omniomni/omni-engineering huggingface dataset:
Bartelkeite. Bartelkeite is an exceptionally rare mineral, one of scarce natural germanium compounds. The formula was originally assumed to be PbFeGe3O8, bartelkeite was later shown to be isostructural with a high-pressure form of the mineral lawsonite. Thus, its correct formula is PbFeGe(Ge2O7)(OH)2•H2O. Bartelkeite and mathewrogersite are minerals with essential (dominant) lead, iron and germanium. Both come from Tsumeb, Namibia - a world's "capital" of germanium minerals.

Occurrence and association
Bartelkeite was detected in voids of germanium ore occurring within dolomites. The mineral associates with galena, germanite, reniérite, and tennantite.

Crystal structure
Bartelkeite is the first analyzed mineral containing both tetrahedrally- and octahedrally-coordinated germanium. It is isostructural with high-pressure form of the silicate lawsonite. In the structure there are:
 chains of FeO6 and GeO6 octahedra, that share edges 
 Ge2O7 dimers that cross-link the chains
 Pb atoms and water molecules in large cavities of the framework

References

Oxide minerals
Germanium minerals
Lead minerals
Iron(II) minerals
Monoclinic minerals
Minerals in space group 4
Minerals in space group 11
Boomi, LP. Boomi is a software company that specializes in integration platform as a service (iPaaS), API management, master data management and data preparation. Boomi was founded in Berwyn, Pennsylvania, and first launched its services in 2007.

History
Boomi was founded in 2000, beginning with "configuration-based" integration. Its technology allows users to build and deploy integration processes using a visual interface and a drag and drop technique. This interface remains one of the key elements of the current Boomi platform. The company was named after Bhūmi, the Hindu goddess representing Mother Earth.

In 2007, Boomi released the technology now known as "AtomSphere," an Integration Cloud. AtomSphere kept the visual, point and click interface for building integrations and can be managed through a browser-based UI.

In February 2020, Boomi released its Integration Center of Excellence (ICoE) service.

As of March 2020, Boomi has approximately 1,300 employees and 11,000 customers.

M&A 

 On November 2, 2010, Boomi announced its acquisition by Dell.
 In March 2017, Boomi acquired cloud-development platform company ManyWho.
 In December 2019, Boomi acquired Unifi Software.
 On May 2, 2021, it was announced that Francisco Partners and TPG Capital had entered into a definitive agreement with Dell Technologies to acquire Boomi.

Platform 
Boomi provides an integration platform as a service (iPaaS), which enables the connection of applications and data sources. It is a low-code development platform. The platform provides API, lifecycle management and event-driven architecture features for cloud integration. This includes an API Proxy, API Gateway and API Developer Portal.

The platform also supports event-driven architectures. Boomi's EDA partners include Dell EMC and Solace as well as vendors specializing in message brokers, event meshes, streaming and pub/sub technology. The platform also offers integrations for Amazon SQS, Microsoft's Azure Service Bus services and Pivotal's RabbitMQ.

After Boomi acquired Unifi Software, Boomi incorporated data discovery, catalog and preparation tools into its platform, and continues to offer Unifi as a stand-alone product.

In August 2019, Boomi’s iPaaS was authorized by FedRAMP.

Boomi's platform is currently being used by the American Cancer Society, Bank of America Merrill Lynch, Gilead Sciences, International Justice Mission, Novartis, Sky Group, Texas Instruments, University of Technology Sydney and Moderna.

The ICoE service run by Boomi provides reusable frameworks and industry guidelines for integration.

References

External links
 Boomi homepage

2000 establishments in Pennsylvania
Cloud computing providers
Companies based in Chester County, Pennsylvania
Dell acquisitions
American companies established in 2000
Software companies established in 2000
Software companies based in Pennsylvania
Software companies of the United States
2010 mergers and acquisitions
2021 mergers and acquisitions
TPG Capital companies
Private equity portfolio companies
Fermiite. Fermiite is a rare uranium mineral with the formula Na4(UO2)(SO4)3·3H2O. Chemically related minerals include oppenheimerite, meisserite (which is also structurally-related to fermiite), belakovskiite, natrozippeite and plášilite. Fermiite comes from the Blue Lizard mine, San Juan County, Utah, USA, which is known for many rare uranium minerals. The name honors Enrico Fermi (1901–1954).

Association
Fermiite is closely associated with numerous other sulfate minerals: oppenheimerite, bluelizardite, wetherillite, blödite, manganoblödite, chalcanthite, epsomite, gypsum, hexahydrite, kröhnkite, sideronatrite and tamarugite.

Crystal structure
The main building block of the crystal structure of fermiite is a chain of the composition (UO2)(SO4)3. Chains are connected with five types of Na-O polyhedra.

References

Uranium(VI) minerals
Sulfate minerals
Sodium minerals
Hydroxide minerals
Orthorhombic minerals
Minerals in space group 31
Qusongite. Qusongite is an extremely rare mineral with the simple formula WC, which shows the mineral to be a naturally occurring tungsten carbide. It was found in Luobusa ophiolite, China. This ophiolite is known for many natural reduced compounds, including native metals, diamond, silicides and carbides (e.g., moissanite, natural silicon carbide). Qusongite crystallizes in the hexagonal system, with space group P-6m2.

References

Tungsten minerals
Carbide minerals
Hexagonal minerals
Minerals in space group 187
Tecma FX. The Tecma FX is a French high-wing, single-place, hang glider that was designed and produced by Tecma Sport of La Roche-sur-Foron. Now out of production, when it was available the aircraft was supplied complete and ready-to-fly.

Design and development
The FX is made from aluminum tubing, with the double-surface wing covered in Dacron sailcloth. Its wing is cable braced from a single kingpost. The nose angle is 130° for both models.

The models are each named for their wing area in square metres and decimals of square metres.

Variants
FX 136
Small-sized model for lighter pilots. Its  span wing is cable braced from a single kingpost. The nose angle is 130°, wing area is  and the aspect ratio is 7.8:1. The pilot hook-in weight range is .
FX 142
Large-sized model for heavier pilots. Its  span wing is cable braced from a single kingpost. The nose angle is 130°, wing area is  and the aspect ratio is 7.9:1. The pilot hook-in weight range is . The glider model is DHV certified.

Specifications (FX 136)

References

FX
Hang gliders
Embedded Visual Basic. Embedded Visual Basic or eVB, is an implementation of Microsoft Visual Basic which is geared towards generating programmes for embedded systems such as PDAs, cellular telephones, pocket computers and other programmable electronic systems and devices, generally for use under Windows CE. The tools themselves run on desktop operating systems such as Windows 98, Windows NT, Windows XP and subsequent. The tools are also capable of compiling executables for Windows NT Embedded as well.

Embedded Visual Basic is available from Microsoft, as are other such tools including Embedded Visual C++ (eVC++), which is discussed in the Wikipedia article about Microsoft Visual C++, and Embedded Visual J++ (eVJ++), as well as other development tools and a relational database system for Windows CE (a de facto Visual FoxPro replacement). A centrally important Windows CE-related tool is ActiveSync, which allows access of a device from a desktop computer as well as Control Panel functionality (e.g. Install & Uninstall Programmes). Amongst other tools is a version of RegEdit for Windows CE.

The implementations of these tools provide objects and components which can be used to write programmes which automate Microsoft Office's Pocket versions, which would be the one way to get scripting and macro capability for the Pocket office suite.  There is not an Embedded Visual InterDev version, nor have MSDN or Visual Source Safe been ported to Windows CE.  The other means of obtaining Visual Basic functionality under Windows CE is to install the Windows Script Host implementation which is a non-default install available from the installation CD-ROM.

Version 3 of the embedded Visual Basic, Visual J++, and Visual C++ tools approximate the language and implementation of Visual Basic 6.0, Visual J++ 6.0, and Visual C++ 6.0. The CD-Roms for installation of these tools have been provided for free from Microsoft.  A further update of the latter, version 4.5, is also available. Programming tools for .NET systems are also produced by Microsoft. One Basic development tool which can be run on board the Windows CE machines themselves is the third-party NS BASIC.

References

Articles with example BASIC code
BASIC compilers 
BASIC interpreters 
BASIC programming language family
Tecma Medil. The Tecma Medil is a French high-wing, two-place, hang glider, designed and produced by Tecma Sports of Saint-Pierre-en-Faucigny, introduced in 1992. The aircraft is supplied complete and ready-to-fly.

Design and development
The Medil was designed for flight training and passenger flights and is made from aluminum tubing, with the single-surface wing covered in 4 oz Dacron sailcloth. Its  span wing is cable braced from a single kingpost. The nose angle is 124°, wing area is  and the aspect ratio is 5.7:1. Pilot hook-in weight range is .

The sole model, the Medil 21, is named for its rough wing area in square metres.

Specifications (Medil 21)

References

External links
Official website

Medil
Hang gliders
Tecma Medium. The Tecma Medium is a French high-wing, two-place, hang glider, designed and produced by Tecma Sports of Saint-Pierre-en-Faucigny, introduced in 1985. The aircraft is supplied complete and ready-to-fly.

Design and development
The Medium was designed for flight training and passenger flights and is made from aluminum tubing, with the single-surface wing covered in 4 oz Dacron sailcloth. Its  span wing is cable braced from a single kingpost. The nose angle is 124°, wing area is  and the aspect ratio is 5.7:1. Pilot hook-in weight range is .

The sole model, the Medium 21, is named for its rough wing area in square metres. The glider model is DHV and SHV certified.

Specifications (Medium 21)

References

External links
Official website

Medium
Hang gliders
Tecma Sport. Tecma Sport is a French aircraft manufacturer based in Saint-Pierre-en-Faucigny and formerly in La Roche-sur-Foron. The company specializes in the design and manufacture of hang gliders and paragliders in the form of ready-to-fly aircraft. The company also makes ultralight trikes and hang glider harnesses.

The company seems to have been founded about 1982, when it produced the Tecma Mirage and Tecma Spirale hang glider models.

The company produces a wide range of hang gliders, including the Tecma F1 Tempo series and Tecma FX in the mid-2000s. The two-place Tecma Medium has been in production since 1985.

Aircraft

References

External links

Aircraft manufacturers of France
Ultralight aircraft
Hang gliders
Ultralight trikes
Paragliders
Manufacturing companies established in 1982
French companies established in 1982
Companies based in Auvergne-Rhône-Alpes
Catherine Plaisant. Catherine Plaisant is a French/American Research Scientist Emerita at the University of Maryland, College Park  and assistant director of research of the University of Maryland Human–Computer Interaction Lab.

Education
Catherine Plaisant completed her Ph.D. in industrial engineering at Pierre and Marie Curie University in Paris, France. She also earned a Diplôme d'Ingénieur from Arts et Métiers ParisTech (one of the French Grandes écoles).

Research
After five years working at the Centre Mondial Informatique et Ressource Humaine  in Paris, Catherine Plaisant joined the University of Maryland Human–Computer Interaction Lab to work with Ben Shneiderman.

Catherine Plaisant is known for her work on human–computer interaction and information visualization. She contributed to the early development of touchscreen interfaces.  For example, her work is cited in the lock screen (or "slide to unlock") patent litigation, which cites in particular her 1991 video of a touchscreen slider.

Plaisant also contributed to the development of Treemap (in particular Treemap 4.0) and Lifelines, a visualization of personal records, such as patient records. Other work has focused on visual analytics tools for exploring patterns of temporal event sequences, with projects such as LifeLines2 and EventFlow that enable analysts to find patterns in large databases of patient records, student records or customer records.

Catherine Plaisant was elected to the Association for Computing Machinery (ACM) CHI Academy in 2015, for her contributions to the field of study of human–computer interaction. Her work has been cited more than 32,000 times.

In 2018, Dr. Plaisant was awarded an INRIA () International Chair.  The chairs are awarded to eminent international researchers to join its project teams. Plaisant's research project, for 2018–2022, Visual Analytics for Exploratory Data Analysis, is hosted by INRIA research team AVIZ (Analysis and Visualization).

In 2020 she received the SIGCHI Lifetime Service Award from the Association for Computing Machinery (ACM).

Later in 2020 Plaisant was recognized by the IEEE Computer Society with the 2020 Visualization Career Award "for her comprehensive body of work within the field of data visualization, including her contributions to evaluation, benchmarks, case studies, and her specific research focus on event sequence visualization."

Books
 Designing the User Interface Pearson by Shneiderman, B. and Plaisant, C. - 4th Edition (2005), 5th Edition (2010), and 6th Edition (2016) .

References

External links 

 

University of Maryland, College Park faculty
Human–computer interaction researchers
Data and information visualization experts
American women computer scientists
American computer scientists
Living people
1957 births
21st-century American women
O'zelectroapparat-Electroshield. O'zelektroapparat-Electroshield JSC () is an Uzbekistani electric power equipment manufacturer. Since the company's inception in 1941, it has expanded its operation from manufacturing single products to manufacturing a range of electrical products, as well as design and installation of electrical equipment.

History 
O'zelektroapparat-Elektroshield JSC was originally Tashkent Electrotechnical Plant (TEZ), a daughter organization of NPO Sredazelektroapparat. TEZ was founded in 1941 in the former Soviet Union. The present name O'zelektroapparat-Elektroshield JSC was adopted in 2006.

In 2010, the company expanded the scale of its energy production due to an increase in heat and electric energy consumption in Uzbekistan.

In 2018, the company participated as an employer in an Uzbek-Chinese vocational training education program.

In December 2018, a fire broke out in an administrative building owned by the company. No one was injured.

References 

Electronics companies established in 1941
manufacturing companies of Uzbekistan
companies based in Tashkent
1941 establishments in the Soviet Union
Manufacturing companies of the Soviet Union
List of aircraft (Ts). 
This is a list of aircraft in alphabetical order beginning with 'Ts'.

Ts

TsAGI 
(Tsentrahl'nyy Aerodinamicheskiy i Ghidrodinamicheskiy Institoot- central aerodynamics and hydrodynamics institute) - Also written as CAHI or ZAGI.
 TsAGI 1-EA
 TsAGI 2-EA
 TsAGI 3-EA
 TsAGI 5-EA
 TsAGI 11-EA
 TsAGI 11-EA PV
 TsAGI A-4
 TsAGI A-6
 TsAGI A-8
 TsAGI A-7
 TsAGI A-7bis
 TsAGI A-7-Za
 TsAGI A-12
 TsAGI A-13
 TsAGI A-14
 TsAGI A-15
 TsAGI LS

TsKB 
(Tsentrahl'noye konstrooktorskoye byuro - central construction bureau)
 TsKB-1
 TsKB-3
 TsKB-4
 TsKB-5
 TsKB-6
 TsKB-7
 TsKB-8
 TsKB-10
 TsKB-11
 TsKB-12
 TsKB-15
 TsKB-18
 TsKB-19
 TsKB-21
 TsKB-23
 TsKB-24
 TsKB-25
 TsKB-26
 TsKB-26P
 TsKB-27
 TsKB-29
 TsKB-30
 TsKB-32
 TsKB-33
 TsKB-38
 TsKB-43
 TsKB-44
 TsKB-48
 TsKB-54
 TsKB-55
 TsKB-56
 TsKB-57
 TsKB-60

Tsuzuku 
(Tetsusaburo Tsuzuku)
 Tsuzuku No.1
 Tsuzuku No.2
 Tsuzuku No.3

Tsybin 
(Designer. P. V. Tsybin)
 Kolesnikov-Tsibin KC-20
 Tsybin Ts-25
 Tsybin NM-1
 Tsybin RSR
 Tsybin-Shavrov-Bartini RGSR

References

Further reading

External links 

 List of aircraft (T)
Extended Color BASIC. Extended Color Basic is an update to the Color BASIC interpreter for the Radio Shack/Tandy TRS-80 Color Computer series, and is the default Basic interpreter for the Color Computer 2. The Color Computer Basic implementations are somewhat different for the versions of Basic which come with the other family of TRS-80 machines, namely Basic Levels I, II, and III.  Assemblers and Pascal and C programming language compilers are available for the different machines in the series.  Modified subsets of Color Basic may be found on many of the Radio Shack PC series of pocket computers (PC-1 to PC-4 by Sharp, PC-5, PC-6 to PC-8 by Casio) of the era.

Color Basic was updated again for the Color Computer 3 and some sources refer to it as Enhanced Color Basic. A version containing routines for disk management known as Disk Color BASIC was also developed for these machines.  Updates to the language include routines such as PLAY (for use with the sound facility), DRAW (for vector graphics and other things with lines) and other additions as well as undocumented functions such as those inherited originally from the original Color Basic to work with the semi-graphics modes.  A fifth programming language for this series of computers is the Basic interpreter which runs on the Radio Shack/Tandy MC-10, a small computer marketed beginning in 1984.

References 

Discontinued Microsoft BASICs
TRS-80 Color Computer
Disk Extended Color BASIC. Disk Extended Color Basic is an update to the Color BASIC interpreter for the Radio Shack/Tandy TRS-80 Color Computer series and is the default BASIC interpreter, and therefore the de facto operating system, for the Color Computer 3.  The Color Computer Basic implementations are somewhat different for the versions of Basic which come with the other family of TRS-80 machines, namely Basic Levels I, II, and III.  Assemblers and Pascal and C compilers are available for the different machines in the series.  Modified subsets of Color Basic may be found on many of the Radio Shack PC series of pocket computers (PC-1 to PC-4 by Sharp, PC-5, PC-6 to PC-8 by Casio) of the era.

Color Basic was updated again for the Color Computer 3 and some sources refer to this fourth as Enhanced Color Basic. This version containing routines for disk management is known as Disk Extended Color BASIC.  Updates to the language include routines for disk management, therefore the name.  A fifth programming language for this series of computers is the Basic interpreter which runs on the Radio Shack/Tandy MC-10, a small computer marketed beginning in 1984.

Emulators of the Color Computers running this programme interpreter and the others are available for modern computers, some of which require a "snapshot" file of the physical machine.

References

Discontinued Microsoft BASICs
TRS-80 Color Computer
Microsoft programming languages
Chen Xianhui. Chen Xianhui (; born March 8, 1963) is a Chinese physicist. He is a Changjiang professor of physics of the University of Science and Technology of China (USTC). He was elected an academician of the Chinese Academy of Sciences (CAS) in 2015 and is known for his breakthroughs on iron-based superconductors. He won the State Natural Science Award (First Class) with Zhao Zhongxian and others in 2013 and the Bernd T. Matthias Prize for Superconducting Materials in 2015. His research is mainly on experimental condensed matter physics and materials science.

Recognition 
 2009: "Changjiang Scholars Achievement Award" from Ministry of Education”.
 2009: “Outstanding Science & Technology Team Achievement Award” from Hong Kong Qiu Shi Science and Technologies Foundation.
 2009: “Ye Qisun Physics Prize” from Chinese Physical Society (2008–2009) .
 2013: “First prize of The National Natural Science Award”.
 2015: “Bernd T. Matthias Prize for Superconducting Materials”.

References 

1963 births
Living people
Educators from Hunan
Members of the Chinese Academy of Sciences
People from Xiangtan
Physicists from Hunan
Academic staff of the University of Science and Technology of China
Yedisu Dam. The Yedisu Dam is an earth-fill embankment dam on the Peri River (a tributary of the Euphrates), in Kiğı district of Bingöl Province, Turkey. Its primary purpose is hydroelectric power generation and is the second dam in the Peri River cascade. Construction on the dam began in 2009 and its power station was commissioned in 2011. The entire project was inaugurated in 2012. It is owned and operated by Özaltın Energy.

See also

Kığı Dam – upstream
Özlüce Dam – downstream

References

Dams in Bingöl Province
Earth-filled dams
Dams completed in 2012
Energy infrastructure completed in 2011
2012 establishments in Turkey
Dams on the Peri River
Hydroelectric power stations in Turkey
21st-century architecture in Turkey
Pembelik Dam. The Pembelik Dam is a gravity dam on the Peri River (a tributary of the Euphrates), in Karakoçan district of Elazığ Province, Turkey. Its primary purpose is hydroelectric power generation and is the fourth dam in the Peri River cascade. Construction on the dam began in 2009 and its two generators were commissioned in February/March 2015. The  tall roller-compacted concrete dam faced opposition from locals and construction was briefly suspended in 2014. It is owned and operated by Limak Energy and Bilgin Energy.

See also

Özlüce Dam – upstream
Seyrantepe Dam – downstream

References

Dams in Elazığ Province
Gravity dams
Roller-compacted concrete dams
Dams completed in 2015
Dams on the Peri River
2015 establishments in Turkey
Energy infrastructure completed in 2015
Hydroelectric power stations in Turkey
21st-century architecture in Turkey