omniomni/omni-engineering huggingface dataset:
Gholamreza Mesri. Gholamreza Mesri is a geotechnical engineering researcher, professor, and consultant. He currently lectures at the University of Illinois at Urbana–Champaign.

Mesri emigrated from Iran to the United States in 1960. He attended the University of Illinois at Urbana–Champaign where he earned his B.S. (1965) M.S. (1966) and PhD. (1969), all in civil engineering. His research areas include consolidation and construction methods. He has worked extensively in Mexico City both on the Mexico City Metropolitan Cathedral and the new airport. He has also investigated the causes of the settlement of Kansai International Airport

Books 
 Terzaghi, K., Peck, R. B. and Mesri, G.,  Soil Mechanics in Engineering Practice, 3rd Ed. Wiley-Interscience (1996) .

References

Geotechnical engineers
1940 births
Living people
Iranian expatriate academics
Iranian emigrants to the United States
Grainger College of Engineering alumni
Jasmin Emrić. Jasmin Emrić (born 29 November 1969) is a Bosnian politician serving as member of the national House of Representatives since 2014. From 2000 to 2008, he served as mayor of his hometown Bužim.

Emrić is a member of the People's European Union, having previously been a member of the Party of Democratic Activity and the Party of Democratic Action.

Early life
Emrić was born in Bužim, SR Bosnia and Herzegovina, then part of SFR Yugoslavia. His parliamentary biography indicates that he is an engineer in the field of geodesy and that he was the director of the organization GEOID in Bihać until 2014.

Political career
Emrić was elected to the municipal council of Bužim as a candidate of the Party of Democratic Action (SDA) in 2000. The SDA won a landslide majority in this election, and Emrić was subsequently chosen by councillors as the city's mayor. He left the SDA at some point between 2000 and 2004 and was re-elected as mayor as an independent candidate in the 2004 municipal elections, the first to be held after Bosnia and Herzegovina introduced the direct election of mayors. He joined the Party of Democratic Activity (A-SDA) in 2008 and was defeated by SDA candidate Mirsad Šahinović in the 2008 municipal elections.

Emrić was elected to the Una-Sana Cantonal Assembly in the 2010  general election and served until the end of his term in 2014, leading a four-member grouping from his party. He was elected to the national House of Representatives in the 2014 general election, and was re-elected in the 2018 and 2022 general elections.

References

External links
Jasmin Emrić (biographical entry), Parliamentary Assembly of Bosnia and Herzegovina

1969 births
Living people
People from Bužim
Bosniaks of Bosnia and Herzegovina
Politicians of the Federation of Bosnia and Herzegovina
Party of Democratic Action politicians
Party of Democratic Activity politicians
People's European Union of Bosnia and Herzegovina politicians
Members of the House of Representatives (Bosnia and Herzegovina)
Pollution Pricing. Pollution pricing reform (PPR) is the process of adjusting market prices to include direct environmental impact on measurable parameters, as e.g. dust and gas exhaust from combustion engines especially in road traffic. This approach differs from general ecologic taxation schemes, where the measurability of the impact is not available on short term or direct comparison of the tax affected choice for investment or operation.

An externality (a type of market failure) exists where a market price omits pollution raise and affection. In such a situation, rational (self-interested) fiscal or individual decisions can lead to environmental harm, as well as to economic distortions and inefficiencies.

Pollution adjusted taxation schemes 

Environmental pricing reform can be economy-wide, or more focused (e.g. specific to a sector (such as electric power generation or traffic) or a particular environmental issue (such as climate change). "Market based instruments" or "economic instrument for environmental protections" may be tailored according to measurable impact of pollution as an escape to the permanent neglection of climate impact by polluting technologies. 
Examples include green tax-shifting (ecotaxation), tradeable pollution permits, or the creation of markets for ecological technologies.

There are generally three types of options available:
 additional taxation on fuel types with typically higher quantities of dust or polluting gas exhaust.
 annual taxation on engine types with typically higher quantities of dust or polluting gas exhaust after catalysating afterburners.
 daily actualized restriction of traffic according to measured pollution levels.

Literature 

 Bhola R. Gurjar (Editor), Luisa T. Molina (Editor), C.S. P. Ojha (Editor) Air Pollution: Health and Environmental Impacts  1st Edition. CRC Press. 2010.
 Zev Levin (Editor), William R. Cotton (Editor). Aerosol Pollution Impact on Precipitation: A Scientific Review. November 17, 2008
 Colin Beavan. No Impact Man: The Adventures of a Guilty Liberal Who Attempts to Save the Planet, and the Discoveries He Makes About Himself and Our Way of Life in the Process. May 25, 2010

References 

Pricing
Pollution
Molybdovanadate reagent. The molybdovanadate reagent is a solution containing both the molybdate and vanadate ions. It is commonly used in the determination of phosphate ion content. The reagent used is ammonium molybdovanadate with the addition of 70% perchloric acid (sulfuric acid is also known to be used). It is used for purposes such as the analysis of wine, canned fruits and other fruit-based products such as jams and syrups.

Physical properties 
The reagent appears as a clear, yellow liquid without odour. It is harmful if inhaled, a recognised carcinogen and can cause eye burns.

References

Reagents
Analytical chemistry
Food science
The Chamber of Geophysical Engineers of Turkey. The Chamber of Geophysical Engineers of Turkey (CGET) is a nonprofit organization found in 1986 and promotes the expert and ethical practice of geophysics in the exploration and development of natural resources, in characterizing the near-surface, and in mitigating earth hazards. 
While most CGET members are involved in engineering problems and groundwater explorations, CGET members also are involved in application of geophysics methods to mineral and petroleum explorations, archaeological researches, seismology and other scientific activities.

History of CGET
Although initial academic studies started as early as 1926, Geophysics education started in 1952 in the Istanbul University and Turkish geophysicists gathered under the association of the mining engineers of the Turkey.  Later, with the inspiration of SEG, the Geophysical Society of Turkey was found in 1961. The society survived till 1980 and ceased its activities due to military coup for six years. Then, CGET was established in 1986, as a member of the Union of Chambers of Turkish Engineers and Architects.

Membership 
SEG memberships open to graduates from geophysics departments. All members receive the all journals and newsletters free and attend to all scientific meetings with modest fee

Meetings and events 
CGET has hosted meetings, conferences, workshops, and expositions for the geosciences community since its very early days. These national and international events have taken place in numerous locations including abroad. CGET was the first Corporate Member of the EAEG and an Affiliate of the EAGE (European Association of Geoscientists and Engineers) having representatives in the councils of both associations before the merger of the two into EAGE. 
Recently our Chamber became a section of the SEG (Society of Exploration of Geophysicists). CGET has also established close relations with the geophysicists from many Balkan States, East European and CIS countries

Students and CGET 
CGET motivates the students join the chamber. Student members also receive the all journals and newsletters free and attend to all scientific meetings and purchase the books with reduced fee.

Journals, books, and newsletters 
“Jeofizik” is a peer-reviewed journal and has been published biannually since late fifties. It is covering all aspects of research, exploration, and education in geophysics. 
“Jeofizik Bulteni” is a newsletter and shares news, non-technical information as well as achievements of the members. 
CGET has published books including genuine research notes, translations and special issues.

Executives 
The presidents of the CGET have been (election periods);

Mehmet B. Ateş (1986-1990)

Osman Demirağ (1990-2000)

Ö Ahmet Ercan (2000-2001)

İbrahim Aydın (2001-2002)

A. Uğur Gönülalan (2002-2008)

Şevket Demirbaş (2008-2010)

Metin Altay (2010-2012)

Şevket Demirbaş (2012-2016)

References

External links 
 web site
 JFMO Facebook page
 JFMO Twitter address

Engineering societies based in Turkey
Geophysics societies
Urea perchlorate. Urea perchlorate is a sheet-shaped crystallite with good chemical stability and strong hygroscopicity. It has usage as an oxidizer in liquid explosives including underwater blasting.

Synthesis 

The compound is synthesized by gradual addition of urea into a perchloric acid solution:

CO(NH2)2 + HClO4 → CO(NH2)2·HClO4

An alternative route is addition of urea to hydrochloric acid solution, followed by addition of sodium perchlorate, and filtration of the salt.

NaClO4·H2O + CO(NH2)2 + HCl → CO(NH2)2·HClO4 + NaCl + H2O

References

Ureas
Explosive chemicals
Perchlorates
Lansweeper. Lansweeper is an IT discovery & inventory platform which delivers insights into the status of users, devices, and software within IT environments. This platform inventories connected IT devices, enabling organizations to centrally manage their IT infrastructure. Lansweeper's automated processes identify and compile a list of connected devices, including computers, routers, servers, and printers. It furnishes device-specific information covering installed software, applied updates & patches, and user details.

History 
Lansweeper was founded in Belgium in 2004.

In October 2020, Lansweeper announced the acquisition of Fing, a network scanning and device recognition platform.

In June 2021, Lansweeper received a €130 million investment from Insight Partners to accelerate further growth.

Description 
The main purpose of Lansweeper derives from a discovery phase of sweeping round a local area network (LAN) and maintaining an inventory of the hardware assets and software deployed on those assets. Reports from the inventory enable complete hardware and software reports on the devices and can be used to identify problems. Lansweeper can collect information on all Windows, Linux and Mac devices as well as IP-addressable network appliances.

The software incorporates an integrated ticket-based Help Desk module used to assist issues to be captured and tracked through to completion. There is also a software module that allows Lansweeper to orchestrate software updates on Windows computers.

The Lansweeper central inventory database must be located on either an SQL Local DB or SQL Server database on a Microsoft Windows machine. Lansweeper claims that while a minimum default configuration can be supported by placing all its components on a single server, the application has the capability to scale up to hundreds of thousands of devices. While Lansweeper can be set up agentless, it may be recommended to use agents for more complex configurations.

Lansweeper has a freeware version of the product, but it is limited in the number of devices available and functionality provided unless appropriate commercial licenses are purchased.

Notes

References

External links 
 

Network management
Utility software
IT infrastructure
Stewart Wingate. Stewart Wingate is the chief executive of Gatwick Airport. He was born in Bishop Auckland,  County Durham, where he left school at 16 to pursue a career in industry at Black+Decker. During his time at Black+Decker he attended university, graduating from Northumbria University with a degree in electrical and electronic engineering, and then from Newcastle University with an MBA.

After periods in Germany and the Czech Republic he left Black+Decker and joined Glasgow Airport as operations director followed by stints as chief executive of Budapest Airport and in 2007, managing director of Stansted Airport, before taking over at Gatwick in 2009.

References

Living people
Year of birth missing (living people)
Alumni of Newcastle University
Alumni of Northumbria University
Chief executives in the airline industry
People from Bishop Auckland
Argentopyrite. Argentopyrite  is a moderately rare sulfide mineral with the chemical formula . It is one of the natural compounds of the  type, with M being  caesium in very rare pautovite, copper in relatively common cubanite, potassium in rare rasvumite and thallium in rare picotpaulite. The type locality is Jáchymov in Czech Republic. Chemically similar mineral include sternbergite (dimorphous with argentopyrite), lenaite, , and argentopentlandite, .

Crystal structure
Although previously assumed orthorhombic, argentopyrite was later shown to be monoclinic, with structural relationship to cubanite. The most important feature of the argentopyrite structure are:

 hexagonal close-packing of sulfur atoms
 presence of  and  tetrahedra in sheets displaying corner-sharing
 presence of a cluster of four  tetrahedra that share edges
 presence of two iron sites, instead of one as in related species
 ordered-disordered ferrous-ferric nature of the mineral

References

Silver minerals
Sulfide minerals
Monoclinic minerals
Minerals in space group 14
Rheinmetall Algeria. Rheinmetall Algeria is a manufacturer of military vehicles based in Constantine, Algeria.

History
In March 2011 two German defense companies, Rheinmetall and Ferrostaal, joined with the Algerian government-sponsored defense-related automotive development agency EDIV to form Rheinmetall Algeria. The new company was based in Ain Smara near Constantine, Algeria. EDIV has an ownership stake of 51% of the shares, the Emirati investment fund Aabar controls 24.5%, Ferrostaal 19.5%, and technological partner Rheinmetall 5%.

The company's goal was to build a production facility for the manufacture of Fuchs armored transport vehicles, with a production goal of 1200 vehicles within ten years. Some key components are imported from Germany.

Models
Fuchs II 6×6, the Algerian Fuchs will be equipped with engines manufactured by MTU in Oued Hmimine Constantine.
Boxer 8×8, Algeria has been interested in Boxer since 2015 just after the launch of the production of Fuch 2. In 2015, the ANP ( Armée Nationale Populaire) received a test copy that will make the parade on January 31, 2018, under the eyes of the Algerian CHOD Algeria could reach 500 units by 2023,the Algerian Boxers will be equipped same as the previous Fuchs with engines manufactured by MTU in Oued Hmimine Constantine.
 Gladius 2.0 (IdZ-ES) Future Soldier – Extended System and Argus, both modular systems that reduce the burden on the foot soldier while enhancing overall capability

References

External links
 http://www.facing-finance.org/en/database/cases/rheinmetall-manufacturing-of-armored-vehicles-in-algeria/

Companies based in Constantine, Algeria
Defence companies of Algeria
Truck manufacturers of Algeria
Vehicle manufacturing companies established in 2011
2011 establishments in Algeria
Algeria–Germany relations
Borehole image logs. Borehole imaging logs are logging and data-processing methods used to produce two-dimensional, centimeter-scale images of a borehole wall and the rocks that make it up. These tools are limited to the open-hole environment. The applications where images are useful cover the full range of the exploration and production cycle from exploration through appraisal, development, and production to abandonment and sealing.
 
Specific applications are sedimentology, structural geology/tectonics, reservoir geomechanics and drilling, reservoir engineering.

The tools can be categorized in a number of ways: simple optical borehole imaging (OBI) systems, energy source (electrical, acoustic, or nuclear with gamma rays or neutron); conveyance (wireline or logging while drilling); and type of drilling mud (water-based mud or oil-based mud).

See also 
 
 List of abbreviations in oil and gas exploration and production

References

 
Boreholes
Data processing
Well logging
Erhard Rahm. Erhard Rahm (born 1959) is a German computer scientist  and professor at the University of Leipzig. 
His research areas are  database systems, data integration and Big Data.

Biography
Rahm studied computer science at Kaiserslautern University of Technology from 1979 to 1984 where he also earned his Ph.D. in 1988. From 1988 to 1989 he was a post-doc at the IBM Thomas J. Watson Research Center in Hawthorne. He was an assistant professor at Kaiserslautern University of Technology from 1989 to 1994 and received the Venia legendi in 1993. Since 1994 he is a full professor for databases at the University of Leipzig. He spent extended research visits at Microsoft Research in Redmond (WA) and the Australian National University.

Selected publications  
.
.
.

Selected awards 
 VLDB 10-Year Best Paper Award 2011  with Jayant Madhavan and Phil Bernstein,
 ICDE Influential Paper Award 2013  with Sergey Melnik and Hector Garcia-Molina

References

External links 
 Homepage of Erhard Rahm at University of Leipzig
  Publications in the Digital Bibliography & Library Project
 Publications in Google Scholar
 Entry for Erhard Rahm in Mathematics Genealogy Project

Living people
1959 births
German computer scientists
Computer science educators
Database researchers
Academic staff of Leipzig University
Technical University of Kaiserslautern alumni
Kisii Sugar Factory. Kisii Sugar Factory (KSF), is a proposed sugar manufacturer in Kenya.

Location
KSF would be located in South Mugirango Constituency, near the town of Kisii, Kenya, in Kisii County, approximately , by road, south of Kisumu, the nearest large city.

Overview
In March 2016, Kanoria Group, an Indian industrial conglomerate, and the Governor of Kisii County signed a memorandum of understanding (MoU), whereby Kanoria would build a sugar processing factory, capable of crushing 5,000 metric tonnes of cane per day and produce 172,500 metric tonnes of sugar annually. According to the MoU, a thermal power station capable of generating  will be incorporated in the complex. In addition, the complex would produce 15 million litres of ethanol every year. The company will lease land from the county for the purpose of setting up a sugar plantation. More cane will be purchased from out-growers who will be assisted with the right sugar varieties to plant. An expected 1,000 direct jobs and 2,500 indirect jobs will be created by this project.

Ownership
The factory, expected to start construction in July 2016, is a 100% subsidiary of the Kanoria Group, an Indian conglomerate, with business interests in sugar manufacturing, cement, pharmaceuticals, tea, jute products, textiles, chemicals, packaging and roofing materials. The Group whose factories are located on the Indian sub-continent, also owns a sugar factory in Ethiopia.

See also
List of sugar manufacturers in Kenya

References

External links
Kisii steps up Narok, Migori supremacy battle with plan for Sh1bn sugar factory
Kisii signs investment deals worth Sh21 billion
Kenya: Kisii Nets Billions as Investors Pledge to Set Shop in Region

Kisii County
Sugar companies of Kenya
Food and drink companies established in 2016
Wills Wing Eagle. The Wills Wing Eagle is an American high-wing, single-place, hang glider that was designed and produced by Wills Wing of Santa Ana, California. Now out of production, when it was available the aircraft was supplied complete and ready-to-fly.

Design and development
The Eagle was designed as an intermediate-level glider. It is made from aluminum tubing, with the mostly double-surface wing covered in Dacron sailcloth and cable braced from a single kingpost. Its nose angle is 122°.

The models are each named for their rough wing area in square feet. The Eagle was certified to HGMA and DHV standards.

Variants
Eagle 145
Small-sized model for lighter pilots. Its span wing is , the wing area is  and the aspect ratio is 6.2:1. The pilot hook-in weight range is .
Eagle 164
Mid-sized model for medium-weight pilots. Its span wing is , the wing area is  and the aspect ratio is 6.6:1. The pilot hook-in weight range is .
Eagle 180
Large-sized model for heavier pilots. Its span wing is , the wing area is  and the aspect ratio is 6.1:1. The pilot hook-in weight range is .

Specifications (Eagle 145)

References

External links
Official Eagle Owner's Manual
Photo of a Wills Wing Eagle

Eagle
Hang gliders
Wills Wing XC. The Wills Wing XC (Cross Country) is an American high-wing, single-place, hang glider that was designed and produced by Wills Wing of Santa Ana, California. Now out of production, when it was available the aircraft was supplied complete and ready-to-fly.

The XC was Wills Wing's third hang glider model produced.

Design and development
The aircraft is made from aluminum tubing, with the single-surface wing covered in Dacron sailcloth and  cable braced from a single kingpost.

The XC models are each named for their rough wing area in square feet.

Variants
XC-132
Very small-sized model for lighter pilots. Pilot hook-in weight range is .
XC-142
Small-sized model for lighter pilots. Pilot hook-in weight range is .
XC-155
Mid-sized model for medium-weight pilots. Pilot hook-in weight range is .
XC-185
Large-sized model for heavier pilots. The wing has a span of . The glider empty weight is .

Aircraft on display
Canada Aviation and Space Museum - XC-185

Specifications (XC-185)

References

XC
Hang gliders
Phenanthrenequinone. Phenanthrenedione is a quinone derivative of a polycyclic aromatic hydrocarbon.  It is an orange, water-insoluble solid.

Laboratory synthesis and use
It has been prepared by oxidation of phenanthrene with chromic acid.

It is used as an artificial mediator for electron acceptor/donor in Mo/W containing formate dehydrogenase reduction of carbon dioxide to formate and vice versa. It is a better electron acceptor than the natural nicotinamide adenine dinucleotide (NAD+).

Safety
It is cytotoxic and potentially mutagenic.

Phenanthrenequinone is one of many contributors to harmful particulate emissions from diesel motor vehicles.

Related compounds
 1,10-Phenanthroline-5,6-dione

References

Quinones
Phenanthrenes
Rr (debugging). In computing, rr is a debugging tool for Linux designed to record and replay program execution. During the replay phase, rr provides an enhanced gdb debugging experience that supports reverse execution.

rr was originally developed by Mozilla to debug Mozilla Firefox on commodity hardware and software. rr is now widely used outside Mozilla and capable of debugging software such as Google Chrome, QEMU, and LibreOffice. rr is free software.

Design 
During the recording phase, rr records all inputs to a Linux process group from the kernel, as well as nondeterministic CPU effects (such as rdtsc). These inputs are logged to disk and become the "trace". Once the trace is recorded, it can be replayed as many times as desired and all state will be reproduced exactly. During replay rr will act as a gdbserver providing a gdb experience capable of reverse-execution. Because a bug can be replayed over and over again, rr enables new methods of debugging issues that are very difficult to solve with traditional debuggers.

rr's design is documented in the paper Lightweight User-Space Record And Replay, with more details in Engineering Record And Replay For Deployability.

See also 
 gdb
 Record and replay debugging

References

External links 
 

Debuggers