omniomni/omni-engineering huggingface dataset:
Manouchehr Taslimi. Manouchehr Taslimi (July 23, 1923, in Tehran, Iran – 1998 in Kingston, Ontario; ) was a professor, university chancellor, and member of government in Iran during the Pahlavi regime.

Biography 

Manouchehr Taslimi completed primary education in Qazvin. He received a master's degree in Mechanical engineering from Tehran University in 1946. Taslimi then attended Case Institute of technology in 1948. He then completed an M.Sc. in history and philosophy of science at the University of London (Conspectus of Recent Research on Arabic Chemistry-M.Sc thesis) followed by a doctoral degree in history and philosophy of science (An examination of the Nihdyat al-talab and the determination of its place and value in the history of Islamic chemistry; London (UC), 1954)

After completing his doctoral degree, Taslimi returned to Iran and began his career as assistant director for Education in Point IV program in Rasht (Gilan province, Iran). He then held several teaching and administrative jobs including administration of the Teachers Training College at Tehran University. He began his government career when he was appointed Undersecretary for Vocational Education, Ministry of Education, followed by advisor to the Ministry of Economic Affairs. Taslimi was then appointed to the position of Undersecretary in the ministry of Information before his appointment as chancellor of Tabriz University in 1968. He remained at Tabriz for four years. He was then appointed director of the Industrial Development and Renovation Organization in June 1972. After leading that organization for four years, Taslimi was appointed to the position of Minister of Commerce in the Amir-Abbas Hoveyda government. He remained in that position until the collapse of the Pahalvi regime.

References

External links 
 University of Tabriz Department of Library Science By Dr. Gholamhosain Tasbihi
 An examination of the Nihayat Al-Talab and the determination of its place and value in the history of Islamic chemistry. discovery.ucl.ac.uk
 Taslimi, M. (1954). An examination of the Nihayat Al-Talab and the determination of its place and value in the history of Islamic chemistry. University of London.
 https://apps.dtic.mil/dtic/tr/fulltext/u2/a374194.pdf

1923 births
Academic staff of the University of Tehran
Iranian expatriates in the United Kingdom
Iranian emigrants to Canada
20th-century Iranian philosophers
Prisoners and detainees of Iran
Iranian prisoners and detainees
Academic staff of the University of Tabriz
1998 deaths
North Carolina Environmental Management Commission. The North Carolina Environmental Management Commission is a group of 15 members appointed by the governor of North Carolina.

This group is responsible for making rules to protect and make better North Carolina's air and water. The members are chosen for knowledge or interest in many topics including medical profession, agriculture, engineering, fish and wildlife, groundwater, air and water pollution control. The commission oversees many other related many other departments. The Committee usually meets on the 2nd Thursday of every other month.

The Commission was created by a law based by the General Assembly of North Carolina in 1974. The law requires that at least one physician, health services representative, one agricultural export, one engineer with a focus in water supply or pollution control, a conservation expert, a hydrologist, three members at large, one manufacturer, someone familiar with local government, a research and a biologist focused on water ecosystems.

References 

Environmental agencies
Government of North Carolina
1974 establishments in North Carolina
Chaiseri. Chaiseri Metal and Rubber Co., Ltd. also known as just Chaiseri is a Thai arms manufacturing company. Describing itself as a "defense land system specialist", Chaiseri designs, manufactures, and upgrades armoured vehicles, their subsystems, and track systems.

Besides being a supplier to the Royal Thai Army, the company exports to 37 countries including several Arab states, Argentina, Bangladesh, Chile, Denmark, Malaysia, Norway, Pakistan, Philippines, Sweden, Russia, Singapore, Ukraine.

History
Chaiseri got its start as a specialist in rubber and rubber-to-metal bonded parts such as torque rods and rubber bumpers for commercial cargo trucks. They then moved to producing track shoes and road wheels for Royal Thai Army tracked armoured vehicles.

Chaiseri then established a vehicle rebuild plant where they repaired and upgraded both wheeled and tracked vehicles, from small vehicles like M151 and Mercedes-Benz W460 to assault amphibious vehicles such as the AAVP7A1.

Chaiseri's business revolves around three product lines: its armoured defense vehicle, "First Win 4x4" (FW4x4). Chaiseri Run-Flat System permits wheeled vehicles with damaged tires to run 150 kilometres while flat. Chaiseri is a specialist in track systems and has aided in the design of many current track systems. Chaiseri Track System C108 enables track upgrades for tracked vehicles.

Chaiseri also manufactures AWAV (Armored Wheeled Amphibious Vehicle), an 8x8 amphibious APC.

Awards
 Demark Design Excellence Award, 2011 for Chaiseri FW 4x4 armoured car.
 Prime Minister's Export Award, 2015 to Chaiseri for "Best Thai brand"
 Thailand Trust Mark

References

Military vehicle manufacturers
Defence companies of Thailand
Privately held companies of Thailand
SCAT-I. SCAT-I (Special CATegory I) is an instrument landing system for aircraft, based on Differential GPS. It is developed under project management by Avinor, the Norwegian airport administration. It is installed on several short runway airports for domestic operation in Norway. It requires special equipment to be installed in the aircraft, and allows precision landings in bad visibility, something that is important on short runways where bad weather including snow storms are common. The system was operational for the first time in 2007, first installed at Brønnøysund, then at several other airports. As of 2013 it is installed at 21 regional airports in Norway.

References

External links
AVINOR SCAT-I introduction movie

Aircraft landing systems
2007 introductions
Synchronization (disambiguation). Synchronization is the coordination of events to operate a system in unison.

Synchronization may also refer to:
 Synchronization (alternating current), the process of matching the speed and frequency of a generator or other source to a running network
 Synchronization (computer science), the synchronization of processes and data
 Synchronization (Nazi Germany) or Gleichschaltung, the process by which the Nazi Party established control over all aspects of German society 
 Synchronization rights, also called "sync licensing", to provide copyright permission for music to be used in video, videogames, or other AV works

See also
 Sync (disambiguation)
 Synchronization in telecommunications
Timothy Dove. Timothy L. Dove (born 1956/57) is the former chief executive officer of Pioneer Natural Resources.

Early life and education
In 1975, Dove graduated from the Jesuit College Preparatory School of Dallas, where he was the valedictorian.

In 1979, Dove received a bachelor's degree in mechanical engineering from Massachusetts Institute of Technology. In 1981, he received a Master of Business Administration from the University of Chicago.

Career
Early in his career, Dove worked for Diamond Shamrock and Maxus Energy. He then joined Parker & Parsley first as vice president of business development and then as senior vice president.

In 1997, Parker & Parsley merged with MESA Inc. to form Pioneer, which Dove joined as vice president of business development.

In May 2016, Scott D. Sheffield, the CEO and chairman of Pioneer, retired and was succeeded by Dove.

In February 2019, Dove retired.

Personal life
Dove serves on the board of trustees of the Jesuit Dallas Foundation and the MIT Corporate Development Committee. He has previous served on the Dream Dallas Advisory Council for Habitat for Humanity, as trustee for the KidLinks Foundation, as chairman for the Dallas Wildcat Committee, and as president of the Dallas Petroleum Club.

While in graduate school, Dove married Jenny Vilfordi. They have four children, including a son and 3 daughters, all of whom attended Catholic private school in Dallas.

References

1950s births
Jesuit College Preparatory School of Dallas alumni
Living people
MIT School of Engineering alumni
University of Chicago Booth School of Business alumni
Government Technical Institute (Mawlamyine). The Government Technical Institute, Mawlamyine () is an Institute of technology and engineering located in Mawlamyine, Mon State, Burma. It can graduate only Diploma of Technical.

History 
In 2014 December, Government Technical Institute (Mawlamyine) was founded by Ministry of Science and Technology. (Not to be confused with the previous Government Technological Institute from the other part of Mawlamyine later upgraded as Technological University (Mawlamyine)).

Location 
GTI Mawlamyine is located at Industrial Quarter, Mawlamyine, that was Computer University (Mawlamyine).

Departments 
Department of Civil Engineering
Department of Electronic and Communication Engineering
Department of Electrical Power Engineering
Department of Mechanical Engineering

Programs

See also
List of universities in Myanmar
Yenangyaung Government Technical Institute

References

External links
Ministry of Science and Technology

Technological universities in Myanmar
USB killer. A USB killer is a device that is designed to be portable and sends high-voltage power surges repeatedly into the data lines of the device it is connected to, which will damage hardware components on unprotected devices. Companies selling the device state it is designed to test components for protection from power surges and electrostatic discharge.

Mechanism 
The device typically contains several capacitors and charge and discharge circuitry. When the device is connected to a USB port, the capacitors are charged from the USB port's 5volt supply.  When they are fully charged, the device discharges them through step-up circuitry, which delivers a high voltage back into the USB port. Versions of the device have been reported to deliver a pulse of around negative 200V. This greatly exceeds the normal voltage the USB host adapter is designed to accept; the intention is that the device will destroy it (and perhaps the southbridge which it often forms part of). In many cases, this will render the computer inoperable.

This device has been compared to the Etherkiller, part of a family of cables that feed mains electricity into low-voltage sockets such as RJ45.

Models 
There are different models of the device, the latest being USB Killer v4. Earlier generations, including USB Killer v2, were developed by a Russian computer researcher with the alias Dark Purple.

Similar homemade devices have been constructed from camera flash parts, both of which already feature high-voltage circuitry.

A more recent version uses the piezo inverter transformer from a CCFL driver with a simple two-transistor resonant Royer oscillator, one-shot timer and a spark gap as a lightweight way to generate an 1800 V sharp pulse more closely simulating a low-power electrostatic discharge for mitigation and circuit testing purposes. The prototype has a countdown timer and ascending bleep warning to reduce the chances of accidental or malicious use.

Malicious use
In April 2019, a student at College of Saint Rose in Albany, New York pleaded guilty to destroying 66 computers in his college using a USB killer. He also destroyed seven computer monitors and computer-enhanced podiums. He was sentenced to 12 months in prison, followed by a year of supervised release. He was ordered to pay $58,471 in restitution.

Mouse version
There are also computer mice with built-in USB killers. The proof-of-concept was invented at the Silesian University of Technology in Poland, which patented it.

References 

USB
Hardware testing
Government Polytechnic Deoria. The Government Polytechnic Deoria is located in the Deoria district, Uttar Pradesh, India  and is 3.5 km away from the Deoria railway station. The college is situated in approximately 10 acres. It was established in 1983. There are two hostels here and there is also a bicycle stand. It offers a bachelor's degree in engineering in four trades; civil engineering, electrical engineering, electronic engineering, and architectural engineering. The polytechnic also provides training to unemployed villagers and features a library and sports facilities.

Courses
 Civil Engineering
 Electrical Engineering with specialization in Industrial Control
 Electronics Engineering
 Architectural Assistantships

References

External links
 

Education in Deoria, Uttar Pradesh
Technical universities and colleges in Uttar Pradesh
Educational institutions established in 1983
1983 establishments in Uttar Pradesh
Tim Elliott (geochemist). Timothy Richard Elliott  is a professor at the University of Bristol.

Education
Timothy Elliot was educated at the University of Cambridge and the Open University where he was awarded a PhD in 1991 for research investigating element fractionation in the petrogenesis of ocean island basalts.

Career and research
Elliott specialises in developing analytical approaches to yield novel isotopic means to reconstruct planetary histories. He has investigated production of melt from the Earth's interior and the chemical consequences of the return of solidified melts to depth via the plate tectonic cycle.  In particular, he has assessed elemental fluxes from descending plates and has highlighted how the rise of atmospheric oxygen has been remarkably recorded in the isotopic composition of the deep, solid Earth.  His recent focus on planetary growth has identified the rapid formation of metallic cores, how bulk chemistry is notably modified during early accretion and distinctively embellished in its terminal stages.

Awards and honours
Elliot was awarded the Murchison Medal by the Geological Society of London in 2017 and elected a Fellow of the Royal Society (FRS) in 2017.

References

Fellows of the Royal Society
Living people
Year of birth missing (living people)
Alumni of the University of Cambridge
Alumni of the Open University
Academics of the University of Bristol
British geochemists
Murchison Medal winners
Camden Museum of Aviation. The Camden Museum of Aviation is a private museum located in Harrington Park, New South Wales. Its collection includes 18 aircraft. It was founded at Camden Airport in 1967 and moved to its current location in 1976.

History 
The museum was the idea of Harold Thomas, who had been an apprentice at Australian National Airways, an airline operated by Charles Kingsford Smith. Thomas collected aero engines and, in 1961, obtained his first complete aircraft. The Department of Civil Aviation approved Thomas commencing a museum and, in 1963, he acquired his first hangar space at Camden Airport.

The museum aims to recondition military aircraft to taxiable standard. Using service records and photographs for research, aircraft from the Royal Australian Air Force, Australian Army Aviation and the Royal Australian Navy's Fleet Air Arm, are restored with faithful wartime markings, camouflage and cockpit instruments. In 1968 and 1970, the museum helped to prepare items for display at the Australian War Memorial and a temporary exhibition at the Wynyard branch of the Bank of New South Wales.

Since 2008, the museum has not been open to the public and has operated as a private organisation, run by a group of volunteers who maintain and restore the Thomas Aviation Collection. The Museum's website states that "there are no plans to re-open to the general public at the current site".

References

Museums in New South Wales
Aerospace museums in Australia
Aviation in New South Wales
Emile G. Perrot. Emile George Perrot (November 12, 1872 – February 7, 1954) was an architect and engineer from Philadelphia, Pennsylvania, United States.

Career

Perrot was born in Philadelphia on November 12, 1872. He graduated from the University of Pennsylvania. He married Agnes A. Robb on June 10, 1896, and they had seven children.

In 1902, Perrot formed a partnership with Walter Francis Ballinger, a firm known as Ballinger & Perrot. When Ballinger bought out Perrot's share in 1920, the firm became known as The Ballinger Company, and Perott opened his own office.

Perrot was a member of the American Institute of Architects and the American Society of Civil Engineers. Beginning in 1902, he gave lectures on the uses of reinforced concrete at the University of Pennsylvania.

Perrot died at St. Joseph's Hospital in Philadelphia on February 7, 1954, and was buried at Old Cathedral Cemetery.

Principal architectural works

 Union Park Gardens, Wilmington, Delaware (completed in 1918)
 St. Vincent's School, Church Street, Plymouth, Pennsylvania (built in 1922).
 Our Lady of Mercy Academy, Syosset, New York (completed in 1928).
 White-Gravenor Hall, Georgetown University, Washington, D.C. (completed in 1933).

Gallery

References

External links
 

1872 births
1954 deaths
20th-century American architects
Architects from Pennsylvania
University of Pennsylvania alumni
University of Pennsylvania faculty
Airbus Training Centre Europe. Airbus Training Centre Europe is one of the eight centres of the French aerospace company Airbus SAS dedicated to airline pilot and engineer training. Located at Blagnac, close to Toulouse, France, the centre is approved to deliver courses on the Airbus A300, A310, A320 family, A330, A340, A350XWB and A380.

The centre is equipped with six full flight simulators.

Airbus SAS also has training centres in Hamburg, Miami, Beijing, Singapore, Bangalore, New Delhi and Mexico. Other Airbus subsidiaries have separate training centres in other locations.

References

External links
Official website 

Aviation schools in France
Education in Toulouse
Airbus
Gangshan Refuse Incineration Plant. The Gangshan Refuse Incineration Plant () is an incinerator in Gangshan District, Kaohsiung, Taiwan.

History
The construction of the plant was completed in February 2001 led by Takuma Co. Ltd. and China Steel. In May 2017, the ECOVE Environment Service Corp. was contracted to do the revamping work of the plant. The first phase of the work was completed in November 2017.

Architecture
The plant building covers an area of 7.24 hectares.

Technical details
The plant can treat 1,350 tons of garbage per day and produce 912 MWh of electricity per day and run by Taiwan Sugar Corporation. As of 2020, it received a total of 31,324 tons of garbage annually and incinerated 33,026 tons of them.

Transportation
The plant is accessible northwest of Gangshan station of Taiwan Railways and Kaohsiung Metro.

See also
 Air pollution in Taiwan
 Waste management in Taiwan

References

2001 establishments in Taiwan
Incinerators in Kaohsiung
Infrastructure completed in 2001
HMC Eagle. HMC Eagle is a Border Force coastal patrol vessel of the United Kingdom, formerly Iain, an Autonomous Rescue and Recovery Craft operated by BP.  She was originally built by Holyhead Marine, Stockport and was operated by BP as a rescue boat aboard larger offshore support vessels. Iain was acquired by the UK Border Force in June 2016 and renamed HMC Eagle.

Construction
Eagle is one of eight coastal patrol vessels of the UK Border Force.  Built in 2006 Eagle was originally named Iain and served as an Autonomous Rescue and Recovery Craft in the North Sea for offshore projects. Iain was operated as a daughter craft from a larger offshore support vessel and launched when needed via a davit. The design includes a deep-vee hull design constructed from fibre-reinforced plastic. The design is also self-righting and can return to the upright position if capsized.

After service with BP from 2006 to 2016, Iain was sold to the UK Border Force for use as a coastal patrol vessel. The vessel was renamed Eagle and entered service in June 2016.

Propulsion
Eagle is fitted with twin Caterpillar C18 engines driving twin water jets through a pair of reduction gearboxes.  The total installed power of  gives Eagle a top speed of  in calm seas, or up to  in seas with up to 7 metres significant wave height.

References

Ships built in the United Kingdom
Ships of the United Kingdom
2006 ships
Customs cutters of the United Kingdom
Renwu Refuse Incineration Plant. The Renwu Refuse Incineration Plant () is an incinerator in Renwu District, Kaohsiung, Taiwan.

History
The construction of the plant was completed in February 2000 led by Mitsubishi Heavy Industries and CTCI Corporation. In December 2012, the plant implemented a computerized maintenance management system. The project started in January 2013 and went online in September later that year.

Technical details
The plant can treat 1,350 tons of garbage per day and produce 809 MWh of electricity per day. Its operation is run by Swire SITA Waste Services. As of 2020, it received a total of 35,430 tons of garbage annually and incinerated 36,887 tons of them.

See also
 Air pollution in Taiwan
 Waste management in Taiwan

References

2000 establishments in Taiwan
Incinerators in Kaohsiung
Infrastructure completed in 2000
Renwu District
Neihu Refuse Incineration Plant. The Neihu Refuse Incineration Plant () is an incinerator in Neihu District, Taipei, Taiwan.

History
The construction of the plant was completed in January 1992, led by Takuma Co. Ltd. as the main contractor.

Technical details
The plant can treat 900 tons of garbage per day and produce 144 MWh of electricity per day. As of 2020, it received a total of 4,855 tons of garbage annually and incinerated 410 tons of them.

See also
 Air pollution in Taiwan
 Waste management in Taiwan
Beitou Refuse Incineration Plant, also located in Taipei

References

External links
  

1992 establishments in Taiwan
Incinerators in Taipei
Infrastructure completed in 1992
Communication, navigation and surveillance. Communication, navigation and surveillance (CNS) are the main functions that form the infrastructure for air traffic management,
 and ensure that air traffic is safe and efficient.

Functions
The CNS has the following three main functions.

Communication
Communication, i.e. aviation communication, refers to communication between two or more aircraft, the exchange of data or verbal information between aircraft and air traffic control and the ground based communication infrastructure of the ATM network (like the aeronautical fixed service). For continental airspace, VHF (civil) and UHF (military) systems are used whereas for oceanic areas, high frequency systems and SATCOMs are used.

Navigation
Navigation, i.e. air navigation, refers to the process of planning, recording, and controlling the movement of an aircraft from one place to another by providing accurate, reliable and seamless position determination capability.

Surveillance
Surveillance systems are used by air traffic control to determine the position of aircraft. There are two types of surveillance systems:

Cooperative systems
Cooperative systems: Under this form of surveillance, systems on the ground (such as SSR) communicate with equipment (such as transponders) on board the aircraft to determine the position and other details of the aircraft. Aircraft information, which may include position from GNSS or other means is determined on board and then transmitted to ATC in response to interrogation. Other cooperative systems such as ADS-B rely on aircraft transmitting their position and other information without interrogation from the ground.

Non-cooperative systems
Non-cooperative systems: Under this form of surveillance, systems on the ground (such as PSR) are able to locate the aircraft and measure its position from the ground by transmitting pulses of radio waves which reflect off the aircraft's hull.

See also
 Air traffic management

References

Air traffic management