omniomni/omni-engineering huggingface dataset:
Bruce Hornbrook Sage. Bruce Hornbrook Sage (24 November 1909January 1983) was a chemical engineer who taught chemical engineering at the California Institute of Technology from 1931 to 1974.

Early career
Sage received his bachelor's degree at New Mexico State College in 1929 and his Master of Science degree in 1931 and Doctor of Philosophy degree in 1934 at Caltech, all in chemical engineering. He worked on the design of tactical missiles at Eaton Canyon during World War II before joining the Naval Ordnance Test Station near Inyokern, California, as associate director of engineering and head of the explosives department in 1945. In 1950, he was named senior consultant to the technical director there. He also served as a technical advisor to Aerojet General from 1950 to 1969.

Honors
In 1948, Sage, along with Lee A. DuBridge, William A. Fowler, Max Mason, and Linus Pauling, was awarded the Medal for Merit by President Harry S. Truman.

At the convention of the American Chemical Society held in Atlantic City, New Jersey, Sage was given the Precision Scientific Co. award of  (equivalent to  in ) on 19 September 1949, to "recognize, encourage, and stimulate research achievement in the field of petroleum chemistry in United States and Canada." He received  awards again in 1963 (equivalent to  in ) and in 1968 (), this time for "distinguished service to his country in the design and development of solid-propellant rockets and for his research contributions to basic chemistry."

The Society of Petroleum Engineers named Sage as the winner of the annual AIME Anthony F. Lucas Gold Medal on 17 February 1954 in New York City; the citation read: 

On 29 November 1956 in New York City, the American Rocket Society presented Sage with their Clarence N. Hickman Award for his work with propellants in jet propulsion. At the invitation of the Academy of Sciences of the Soviet Union, Sage visited Russia for two weeks in the summer of 1958 to discuss differences in the field of steam research. In 1959, he received the William H. Walker Award for Excellence in Contributions to Chemical Engineering Literature from the American Institute of Chemical Engineers. In 1968, the Union Oil Company of California donated  () to Caltech for two chemical engineering fellowships: one to be named for Bruce Sage, the other for his long-time collaborator, William N. Lacey.

Works

References 

1909 births
1983 deaths
20th-century American chemists
20th-century American engineers
American chemical engineers
California Institute of Technology alumni
Medal for Merit recipients
Members of the American Chemical Society
Members of the American Institute of Chemical Engineers
Members of the American Rocket Society
Members of the Society of Petroleum Engineers
New Mexico State University alumni
Rocket scientists
Terrestrial cable. 
A terrestrial cable is a communications cable which crosses land, rather than water. Terrestrial cable may be subterranean (buried) or aerial (suspended from poles), and may be fiber or copper. The term "terrestrial cable" is principally used to distinguish it from submarine cable, although some overlap exists between the two.

Major terrestrial cable systems include the Europe-Persia Express Gateway and the family of Eurasia terrestrial cable networks.

See also 
 Aerial cable
 Utility pole
 Undergrounding
 Direct-buried cable
 List of terrestrial fibre optic cable projects in Africa

References

External links 
 Eurasia terrestrial cable networks
 The Operation of Cross-Border Terrestrial Fibre-Optic Networks in Asia and the Pacific

Signal cables
Optical telecommunications cables
Telecommunications equipment
History of telecommunications
Shankar Nath Rimal. Shankar Nath Rimal (born 5 March 1935) is a Nepalese civil engineer and architect. He is best known for standardising the modern Nepalese flag. He has also designed many prominent buildings and monuments in Nepal. Sahid gate of Sundhara, Ramananda gate of Janakpur, Bhaleshwar temple of Chandragiri hill and Solatee hotel are some of the prominent structures he has designed.

Early life and education 
He was born on 5 March 1935 (22 Falgun 1991 BS) in Tangal, Kathmandu to father Devendra Nath Rimal and mother Sita Devi Rimal. He received his primary education from Nandiratri School, Naxal and completed his SLC-level education from Durbar High School in 1950. He enrolled in Bengal Engineering College to study electrical engineering under Colombo plan but later shifted to civil engineering. He graduated in 1957.

Career 
He standardised the flag of Nepal in 1962 on the request of King Mahendra. He calculated the mathematical specifications required to draw the flag which was included in the-then constitution. He designed multiple historical sites and monuments such as Shahid Gate, Solatee hotel, building of Nepal Academy, Nepal Art Council and many other government buildings. He was involved in the design of Narayanhiti Palace which was designed by Benjamin Polk. He has designed various temples such as Bhaleshwor Mahadev, Vishnu temple in Singapore and Unmata Bhairav temple inside Pashupati temple complex. 

He served as the president of Nepal Engineer's Association four times, in the 4th, 17th, 18th and 19th executive council. 

He was awarded with National Araniko Award, 2077 by Nepal Academy of Fine Arts in 2020 for his contribution to fine art.

Personal life 
He is married to Shashi Rimal. They have three children.

References 

Nepalese architects
Nepalese civil servants
Nepalese engineers
1935 births
People from Kathmandu
Living people
Durbar High School alumni
Flag designers
Malmstrom Museum. The Malmstrom Museum is an aviation museum located at Malmstrom Air Force Base near Great Falls, Montana.

History 
The museum was dedicated on 3 July 1982, at the time being housed in two trailers previously used as classrooms on the base. In 1989 it received a P-63 restoration project from the New England Air Museum. The museum closed for renovations in 1996 and reopened two and a half years later in a larger building.

Exhibits 

Displays at the museum include a launch control center from a ballistic missile silo, a mockup of a World War II barracks, a model airplane collection, an AIR-2 missile, and a core memory element of a FSQ-7 computer.

On display outside are a totem pole, a LGM-30G missile, a missile transport vehicle, an MPS-9 radar trailer, a Dodge Power Wagon ambulance, a Peacekeeper armored vehicle, and a 1947 Ford.

Collection 

 Bell UH-1F Iroquois
 Boeing KC-97G Stratofreighter
 Lockheed T-33
 Martin B-57B Canberra
 McDonnell F-101F Voodoo
 North American TB-25M Mitchell
 Republic F-84F Thunderstreak

See also 
 McChord Air Museum

References

External links 
 Official website (Archived)

1982 establishments in Montana
Aerospace museums in Montana
Military and war museums in the United States
Museums in Cascade County, Montana
Museums established in 1982
Rebecca Woodgate. Rebecca Woodgate is a professor at the University of Washington known for her work on ocean circulation in polar regions.

Education and career 
Woodgate has a B.A. from the University of Cambridge (1990) and a Ph.D. from the University of Oxford (1994). Following her Ph.D., she was a postdoctoral researcher at the Alfred Wegener Institute for Polar and Marine Research. In 1999, she moved to the University of Washington and, as of 2022, she is a professor at the University of Washington.

Research 
Woodgate's early research centered on data assimilation in models and currents near Greenland. She has examined physical properties of the water masses in the Arctic Ocean, and the movement of the water masses in the region. Her research also focuses on the flow of freshwater through the Bering Strait and the changes in the water flowing through the Bering Strait over time. Woodgate's research also informs understanding of the role of freshwater in the Arctic, and the interactions between the Arctic Ocean and sea ice in the region. Her research uses moored instruments to observe conditions in the Arctic Ocean.

Selected publications

References 

Alumni of the University of Cambridge
Alumni of the University of Oxford
University of Washington faculty
Living people
Women oceanographers
Women climatologists
Year of birth missing (living people)
DECpc. DECpc was a wide-ranging family of desktop computers, laptops, servers, and workstations sold by Digital Equipment Corporation. The vast majority in the family are based on x86 processors, although the APX 150 uses DEC's own Alpha processor. The line was DEC's first big break into the IBM PC compatible market.

Some entries in the desktop DECpc range were built by Olivetti S.p.A. and Tandy Corporation.

Line-up

 Explanatory notes
  Upgradable with snap-in processor/cache daughtercard
  Advanced Power Management–compliant

Desktops

Laptops

Workstations and servers

See also
 Digital HiNote, the successor to the DECpc line of laptops
 DECstation, concurrent line of workstations

References

DEC workstations
DEC laptops
Computer-related introductions in 1991
IBM PC compatibles
Oleg Anfimov. Oleg Anfimov (Олег Анфимов; 19 February 1937 – 9 July 2019) was a Soviet engineer and politician who was the minister of electrical equipment industry of the Soviet Union between 1986 and 1991.

Biography
Anfimov was born in Shakhty on 19 February 1937. He was a graduate of the Riga Polytechnical Institute where he obtained a degree in electromechanical engineering. He was a member of the Communist Party. He served in different posts in the party, including the Riga Gorkom Party secretary and secretary of the central committee of the Communist Party of Latvia. He was general director of Riga electro-machinery works from 1981 to 1983. He served as the minister of electrical equipment industry between 20 July 1986 and 24 August 1991. In the period 1986–1989 Anfimov was a deputy at the Supreme Soviet.

In November 1991 Anfimov was appointed president of a state-owned corporation. Then he was made a member of the coordinating council of the Russian Union of Mechanical Engineers. He also served as a member of the advisory council of the Ministry of Industry and Trade of the Russian Federation.

Anfimov died on 9 July 2019.

References

20th-century Russian engineers
21st-century Russian engineers
1937 births
2019 deaths
Communist Party of the Soviet Union members
People from Shakhty
People's commissars and ministers of the Soviet Union
Riga Technical University alumni
Soviet engineers
Members of the Supreme Soviet of Russia
Energy in Timor-Leste. Timor-Leste consumes 125 GWh of electricity per annum, an average of 95 kWh per person. The country has about 270 MW of electricity capacity, 119 MW in the city of Hera. 

Most of the energy infrastructure was destroyed by the Indonesian militias during the 1999 East Timorese crisis. In 2005, the government identified the high price of electricity (US$0.20 per kWh) as a deterrent to development. Gariuai Hydroelectric Plant is the country's only hydro plant, with a production capacity of 326 kW. Many people rely on diesel generators. A feasibility study of 2007–10 concluded that the country had huge potential for renewable energy.

See also 

 Energy in Indonesia
 List of power stations in Timor-Leste
 Rural electrification
 List of renewable energy topics by country

References
Rufina Alamo. Rufina G. Álamo Matesanz (born 1954) is a Spanish-American polymer scientist known particularly for her research on polyethylene and polypropylene and on sustainable polymers such as polyoxymethylene made from biomass. She is Simon Ostrach Professor of Engineering and distinguished research professor of chemical and biomedical engineering in the Florida A&M University – Florida State University College of Engineering.

Education and career
Alamo was born in 1954 in Segovia. She earned a bachelor's degree in chemistry from the University of Valladolid in 1977, and a master's in 1978, at the same time earning a postgraduate diploma from the Rubber and Plastics Institute of the Spanish National Research Council. She completed her Ph.D. in chemistry in 1981, at the Complutense University of Madrid.

After postdoctoral research with the Spanish National Research Council and then at Florida State University, she began working in industry as a researcher for the Dow Chemical Company in Spain in 1985. In 1988 she returned to Florida State University as a researcher, and in 1995 she obtained a faculty position as associate professor in the FAMU–FSU College of Engineering. She was promoted to full professor in 2003 and named the Simon Ostrach Professor of Engineering and distinguished research professor in 2013.

Recognition
Alamo was named a Fellow of the American Physical Society (APS) in 2012, after a nomination from the APS Division of Polymer Science, "for her use of well-characterized materials and performance of carefully designed experiments to address structure-property relationships in polyolefins".

Selected publications
Alamo's research publications include:

References

External links
Home page

1954 births
Living people
People from Segovia
Spanish chemists
Spanish women chemists
American chemists
American women chemists
Polymer scientists and engineers
University of Valladolid alumni
Complutense University of Madrid alumni
Florida State University faculty
Florida A&M University faculty
Fellows of the American Physical Society
Austin D-Series engine. The Austin D and K series engines are a straight-six engine made by the British Austin Motor Company between 1939 and 1968. It was developed for the lorry market, but used in a number of automobiles in its later life. It was an overhead valve non-crossflow cylinder head design. Both block and head were made out of cast iron. All engines had a forged four main bearing crankshaft.

The engine was developed under the close watch of Austin chief Leonard Lord. The design was inspired by the Chevrolet Stovebolt engine, which was an inline six-cylinder used by General Motors' British subsidiary Bedford Vehicles. In the late 1930s, Austin decided to get into the 2-3 ton payload lorry market and in a crash development programme based the design on the basic architecture of the Chevrolet engine. Austin's improvements over the Chevrolet design included detachable-shell main and connecting rod bearings and pressurized lubrication. The initial design had an engine displacement of 3460 cc. During the Second World War, Austin increased the bore and stroke to enlarge it to 3995 cc; it produced . The larger engine was put in military trucks beginning in 1940. Both engine sizes were in production after the war. When the carburettor was changed from Zenith to Stromberg, it produced .

Truck engines had K designations and car engines had D designations.

Applications
The engine was first used in the Austin K30 light truck and Austin K2/Y military ambulance 1939. After the war, it continued to power the later Austin Loadstar 1-ton truck and the 4x4 variant K9.

Post war, it went on to power a number of cars such as the Austin Sheerline and Princess luxury vehicles, Jensen Interceptor and Jensen 541. The last car to have it was the 1968 DM4 Vanden Plas Princess Limousine.

There were also four-cylinder engines based on the D-Series six cylinder engine in various capacities using common parts from 2199-2660cc petrol to 2178-2520cc diesel known initially as the 2.2-litre Austin BS1 OHV. They powered cars such as the Austin 16 hp, A70 Hampshire and Hereford, A90 Atlantic, the Austin-Healey 100-4 and the Austin Gipsy, a generation of commercial vans beginning with the Austin K8, as well as some models of the iconic London black taxi such as the Austin FX3 and Austin FX4. 

At some point during Michael Edwardes' restructuring of British Leyland, the plant producing the engine was sold off to Standard Motor Products of India where it was used to power a locally-built Standard Atlas based commercial van known as the Standard Twenty and also the Standard 2000 (a rebadged Rover SD1). During the 1980s, this engine was re-imported from India to be used in the refurbished Carbodies version of the Austin FX4 known as the FX4Q.

See also
BMC A-series engine
BMC B-series engine
BMC C-Series engine

References

External links
 D-series Engine rebuild story 

D-Series engine
Automobile engines
BMC engines
Shaoshan Liu. Shaoshan Liu is a US-based computer scientist, who is also the founder, chairman and CEO of PerceptIn. Presently, he is a senior member of IEEE, a member of ACM and a member of the editorial board of IT Professional. Additionally, he is the vice chair of IEEE Computer Society's Special Technical Community on Autonomous Driving Technologies.

Liu holds a Ph.D. degree in computer engineering from University of California, Irvine. His research focuses on deep learning infrastructure, computer architecture, autonomous driving and robotics. He secured numerous patents on robotics and autonomous driving.

Education and career 
Shaoshan Liu took undergraduate and graduate courses at the UCI, where he obtained a Ph.D. in 2010. He earned a M.P.A. from Harvard University.

Prior to his entrepreneur venture, he worked at LinkedIn, Broadcom and Microsoft. In 2016, Liu established PerceptIn, a California-based visual intelligence technology company.

Selected published books

References

Living people
Harvard Kennedy School alumni
University of California, Irvine alumni
Year of birth missing (living people)
Computer engineers
Banzai Tameike Dam. Banzai Tameike Dam is an earthen dam located in Saga Prefecture in Japan. The dam is used for agriculture. The catchment area of the dam is 0.6 km2. The dam impounds about 2  ha of land when full and can store 113 thousand cubic meters of water. The construction of the dam was completed in 1973.

References

Dams in Saga Prefecture
1973 establishments in Japan
Rashtriya Barh Ayog. Rashtriya Barh Ayog or the National Flood Commission (NFC) was set up by the Ministry of Agriculture and Irrigation of India in 1976. to study India’s flood-control measures. This was done after the projects launched under the National Flood Control Program of 1954 failed to achieve much success. RBA or NFC is responsible for flood control problems in the country and draws out a national plan fixing priorities for implementation in the future. Though the RBA report was submitted in 1980 and accepted by Government, not much progress was reported around the implementation of its recommendations. The report stated, “It is clear that while the maximum area flooded in any one year may broadly indicate the degree of the flood problem in a state, it does not strictly indicate the area liable to floods as different areas may be flooded in different years". The NFC estimated that the total area vulnerable to floods in 1980 was around 40 million hectares. In 1980, the National Flood Commission made 207 recommendations and four broad observations. They are stated below 

 There was no increase in rainfall in India and, thus, the increase in floods was due to anthropogenic factors such as deforestation, drainage congestion, and badly planned development works.
RBA questioned the effectiveness of the methods adopted to control floods, such as embankments and reservoirs, and suggested that the construction of these structures be halted till their efficacy was assessed.
There have to be consolidated efforts among the states and the Centre to take up research and policy initiatives to control floods.
RBA recommended a dynamic strategy to cope with the changing nature of floods.

The state’s embankments walls to hold river water from spilling were built according to recommendations made in 1954 by the Rashtriya Barh Ayog. According to RBA estimates nearly 80% of India's Flood-prone area could be provided with a reasonable degree of protection.

References 

Government schemes in India
Flood control in India
Tris(hydroxymethyl)phosphine. Tris(hydroxymethyl)phosphine is the organophosphorus compound with the formula P(CH2OH)3.  It is a white solid.  The compound is multifunctional, consisting of three alcohol functional groups and a tertiary phosphine.  It is prepared by treating tetrakis(hydroxymethyl)phosphonium chloride with strong base:
[P(CH2OH)4]Cl + NaOH → P(CH2OH)3 + H2O + H2C=O + NaCl
The compound can be prepared on a large scale using triethylamine as base and as solvent.

Reactions
The compound forms complexes with a variety of metals.  These complexes display some solubility in water but more so in methanol.
The compound decomposes violently to phosphine and formaldehyde upon attempted distillation.  In air, it oxidizes to the oxide.

Upon heating with hexamethylenetetramine, it converts to triazaphosphaadamantane.

References

Tertiary phosphines
Emerald Rapids. Emerald Rapids is the codename for Intel's fifth generation Xeon Scalable server processors based on the Intel 7 node. Emerald Rapids CPUs are designed for data centers; the roughly contemporary Raptor Lake is intended for desktop and mobile usage. Nevine Nassif is a chief engineer for this generation.

Features

CPU 

 Up to 64 Raptor Cove CPU cores per package
 Up to 32 cores per tile, reducing the max tiles to two
 5 MB of L3 cache per core (up from 1.875 MB in Sapphire Rapids)
 Speed Select Technology that supports high and low priority cores

I/O 
 DDR5 memory support up to 8-channel DDR5-5600
 Up to 80 PCI Express 5.0 lanes

List of Emerald Rapids processors

Emerald Rapids-SP (Scalable Performance) 
CPUs in italic are actually Sapphire Rapids processors, and they still have 1.875 MB of L3 cache per core

See also 
 Intel's process–architecture–optimization model
 Intel's tick–tock model
 List of Intel CPU microarchitectures

References 

Intel products
Intel microprocessors
McPixel 3. McPixel 3 is a puzzle video game developed by Mikołaj "Sos Sosowski" Kamiński and produced by Devolver Digital. It is the sequel to the 2012 game McPixel.

Gameplay 
McPixel 3 is a point and click adventure game centered around the titular pixelated character McPixel, a parody of MacGyver, who is tasked with the objective of "saving the day" by using objects and finding solutions in the environment around them. As in the previous game, puzzle solutions are often absurdist and nonsensical, forcing the player to interact with and combine objects using trial and error to see what happens. McPixel interacts with most objects and people by kicking them, which can be either helpful or a problem depending on the situation.   

Similar to its prequel, there are 100 timed levels to complete with over 20 microgames, more than 900 gags, and 1,500 interactive items for players to experience.

Development and release 
McPixel 3 was officially announced via Twitter by Devolver Digital on 17 February 2022, with a release date set for 2022.

Although the game is titled as the third installment of the series, it is a direct sequel to 2012's McPixel as there is no second numbered title developed by Sos Sosowski. 

The first playable demo of McPixel 3 was a part of Steam Next Fest on 21 February 2022, which featured 10 out of the 100 levels that are offered in the game for players to experience.

The game was released on 14 November 2022.

References

External links 
 Official website
 McPixel 3 Demo

2022 video games
Android (operating system) games
Devolver Digital games
DOS games
iOS games
Linux games
macOS games
Nintendo Switch games
Parody video games
PlayStation 4 games
PlayStation 5 games
Point-and-click adventure games
Retro-style video games
Single-player video games
Video game sequels
Video games about bomb disposal
Video games developed in Poland
Windows games
Xbox One games
Xbox Series X and Series S games