omniomni/omni-engineering huggingface dataset:
Phosphosiderite. Phosphosiderite is a rare mineral named for its main components, phosphate and iron. The siderite at the end of phosphosiderite comes from the word "sideros", the Greek word for iron. It was published in 1890, and has been a valid species since pre-IMA. It is an IMA approved mineral which got grandfathered, meaning its name is still believed to refer to an existing species.

Properties 
Phosphosiderite is a member of the metavariscite group, and probably forms a complete series with metavariscite. It is the dimorph of strengite. It is totally soluble in Hydrochloric acid and nearly insoluble in nitric acid. It is usually cut into a cabochon shape for jewelry, and used as an ornamental stone. It mainly consists of oxygen (51.38%), iron (29.89%) and phosphorus (16.58%), but contains hydrogen (2.16%) as well.

Colors 
Phosphosiderite is often found in a bright orchid-purple tint with yellow-colored streaks. The vein-like streaks found in the stone are known as cacoxenite. Four other rare color variants are rose red, brown-reddish yellow, mossy green, and dark shades of purple. Phosphosiderite can also be found as a colorless mineral. It is pleochroic; on the X axis around 4° it is light rose, on the Y axis it is carmine red, and on Z it is colorless.

Occurrences and localities 
Phosphosiderite is mined in some parts of Chile, Argentina, Germany, Portugal, and the United States. It occurs in association with strengite, turquoise, triphylite, leucophosphite, huréaulite, barbosalite and laueite. In zoned granitic pegmatites, it usually occurs as an alteration product of primary phosphates. This makes it a secondary phosphate. It may be replacing shells and bones, and can occur in the soil as a component of it as well. However, the latter is rarer.

References 

Monoclinic minerals
Minerals in space group 14
Phosphate minerals
Radyr Hydro Scheme. Radyr Hydro Scheme is a 400kW small-scale hydroelectric station located in Radyr, Cardiff, Wales.

The scheme makes use of the roughly 3.5m height difference created by Radyr Weir to push water through two ,  Archimedes screw turbines.

The scheme was constructed in 2015 by Dawnus, being designed by Renewables First and operated by Cardiff Council.

During construction a temporary fish ladder was installed as construction work was likely to coincide with the peak of the upstream migration of salmon.

Cardiff Council built the scheme to supply renewable electricity to 550 homes as part of a commitment to lower carbon emissions and help Cardiff become a "one planet city" by 2050.

References

Hydroelectric power stations in Wales
GE B-36. GE B-36 may refer to:

 GE B36-7, a four-axle 3,600-3,750 hp (2.7-2.8 MW) B-B diesel-electric locomotive built by GE Transportation Systems between 1980 and 1985. 
 GE U36B, a previous four-axle 3,600 hp (2.7 MW) B-B diesel-electric locomotive produced by General Electric from 1969 to 1974.
Diphosphorus tetrachloride. Diphosphorus tetrachloride is an inorganic compound with a chemical formula P2Cl4.  It is a colorless liquid that decomposes near room temperature and ignites in air.

Production
It was first prepared in 1910 by Gauthier by the following reaction:
2 PCl3 +  H2  →  P2Cl4 + 2 HCl

An improved method involves coevaporation of phosphorus trichloride and copper, as described by the following:
2 PCl3 +  2 Cu  →  P2Cl4 + 2 CuCl

Reactions
Near room temperature, the compound degrades to give phosphorus trichloride and an ill-defined phosphorus monochloride:
 P2Cl4 → PCl3  +  1/n [PCl]n

The compound adds to cyclohexene to give trans-C6H10-1,2-(PCl2)2.

References

Phosphorus chlorides
Phosphorus(II) compounds
Substances discovered in the 1910s
CPI Aerostructures. CPI Aerostructures Inc., known as CPI Aero, is a contract aircraft component manufacturer based in Edgewood, New York.

CPI's primary customers are the US Department of Defense, and also operating as a subcontractor under Boeing and Northrop Grumman.

CPI is traded on NYSE American as CVU. The company has approximately 280 employees and hires temporary employees as needed. The CEO is Douglas J. McCrosson.

After Vincent Palazzolo resigned in November 2019 in a cloud of financial problems, Dan Azmon (formerly L3 Technologies) was announced as CFO on November 19, 2019. Azmon resigned in February 2020 and the company announced it would restate its books going back to March 2018.

In 2018, CPI Aero reported $83.9 million in gross revenue, $18.1 million in gross profit, and net income of $2.2 million. Approximately half that was in government subcontracts, another 40% in commercial contracts, and the remainder under prime government contracts.

Large 2019–2020 contracts include an Air Force contract for T-38C trainer parts, E-2 Hawkeye for Northrop Grumman assemblies, A-10 re-winging for Boeing, parts for Turkish Aerospace Industries's indigenously produced T70 rotorcraft, Hover Infrared Suppression System (HIRSS) for the Sikorsky UH-60 Black Hawk, and structural assemblies for Lockheed's F-16V.

History 
CPI was founded as Composite Products International, Inc. in January 1980 by Arthur August, formerly of Grumman. The name was changed to Consortium of Precision Industries, Inc. in 1989, then to CPI Aerostructures, Inc. in 1992, and began using the CPI Aero trademark in 1995.

On December 30, 2018, CPI Aero acquired Welding Metallurgy Inc. and its subsidiary Compac Development Corp for $7.9 million. The combination of the two are referred to as "WMI", was founded in 1979 and specializes in aviation electrical harnesses, electromechanical, and printed circuit boards.

On April 21, 2020, CPI announced they had received $4.8 million in federally backed small business loans, the maximum allowable amount, as part of the Paycheck Protection Program. The company received scrutiny over this loan, which was aimed at small businesses suffering from the COVID-19 pandemic. The New York Times noted that this payment was given to a company that has had major accounting problems. In September 2021 the company received a delisting notice from NYSE American. This was resolved in September 2022, with the company remaining listed.

References

External links 
 

Aircraft component manufacturers of the United States
Aerospace companies of the United States
Defense companies of the United States
Manufacturing companies based in New York (state)
American companies established in 1980
Manufacturing companies established in 1980
1980 establishments in New York (state)
Companies based in Greene County, New York
1911–12 MIT Engineers men's ice hockey season. The 1911–12 MIT Engineers men's ice hockey season was the 13th season of play for the program.

Season

Alfred Ranney served as team manager.

Note: Massachusetts Institute of Technology athletics were referred to as 'Engineers' or 'Techmen' during the first two decades of the 20th century. By 1920 all sports programs had adopted the Engineer moniker.

Roster

Standings

Schedule and results

|-
!colspan=12 style=";" | Regular Season

† Mass Ag and MIT agreed not to count the game due to the extremely poor condition of the ice.

References

MIT Engineers men's ice hockey seasons
MIT
MIT
MIT
MIT
1912–13 MIT Engineers men's ice hockey season. The 1912–13 MIT Engineers men's ice hockey season was the 14th season of play for the program.

Season
The team did not have a head coach but Frederick Hurlbutt and Norman MacLeod served as team managers.

Note: Massachusetts Institute of Technology athletics were referred to as 'Engineers' or 'Techmen' during the first two decades of the 20th century. By 1920 all sports programs had adopted the Engineer moniker.

Roster

Standings

Schedule and results

|-
!colspan=12 style=";" | Regular Season

References

MIT Engineers men's ice hockey seasons
MIT
MIT
MIT
MIT
1913–14 MIT Engineers men's ice hockey season. The 1913–14 MIT Engineers men's ice hockey season was the 15th season of play for the program.

Season
The team did not have a head coach but Nelson MacRae served as team managers.

Note: Massachusetts Institute of Technology athletics were referred to as 'Engineers' or 'Techmen' during the first two decades of the 20th century. By 1920 all sports programs had adopted the Engineer moniker.

Roster

Standings

Schedule and results

|-
!colspan=12 style=";" | Regular Season

References

MIT Engineers men's ice hockey seasons
MIT
MIT
MIT
MIT
Build the Earth. Build the Earth (BTE) is a project dedicated to creating a 1:1 scale model of Earth within the sandbox video game Minecraft.

History 

Build the Earth was created by YouTuber PippenFTS in March 2020 as a collaborative effort to recreate Earth in the video game Minecraft. During the COVID-19 lockdowns, the server aimed to provide players with the opportunity to virtually experience and construct the world. In a YouTube video, PippenFTS  called for prospective participants to recreate man-made structures over a rudimentary model of Earth's terrain. A Discord server created to help coordinate the project attracted over a hundred thousand users by April 2020.

Following unsuccessful attempts to generate terrain using a Mercator projection, organizers opted for a modified version of the Dymaxion map projection. The alternative approach prioritized minimizing distortions in land masses, at the cost of highly distorted oceans.

Minecraft developer Mojang Studios featured the project on their website on Earth Day 2020. In July 2020, YouTuber MrBeast released a video where he and 50 other people built his hometown of Raleigh, North Carolina within the project.

In 2020, a full sized recreation of the Taj Mahal was completed on the server by Daniel Tan. In 2022, a team of over 2,000 players constructed a recreation of many places in New York City on a 1:1 scale, including many famous sites such as the 9/11 memorial, New York County Supreme Court, St. Patrick’s Cathedral, and Soho. A team of over 400 players has completed construction on multiple buildings from Portugal, including the Algarve International Circuit.

Software 
The Build The Earth project primarily depends on two Minecraft modifications to function: Cubic Chunks and Terra++. Cubic Chunks removes Minecrafts limitation on building structures beyond a certain height. Terra++ uses information from geographic data services, such as OpenStreetMap, to automatically generate terrain to ease the building process. The project originally used the Terra 1-to-1 mod instead of Terra++. PippenFTS stated that "with the Cubic Chunks mod breaking Minecraft's vertical limitations, we can now experience the Earth in Minecraft, just as it is, with no downscaling of any kind."

References

External links 

Minecraft
2020 works
Internet properties established in 2020
Internet culture
1914–15 MIT Engineers men's ice hockey season. The 1914–15 MIT Engineers men's ice hockey season was the 16th season of play for the program.

Season
The team did not have a head coach but Nelson MacRae served as team manager.

Note: Massachusetts Institute of Technology athletics were referred to as 'Engineers' or 'Techmen' during the first two decades of the 20th century. By 1920 all sports programs had adopted the Engineer moniker.

Roster

Standings

Schedule and results

|-
!colspan=12 style=";" | Regular Season

References

MIT Engineers men's ice hockey seasons
MIT
MIT
MIT
MIT
CleanTechnica. CleanTechnica is a US-based online audio and video media company, that operates a website under the same name, dedicated to aggregating news in clean technology, sustainable energy, and electric vehicles, with a focus on Tesla. It is a privately held company founded in 2008.

Content 
CleanTechnica's stories have been cited by Business Insider (on Lindsey Graham), Reuters (on nanotech for energy storage), ThinkProgress (on wind power in Texas), The Washington Post (on suburban living), and Slate (on medical mask stockpiling during the COVID-19 pandemic). ThinkProgress have also published their stories in full.

CleanTechnica has published interviews with people such as the Post Carbon Institute Fellow Richard Heinberg.

Staff 
The Chief Editor, main writer and CEO is Zach Shahan.

Apart from its own staff, CleanTechnica have accepted guest contributions from others, such as California Governor (then mayor of San Francisco) Gavin Newsom.

References

External links

American technology news websites
Internet properties established in 2008
Transport websites
Nimbus 42. The Nimbus 42 is a Swedish sailboat that was designed by Americans F. Michael Kaufman and Robert Ladd as a cruiser-racer and first built in 1981.

Production
The design was built by Albin Marine in Sweden. It was produced from 1981 to 1985, but it is now out of production.

Design
The Nimbus 42 is a recreational keelboat, built predominantly of fiberglass, with an Airex-cored deck and wood trim, including teak decks. It has a cutter rig, with aluminum spars and a keel-stepped mast. It features a raked stem, a raised counter reverse transom, a skeg-mounted rudder controlled by a wheel and a fixed fin keel, deep keel or optional stub keel and centerboard. It displaces  and carries  of ballast.

The boat is fitted with a Pathfinder diesel engine of  for docking and maneuvering. The fuel tank holds  and the fresh water tank has a capacity of .

The design has sleeping accommodation for eight people, with a double "V"-berth in the bow cabin, an U-shaped settee and drop-down dinette table that forms a double berth, plus a straight settee in the main cabin. There is an aft stateroom with a double berth on the port side and a single berth on the starboard side. The galley is located on the port side just forward of the companionway steps. The galley is U-shaped and is equipped with a three-burner propane-fired stove and oven, plus a double sink and an icebox. A navigation station is opposite the galley, on the starboard side. There are two heads, one just aft of the bow cabin on the port side and one on the starboard side in the aft cabin. The below deck headroom is  and the cabin trim and sole are made from teak and holly.

Ventilation is provided by six translucent opening hatches, two dorade vents and four deck cowl intakes. Additional light is provided by four deck-mounted prisms.

For sailing the design is equipped with four halyard winches and two jib winches. The halyards are all internally-mounted. There are topping lifts for the boom and spinnaker. Both the genoa and spinnaker pole are mounted on tracks with cars. There is a bow-mounted anchor locker.

The design has a PHRF racing average handicap of 90-99 and a hull speed of .

Variants
Nimbus 42 Standard
This model has a fin keel with a draft of .
Nimbus 42 Race
This model has deep draft keel and a draft of , for better upwind performance.
Nimbus 42 Keel & Centerboard
This stub keel and centerboard model has a draft of  with the centerboard retracted and  with it extended.

Operational history
In a 1994 review Richard Sherwood wrote, "Nimbus is a big auxiliary with three cabins, but with a tall, high-aspect rig for racing, Shrouds are inboard for good wind ward sheeting angles. The keel is relatively short and the rudder is well aft."

See also
List of sailing boat types

Similar sailboats
Dickerson 41
Irwin 41
Irwin 41 Citation
Lord Nelson 41
Morgan Out Island 41
Newport 41

References

Keelboats
1980s sailboat type designs
Sailing yachts
Sailboat type designs by F. Michael Kaufman
Sailboat type designs by Robert Ladd
Sailboat type designs by Kaufman & Ladd
Sailboat types built by Albin Marine
Haines-Fairbanks Pipeline. The Haines-Fairbanks Pipeline was a 626-mile 8"pipeline transporting petroleum products such as Jet fuel, mogas, diesel, and avgas from Haines, Alaska through the Yukon Territory, Canada and on into Fairbanks, Alaska terminating at Fort Wainwright . The only previous pipeline in the area was the Canol pipeline built during World War II.

External links
 Haines Sheldon Museum | Preserving our past for the future
 Report

References

Oil pipelines in Alaska
Refined oil product pipelines in the United States
Fiona Cobb. Fiona Cobb is a British structural engineer and author of The Structural Engineer's Pocket Book.  The pocket book was first published in 2003 and is in its 3rd Edition having sold nearly 40,000 copies and is part of the structural engineering exhibit in the mathematics gallery at London's Science Museum. Worldwide sales of the book exceed the 27,000 members of the Institution of Structural Engineers and the average 10,000 lifetime sales for non-fiction UK books.

Cobb was a STEM Ambassador early in her career, volunteering in schools and writing in the national press.  She won the ACE's Young Consultant of the Year, 2007 for having published a core industry textbook before age 35 and being a notable woman in a male-dominated profession; the NCE/ACE judges citation said that "her belief in communicating the importance of the role of engineers in society is an example to all, as is the time she spends educating young people about why engineering is fun". Notable projects include The Weston Tower to the Queen's Diamond Jubilee Galleries at Westminster Abbey, the first structure to be added to the Abbey in 350 years. She has been a Conservation Accredited Engineer since 2009 and established Cobb & Company in 2019.  In 2021, Cobb delivered the IStructE Sutherland History Lecture with Nina Baker on Forgotten Figures in Structural Engineering, presenting original research into the first two female members of the IStructE, Florence Mary Taylor (1926) and Mary Irvine (engineer) (1947).

References 

British structural engineers
Year of birth missing (living people)
Living people
British women engineers
21st-century British women writers
British textbook writers
21st-century British engineers
British women company founders
List of telecommunications terminology. This is a List of telecommunications terminology and acronyms which relate to telecommunications.

C
 Coded set
 Customer office terminal

D
 Data forwarder
 Digital multiplex hierarchy
 Duplex

E
 Exempted addressee

F
 Frame synchronization
 Free-space optical communication
 Functional profile

G
 Group alerting and dispatching system

H
Hop
Horn
 Hybrid routing

M
 Mechanically induced modulation
 Micro-mainframe link
 Multiplexing

N
 Noise (signal processing)

P
 Plesiochronous digital hierarchy
 Primary station

R
 Radio receiver
 Ringaround

S
 Spatial application

T
 Transmission medium
 Transmitter

W
 Wireless mobility management

See also
 Federal Standard 1037C
 List of telecommunications encryption terms
 Outline of telecommunication
 Telecommunications

External links
"http://www.its.bldrdoc.gov/fs-1037/fs-1037c.htm"– Telecommunications: Glossary of Telecommunication Terms

References  

Technical terminology
Electronics lists
Pegasus (workflow management). Pegasus is an open-source workflow management system. It provides the necessary abstractions for scientists to create scientific workflows and allows for transparent execution of these workflows on a range of computing platforms including high performance computing clusters, clouds, and national cyberinfrastructure. In Pegasus, workflows are described abstractly as directed acyclic graphs (DAGs) using a provided API for Jupyter Notebooks, Python, R, or Java. During execution, Pegasus translates the constructed abstract workflow into an executable workflow which is executed and managed by HTCondor.

Pegasus is being used in a number of different disciplines including astronomy, gravitational-wave physics, bioinformatics, earthquake engineering, and helioseismology. Notably, the LIGO Scientific Collaboration has used it to directly detect a gravitational wave for the first time.

Area of applications 
Application examples:
 Gravitational-Wave Physics
 Earthquake Science 
 Bioinformatics
 Workflows for Volcanic Mass Flows
 Diffusion Image Processing and Analysis
 Spallation Neutron Source (SNS)

History 
The development of Pegasus started in 2001.

See also 
 Distributed computing
 Workflow Management System

References

Workflow applications
Free software programmed in C
Free software programmed in Python
Free software programmed in Java (programming language)
Software using the Apache license
Albert Côté. Albert Côté (19 January 1927 – 18 April 2020) was a Canadian forestry engineer and politician.

Biography
Côté earned degrees in surveying and forest engineering from Université Laval. He began his career working for the Quebec Ministry of Agriculture, Fisheries and Food in 1952. He then worked for the Quebec Ministry of Energy and Natural Resources until 1965. In 1965, he began directing forestry operations at Manicouagan and Aux Outardes River Basin Forest Recovery Office, then became president. He held this position until the organization was replaced by the state-owned REXFOR company in 1964. He then became president and CEO of REXFOR in 1979.

He became an assistant deputy minister at the Quebec Ministry of Energy and Natural Resources in 1979, then President of Scierie des Outardes, a joint venture between REXFOR and Quebec & Ontario Paper Co., from 1980 to 1983. He returned to the private sector of forestry engineering from 1983 to 1985.

Côté was the Quebec Liberal Party's nominee for the Rivière-du-Loup District in the 1985 Quebec general election. He was elected with a majority of votes, allocating 2304. He became Minister Delegate of Forests. He was re-elected in the 1989 Quebec general election with a slightly larger majority and retained his ministerial post. He was promoted to Minister of Forests in 1991.

In 1986, Côté implemented a new set of forestry guidelines with the Forest Act. In January 1991, he defended his forestry protection strategy with the document Aménager pour mieux protéger les forêts. This strategy was heard by the Quebec Bureau of Public Hearings on the Environment that same year.

Côté retired from politics in January 1994, when Daniel Johnson Jr. replaced Robert Bourassa as Premier of Quebec and leader of the Quebec Liberal Party.

Publications
Revue forestière française (1979)

References

1927 births
2020 deaths
Politicians from Sherbrooke
Canadian foresters
Université Laval alumni
20th-century members of the National Assembly of Quebec
Mymensingh Power Station. Mymensingh Power Station ) is a  210 megawatt gas-fired power station in Mymensingh, Bangladesh.

It is powered by Rural Power company limited Bangladesh

See also
 Rural Electrification Board
 Rural Power Company Limited
 Mymensingh Palli Bidyut Samity-1

References

Power stations in Bangladesh
1994 establishments in Bangladesh
Rural electrification
Energy in Bangladesh