50%
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1
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Организации из публикаций
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1
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Организация не определена
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Организация не определена, 1, 50%
Организация не определена
1 публикация, 50%
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Институт химии твердого тела УрО РАН
1 публикация, 50%
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Институт физики металлов имени М. Н. Михеева УрО РАН
1 публикация, 50%
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Уральский федеральный университет имени первого Президента России Б.Н. Ельцина
1 публикация, 50%
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1
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Страны из публикаций
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1
2
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Россия
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Россия, 2, 100%
Россия
2 публикации, 100%
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1
2
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Цитирующие организации
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1
2
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4
5
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Организация не определена
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Организация не определена, 5, 41.67%
Организация не определена
5 цитирований, 41.67%
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Уральский федеральный университет имени первого Президента России Б.Н. Ельцина
4 цитирования, 33.33%
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Институт высокотемпературной электрохимии УрО РАН
2 цитирования, 16.67%
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Институт физики металлов имени М. Н. Михеева УрО РАН
2 цитирования, 16.67%
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Институт химии твердого тела УрО РАН
1 цитирование, 8.33%
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Санкт-Петербургский Политехнический Университет Петра Великого
1 цитирование, 8.33%
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Санкт-Петербургский Государственный Электротехнический Университет «ЛЭТИ» им. В. И. Ленина
1 цитирование, 8.33%
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Санкт-Петербургский горный университет
1 цитирование, 8.33%
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Кемеровский государственный университет
1 цитирование, 8.33%
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Алтайский государственный технический университет имени И. И. Ползунова
1 цитирование, 8.33%
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Алтайский государственный гуманитарно-педагогический университет имени В. М. Шукшина
1 цитирование, 8.33%
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Университет Вирджинии
1 цитирование, 8.33%
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Цитирующие страны
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1
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6
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Страна не определена
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Страна не определена, 6, 50%
Страна не определена
6 цитирований, 50%
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Россия
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Россия, 6, 50%
Россия
6 цитирований, 50%
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США
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США, 1, 8.33%
США
1 цитирование, 8.33%
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Турция
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Турция, 1, 8.33%
Турция
1 цитирование, 8.33%
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- Мы не учитываем публикации, у которых нет DOI.
- Статистика пересчитывается раз в сутки.