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TS_pub
technospheramag
technospheramag
ТЕХНОСФЕРА_РИЦ
Competent opinion
L.L.Kolesnik
Development and manufacture of vacuum Equipment – the large-scale task of the modern domestic engineering DOI: 10.22184/1993-8578.2020.13.2.88.93
The research and production company "Electrovacuum Technologies" LLC specializes in solving problems in the field of electronic engineering, from designing, manufacturing
and supplying specialized vacuum equipment to customers, to developing technological processes and applying protective coatings. The company has its own design bureau
and a staff of highly qualified specialists, two employees have a scientific degree, and leading employees have a higher specialized education. Senior students of Bauman Moscow State Technical University working under the guidance of personal mentors.
Development and manufacture of vacuum Equipment – the large-scale task of the modern domestic engineering DOI: 10.22184/1993-8578.2020.13.2.88.93
The research and production company "Electrovacuum Technologies" LLC specializes in solving problems in the field of electronic engineering, from designing, manufacturing
and supplying specialized vacuum equipment to customers, to developing technological processes and applying protective coatings. The company has its own design bureau
and a staff of highly qualified specialists, two employees have a scientific degree, and leading employees have a higher specialized education. Senior students of Bauman Moscow State Technical University working under the guidance of personal mentors.
A.N.Alyoshin
Heidelberg Instruments and new Nano department DOI: 10.22184/1993-8578.2020.13.2.94.98
In February 2018, Heidelberg Instruments acquired a 70% stake in Swiss high-tech company SwissLitho AG. Nowadays, SwissLitho will be called Heidelberg Instruments Nano, and in connection with the transfer
of the company’s website, Heidelberg Instruments has changed the company logo, corporate design
and website. With over 3 years of experience in direct laser recording, Heidelberg Instruments is a worldrecognized direct recording laser lithography company that has successfully integrated many sophisticated technological solutions into its instruments. However, expanding beyond the current smallest element size of 300 nm is more than just an engineering task.
Heidelberg Instruments and new Nano department DOI: 10.22184/1993-8578.2020.13.2.94.98
In February 2018, Heidelberg Instruments acquired a 70% stake in Swiss high-tech company SwissLitho AG. Nowadays, SwissLitho will be called Heidelberg Instruments Nano, and in connection with the transfer
of the company’s website, Heidelberg Instruments has changed the company logo, corporate design
and website. With over 3 years of experience in direct laser recording, Heidelberg Instruments is a worldrecognized direct recording laser lithography company that has successfully integrated many sophisticated technological solutions into its instruments. However, expanding beyond the current smallest element size of 300 nm is more than just an engineering task.
Nanotechnology
M.G.Mustafaev, D.G.Mustafaeva, G.A.Mustafaev
Formation of the contact-metallization systems with improved technological parameters DOI: 10.22184/1993-8578.2020.13.2.122.125
Considered are the technological approaches that provide improved metallization adhesion, reduced structural stresses in the film during deposition and reduced electrical migration at the formation of contact-metallization systems when producing integrated electronics elements.
Formation of the contact-metallization systems with improved technological parameters DOI: 10.22184/1993-8578.2020.13.2.122.125
Considered are the technological approaches that provide improved metallization adhesion, reduced structural stresses in the film during deposition and reduced electrical migration at the formation of contact-metallization systems when producing integrated electronics elements.
Tags: correlation integration interconnects modeling parameter structure technology интеграция корреляция межсоединения моделирование параметр структура технология
M.V.Zubasheva, Yu.A.Smirnov, T.A.Smirnova, R.R.Azizbekyan, V.G.Zhukhovitsky, I.V.Yaminskiy
Nanostructure of protein crystals of bacteria Brevibacillus laterosporus DOI: 10.22184/1993-8578.2020.13.2.126.131
The article provides information about bacterium Brevibacillus laterosporus capable to form protein crystals, toxic to some insects, which allows us to consider these crystals as safe and environmentally friendly product in the fight against mosquitoes. A fine structure of protein crystals was studied and experimental data of the electron microscopy images were obtained.
Nanostructure of protein crystals of bacteria Brevibacillus laterosporus DOI: 10.22184/1993-8578.2020.13.2.126.131
The article provides information about bacterium Brevibacillus laterosporus capable to form protein crystals, toxic to some insects, which allows us to consider these crystals as safe and environmentally friendly product in the fight against mosquitoes. A fine structure of protein crystals was studied and experimental data of the electron microscopy images were obtained.
Tags: brevibacillus laterosporus entomopathogenic bacteria mosquito-toxic properties protein crystalline δ-endotoxin protein crystals белковые кристаллы белковый кристаллический δ-эндотоксин москитоцидные свойства энтомопатогенные бактерии
I.V.Yaminskiy, А.I.Аkhmetova, G.B.Meshkov
Scanning probe microscopy of transition metal dichalcogenides DOI: 10.22184/1993-8578.2020.13.2.132.134
Scanning probe microscopy is a tool for taking measurements of the promising materials. Simplicity of the method allows of obtaining an impressive scope of information pertaining to morphology and surface structure, conductivity, study of material properties at heating.
Scanning probe microscopy of transition metal dichalcogenides DOI: 10.22184/1993-8578.2020.13.2.132.134
Scanning probe microscopy is a tool for taking measurements of the promising materials. Simplicity of the method allows of obtaining an impressive scope of information pertaining to morphology and surface structure, conductivity, study of material properties at heating.
Tags: capillary microscopy lithography local anodic oxidation nanometer resolution scanning probe microscopy thin films капиллярная микроскопия литография локальное анодное окисление нанометровое разрешение сканирующая зондовая микроскопия
Test & Measurement
A.K.Rybakov, M.K.Vetryanshchikov, A.V.Gospodinov
Riboflavin test for washing/cleaning validation of process equipment DOI: 10.22184/1993-8578.2020.13.2.144.147
The article is devoted to the validation of process equipment washing/cleaning procedures in accordance with the VDMA manual.
Riboflavin test for washing/cleaning validation of process equipment DOI: 10.22184/1993-8578.2020.13.2.144.147
The article is devoted to the validation of process equipment washing/cleaning procedures in accordance with the VDMA manual.
Tags: riboflavin validation of cleaning washing and cleaning of technological equipment валидация очистки мойка и чистка технологического оборудования рибофлавин
R.F.Kapustin, М.B.Tarasov, I.P.Pogorelsky, V.I.Khachko, S.I.Tsybulnikov
Biosafety of nanodrugs used in livestock and poultry breeding DOI: 10.22184/1993-8578.2020.13.2.150.156
The use of nanotechnologies enabled the creation of products: Sky-Force, Pentacycline, Rifomast and Endosuper having previously unattainable properties. New properties and methods for producing new materials are determined by the unique properties of nanoparticles and the peculiarities of handling with them.
Biosafety of nanodrugs used in livestock and poultry breeding DOI: 10.22184/1993-8578.2020.13.2.150.156
The use of nanotechnologies enabled the creation of products: Sky-Force, Pentacycline, Rifomast and Endosuper having previously unattainable properties. New properties and methods for producing new materials are determined by the unique properties of nanoparticles and the peculiarities of handling with them.
Tags: bacteria biosafety certification histological studies identification nanodrugs selective exposure therapeutic efficacy viruses бактерии биобезопасность вирусы гистологические исследования нанопрепараты селективное воздействие сертификация терапевтическая эффективность
Equipment for nanoindustry
"PharmEngineering" – a full cycle to build cleanrooms of any complexity
DOI: 10.22184/1993-8578.2020.13.2.106.107
For more than 12 years, the company "Pharm Engineering" has been engaged in the production of building envelopes, design and construction of turnkey cleanrooms. The organization has accumulated considerable experience working with government agencies and commercial enterprises in the framework of projects in the field of pharmaceuticals, healthcare, microelectronics, food, cosmetics and space industries.
For more than 12 years, the company "Pharm Engineering" has been engaged in the production of building envelopes, design and construction of turnkey cleanrooms. The organization has accumulated considerable experience working with government agencies and commercial enterprises in the framework of projects in the field of pharmaceuticals, healthcare, microelectronics, food, cosmetics and space industries.
Tags: clean rooms food and space industry healthcare microelectronics pharmaceuticals микроэлектроника пищевая и космическая промышленность фармацевтика чистые помещения
M.G.Mustafaev, D.G.Mustafaeva, G.A.Mustafaev
Element-technological and constructive integration when creating microelectronic instrument structures DOI: 10.22184/1993-8578.2020.13.2.108.112
In the technological process of manufacturing microelectronic device structures (MDS), especially in production with submicron minimum dimensions, the relationship between the parameters of device structures and the technology for their manufacture is strengthened. Physical and technological modeling allows predicting the characteristics of MDS structures and establishing correlations of technological and electrical parameters of elements, the possibility of their optimal design.
Element-technological and constructive integration when creating microelectronic instrument structures DOI: 10.22184/1993-8578.2020.13.2.108.112
In the technological process of manufacturing microelectronic device structures (MDS), especially in production with submicron minimum dimensions, the relationship between the parameters of device structures and the technology for their manufacture is strengthened. Physical and technological modeling allows predicting the characteristics of MDS structures and establishing correlations of technological and electrical parameters of elements, the possibility of their optimal design.
Tags: correlation технология integration interconnects modeling parameter structure technology интеграция корреляция межсоединения моделирование параметр структура
S.O.Belostotskaya, A.A.Lykyanov, A.S.Roslyakov, A.N.Semyonov, R.A.Fedorov
Reliability assessment of the one-time programmable read-only memory devices produced on the basis of jumpers programmable with the use of the electromigration mechanism (eFuse) DOI: 10.22184/1993-8578.2020.13.2.114.121
In this work the reliability of the one-time read-only memory devices (OPROM) implemented on the HCMOS8D technology with topological standards of 180 nm and designed to be integrated into the base crystal of the 5521TP series is evaluated. With the use of the base layers of HCMOS8D technology, the structure and design of the programmed by the electromigration mechanism of the elements of the EEPROM – jumpers (eFuse), on the basis of layers of n+-polysilicon and nickel silicide were developed. A technique has been developed to assess the reliability of eFuse intended for use as a part of memory cells in the 5521TP series base crystal. eFuse guarantees the preservation of residual resistance within specified limits throughout the life of the microcircuit.
Reliability assessment of the one-time programmable read-only memory devices produced on the basis of jumpers programmable with the use of the electromigration mechanism (eFuse) DOI: 10.22184/1993-8578.2020.13.2.114.121
In this work the reliability of the one-time read-only memory devices (OPROM) implemented on the HCMOS8D technology with topological standards of 180 nm and designed to be integrated into the base crystal of the 5521TP series is evaluated. With the use of the base layers of HCMOS8D technology, the structure and design of the programmed by the electromigration mechanism of the elements of the EEPROM – jumpers (eFuse), on the basis of layers of n+-polysilicon and nickel silicide were developed. A technique has been developed to assess the reliability of eFuse intended for use as a part of memory cells in the 5521TP series base crystal. eFuse guarantees the preservation of residual resistance within specified limits throughout the life of the microcircuit.
Conferences, Exhibitions, Seminars
A.N.Alyoshin
Climate-2020 exhibition: overview of equipment for clean rooms DOI: 10.22184/1993-8578.2020.13.2.140.143
The Climate-2020 exhibition brought together leading manufacturers of equipment for climate systems, air conditioning, ventilation and clean rooms. We focused on the equipment for clean rooms presented at the exhibition and interviewed representatives of companies that made themselves known in this market segment.
Climate-2020 exhibition: overview of equipment for clean rooms DOI: 10.22184/1993-8578.2020.13.2.140.143
The Climate-2020 exhibition brought together leading manufacturers of equipment for climate systems, air conditioning, ventilation and clean rooms. We focused on the equipment for clean rooms presented at the exhibition and interviewed representatives of companies that made themselves known in this market segment.
Issues of patenting
I.A. Rodionov
Technologies for creating plasmon nanolasers with unique characteristics are patented at the FMN Laboratory DOI: 10.22184/1993-8578.2020.13.2.158.159
Team of FMN laboratory of Bauman MSTU and Dukhov Automatics Research Institute (VNIIA) received patents for a multi-stage technology for manufacturing plasmon lasers (spazers) and sensors with unique characteristics. The new method was a breakthrough solution in the field of plasmonics and allowed the creation of a spaser with record spectral characteristics and a high sensitive biosensor .
Technologies for creating plasmon nanolasers with unique characteristics are patented at the FMN Laboratory DOI: 10.22184/1993-8578.2020.13.2.158.159
Team of FMN laboratory of Bauman MSTU and Dukhov Automatics Research Institute (VNIIA) received patents for a multi-stage technology for manufacturing plasmon lasers (spazers) and sensors with unique characteristics. The new method was a breakthrough solution in the field of plasmonics and allowed the creation of a spaser with record spectral characteristics and a high sensitive biosensor .
Nanomaterials
М.B.Tarasov, I.P.Pogorelsky, R.F.Kapustin, V.I.Khachko, S.I.Tsybulnikov
Biosafe nanostructured building materials with desired properties DOI: 10.22184/1993-8578.2020.13.2.136.139
Nanotechnologies facilitate producing materials with unique physical and chemical properties and qualities. In order to study GOST characteristics, experimental samples of nanostructured mortar with different concentrations of modifying additives were manufactured.
Biosafe nanostructured building materials with desired properties DOI: 10.22184/1993-8578.2020.13.2.136.139
Nanotechnologies facilitate producing materials with unique physical and chemical properties and qualities. In order to study GOST characteristics, experimental samples of nanostructured mortar with different concentrations of modifying additives were manufactured.
Tags: biosafety competitiveness industrial nanotechnology nanostructured materials thermophysical parameters биобезопасность конкурентоспособность наноструктурные материалы теплофизические параметры
Report from production
A.A.Dmitrievsky
Center for collective use of scientific equipment in Derzhavin Tambov state university: opportunities and prospects DOI: 10.22184/1993-8578.2020.13.2.100.105
An indispensable condition for scientific progress is the reliability of the experimental results achieved using high-tech scientific equipment. Centers for the collective use of scientific equipment (CCU) are modern "access points" to expensive research facilities.
Center for collective use of scientific equipment in Derzhavin Tambov state university: opportunities and prospects DOI: 10.22184/1993-8578.2020.13.2.100.105
An indispensable condition for scientific progress is the reliability of the experimental results achieved using high-tech scientific equipment. Centers for the collective use of scientific equipment (CCU) are modern "access points" to expensive research facilities.