OpenLLM-France/wikimedia huggingface dataset:
# Current limiting reactor

In electrical engineering, current limiting reactors can reduce short-circuit currents, which result from plant expansions and power source additions, to levels that can be adequately handled by existing distribution equipment. They can also be used in high voltage electric power transmission grids for a similar purpose. In the control of electric motors, current limiting reactors can be used to restrict starting current or as part of a speed control system.

## History

Current limiting reactors, once called current limiting reactance coils, were first presented in 1915. The inventor of the current limiting reactance coil was Vern E. Alden who filed the patent on November 20, 1917 with an issue date of September 11, 1923. The original assignee was Westinghouse Electric & Manufacturing Company.

## Operation

A current limiting reactor is used when the prospective short-circuit current in a distribution or transmission system is calculated to exceed the interrupting rating of the associated switchgear. The inductive reactance is chosen to be low enough for an acceptable voltage drop during normal operation, but high enough to restrict a short circuit to the rating of the switchgear. The amount of protection that a current limiting reactor offers depends upon the percentage increase in impedance that it provides for the system.
The main motive of using current limiting reactors is to reduce short-circuit currents so that circuit breakers with lower short circuit breaking capacity can be used. They can also be used to protect other system components from high current levels and to limit the inrush current when starting a large motor.

## Construction

It is desirable that the reactor does not go into magnetic saturation during a short circuit, so generally an air-core coil is used. At low and medium voltages, air-insulated coils are practical; for high transmission voltages, the coils may be immersed in transformer oil. Installation of air-core coils requires consideration of the magnetic field produced by the coils, which may induce current in large nearby metal objects. This may result in objectionable temperature rise and waste of energy.

## Line reactor

A line reactor is an inductor wired between a power source and a load. In addition to the current limiting function, the device serves to filter out spikes of current and may also reduce injection of harmonic currents into the power supply. The most common type is designed for three-phase electric power, in which three isolated inductors are each wired in series with one of the three line phases. Line reactors are generally installed in motor driven equipment to limit starting current, and may be used to protect Variable-frequency drives and motors.
# Tri-County School District (Arkansas)

Tri-County School District was a school district in Arkansas. It served all or parts of: Baxter, Izard, Searcy, and Stone counties. It included the communities of Big Flat and Fifty Six.
It was formed on July 1, 1985, by the merger of Big Flat School District and the Fifty Six School District. On July 1, 1993, it was disestablished with territory given to the following districts: Calico Rock, Marshall, Mountain View, Norfork, and Stone County.
# Nor language

Murik, or Nor, is a Lower Sepik language spoken in Papua New Guinea. It is spoken in Murik ward (3°47′42″S 143°59′55″E﻿ / ﻿3.794976°S 143.998682°E﻿ / -3.794976; 143.998682﻿ (Aramut)) of Marienberg Rural LLG, East Sepik Province, which is located around a large coastal lagoon.

## Phonology

Consonants :
| | Labial | Alveolar | Palatal | Velar |
| Plosive | p b | t d | dʒ | k g |
| Prenasalized | ᵐb | ⁿd | ⁿdʒ | ᵑg |
| Fricative | | s | | |
| Nasal | m | n | ɲ | ŋ |
| Approximant | w | r | j | |
Vowels :
| | Front | Central | Back |
| High | i | | u |
| Mid | e | ə | o |
| Low | | a | |

## Pronouns

Murik independent pronouns are:
    singulardualpaucalplural 1 maga-iag-ie<*a+i 2 miga-uag-uo<*a+u 3 mənməndəbməŋgəmwa

## Nouns

Murik nouns are inflected for four numbers.$^{:897}$
    ‘person’‘house’ singular noriran dual normboirambo paucal norgəiramoara plural normotiranmot
# Leonidaion

The Leonidaion (Λεωνιδαίο) was the lodging place for athletes taking part in the Olympic Games at Olympia. It was built around 330 BCE at the southwest edge of the sanctuary, and was the largest building on the site. It was funded, designed by, and named after architect Leonidas of Naxos.
The building consisted of four Ionian colonnades with 138 decorated columns. The exterior formed a roughly square of 37 by 34 columns approximately 80 metres to a side. In its interior there was a central Doric peristyle with 44 columns, 12 to a side.
In the late third century AD the still utilised Leonidaion was destroyed in an earthquake and its wreckage used in the construction of the Late Antique wall built to protect the site from the Herules.
# Olkaria–Lessos–Kisumu High Voltage Power Line

The Olkaria–Lessos–Kisumu High Voltage Power Line is a high voltage electricity power line connecting the high voltage substation at Olkaria, Kenya to another high voltage substation at Kisumu, Kenya.

## Location

The power line starts at Olkaria, in Nakuru County, about 111 kilometres (69 mi), by road, north-west of Nairobi, and runs in a north-westerly direction to the Ketraco electricity substation in Lessos, in Nandi County.
From there, the power line travels further north-west to Eldoret, in Uasin Gishu County. There, the power line turns southwesterly in direction, to terminate in the city of Kisumu, on the eastern shores of Lake Victoria. The power line measures approximately 290 kilometres (180 mi), in length.

## Overview

This power line is intended to transmit power from the Olkaria geothermal electricity complex to the Western Kenya counties in the former Nyanza Province, bordering Lake Victoria. Prior to this line being constructed, the region depended on high cost thermal power derived from fossil fuels (at US$0.34 per kWh) or expensive energy imported from neighboring Uganda at US$0.22 per kWh. The transmission line is intended to supply energy to the region is sufficient quantities and at reasonable rates.

## Construction

This power line project is split into three lots. The first lot, consisting a 400kV line, measuring 213 kilometres (132 mi), stretches from Olkaria to Lessos with maximum carrying capacity of 1,200 megawatts. The second lot, from Lessos to Kisumu, measures 77 kilometres (48 mi) and is a 220kV line, capable of transmitting 400 megawatts of power. The third lot consists of three new substations at Olkaria, Lessos and Kisumu, with a new switch yard at Kibos.
The contractors on this project include (a) Kalpataru Power Transmission limited of India (b) NARI Group Corporation, of China and (c) Sieyuan Electric Company and China. The cost of this project is valued at US$94.7 million (KSh9.5 billion). Construction is funded with loans from the Japan International Corporation Agency (JICA).
Commissioning of the completed transmission line is expected during the second half of 2021.
# Chesterfield Road railway station

Chesterfield Road railway station was a small station on the Ashover Light Railway and it served the village of Old Tupton, near Clay Cross, North East Derbyshire, England. The station was situated just before a large bridge that went over the Chesterfield to Derby road. It had a small wooden shelter, and was accessed by a flight of steps down to the road. It was one of the busier stations on the line because buses passed at half-hourly intervals. In 1940, the wooden shelter was destroyed in a gale, and the pieces were used to construct a small store-shed at the back of the Clay Cross locomotive shed. After closure in 1950. The site was demolished and nothing remains of the station or trackbed.
| Preceding station | Disused railways | Following station |
| Clay Cross and Egstow | London, Midland and Scottish Railway Ashover Light Railway | Holmgate Line and station closed |
| Disused railways |||||
# United States Cartridge Company explosion

The United States Cartridge Company explosion occurred on July 29, 1903, in present-day Lowell, Massachusetts. The explosion of two buildings used to store dynamite and gunpowder killed 22 people and destroyed 13 homes.

## Explosion

The United States Cartridge Company owned two 20-by-20-foot (6.1 m × 6.1 m) brick magazines on the edge of the Concord River in Tewksbury's Wigginville neighborhood (the neighborhood was annexed to the City of Lowell in 1905). They shared ownership of one of these buildings with the Nichols & Fletcher estate, who leased their third of the building to the American Powder Company for the storage of dynamite. The other building, located 200 feet (61 m) away, was leased to DuPont for the storage of gunpowder. Each building could hold 2.5 tons of explosives. When the buildings were constructed, there were no houses within 1.5 miles (2.4 km) of them. However, the creation of a trolley line through the area in 1897 resulted in French-Canadian laborers settling here.
On the morning of July 29, 1903, U.S. Cartridge employees went to the building to remove the company's cans so that carpenters could work the floor. After all of the cans had been removed, smoke was observed coming out of the dynamite section of the building. At 10:15 am, the American Powder Company's dynamite exploded, which ignited the gunpowder. The explosion triggered a similar blast in the second structure. The explosions killed 17 people and the men who were working closest to the building when it exploded were so badly dismembered that their bodies were never found. The 13 homes closest to the explosion caught fire and were flattened. A total of 67 residences were damaged and 15 families were left homeless. Five more people died from their injuries, bringing the total number of deaths to 22.

## Investigation

Judge Samuel P. Hadley of the Lowell Police Court presided over an inquest into the deaths caused by the explosions. According to Hadley's report, the disaster was caused by carpentry foreman Clarendon Goodwin, who poured an unknown substance onto the floor to clean it. This caused a chemical reaction with spilled nitroglycerin which was hastened by scrubbing the floor with a broom. He also held the government of Tewksbury responsible for the deaths because they did not shut down the magazines after a neighborhood was built near them. Lastly, he found that the United States Cartridge Company, American Powder Company, and DuPont were responsible because they did not move their explosives from the area even though they knew it posed a threat to the lives of the people who lived near the magazines.

## Lawsuits

The United States Cartridge Company and American Powder Company settled about 170 claims for damages out of court. The estates of four of the deceased went to trial and were awarded $4,500 ($152,600 in 2023) each. The decision was appealed to the Massachusetts Supreme Judicial Court, which upheld the verdict.
# I Can't Wait (Nu Shooz song)

"I Can't Wait" is a song by American group Nu Shooz, included on the band's second album, Tha's Right (1985). The song was remixed by Dutch DJ and producer Peter Slaghuis: this remixed version is the one that appears on the group's 1986 album, Poolside.
In the United States, the remixed version of the song reached number one on the Billboard Hot Dance Club Play chart and number three on the Billboard Hot 100. In the United Kingdom and West Germany, the song reached number two, while in Canada, it peaked at number one. The single returned to the Billboard charts in 2015, where it peaked at number 17 on the Dance/Electronic Digital Songs chart.

## Background

Instrumentalist John Smith would try to write songs in batches of 10 and have two a week ready for rehearsals in Portland, Oregon. He bought a new Teac-3440 4-track recorder in 1983, and "I Can't Wait" was one of the first songs he recorded on it. He scribbled out the lyrics in fifteen minutes as the band was loading up gear to go to rehearse it, and his wife, singer Valerie Day, approved.

## Critical reception

John Leland's writeup in a Spin magazine column wrote about the single, saying: "You can listen to this record as many times as you want and still not have any strong impressions that human beings actually made it. In other words, it's the perfect disco record."

## Music video

The music video was directed by Jim Blashfield. It contains animations and has a hint of the very surreal. The plot has Valerie Day singing the song sitting at a desk, repairing a coffeepot, while tools and other oddities pass into the frame and out again. Her dog sits nearby, wearing sunglasses.

## Personnel

According to the liner notes for the Tha's Right album:
* Valerie Day- lead vocals, congas, percussion
* John Smith- guitars
* Mark Bosnian- keyboards, vocals
* Danny Schauffler- tenor saxophone
* Lewis Livermore- trumpet
* Gary Fountaine- bass guitar
* Peter K. Williams- drums
* Shannon Day, Lori Lamphear-Rosenfeld- backing vocals
* Nate Phillips- Moog bass

## Certifications

| Region | Certification | Certified units/sales |
| Canada (Music Canada) | Gold | 50,000$^^$ |
| United Kingdom (BPI) | Silver | 250,000$^^$ |
| United States (RIAA) | Gold | 500,000$^^$ |
| $^^$ Shipments figures based on certification alone. |||

## Cover version and samples

* The song was covered in 2002 by the UK garage girl group Ladies First. It was a UK top 20 hit, reaching number 19.
* The song was sampled by American singer Vanessa Williams for her 1997 song "Happiness".
* The song was sampled by American rapper Mann for his 2010 song "Buzzin".
# Tuckahoe Common School District

Tuckahoe Common School District (TCSD) is a school district headquartered in Southampton, New York. It operates a single school: Tuckahoe School, which serves grades PreK-6. As of 2020 the superintendent is Leonard Skuggevik.
# Tularosa Municipal Schools

Tularosa Municipal Schools is a public school district in Otero County, New Mexico, United States.
In addition to Tularosa its boundary includes Bent and Mescalero.

## Schools

The Tularosa Municipal Schools School District has two elementary schools, one middle school and one high school.

### Elementary schools

* Tularosa Elementary School
* Tularosa Inter Elementary School

### Middle schools

* Tullarosa Middle School

### High schools

* Tularosa High School
# Boonpitak Chitkrachang

Boonpitak Chitkrachang (Thai: บุญพิทักษ์ จิตต์กระจ่าง; 26 June 1973 - 27 October 1995) was a Thai actress and model who was the lead actress in many Thai series during the 1990s. She had the lead role in the 1994 romantic melodrama Eternal Love (ขอให้รักเรานั้นนิรันดร)

## Early life

Boonpitak Chitkrachang was born on June 26, 1973, in Chonburi, Thailand. She was born in a Thai Catholic household. She had one younger brother, Kriangkrai Chitkrachang. She graduated from Darasamutr School and then studied at Ramkhamhaeng University, majoring in humanities.

## Entertainment career

She started her career when she was 18 years old from the 1991 Pan Cosmetic pageant, which she later won in that competition. Her talent and beauty prominently made Mayurachat Muenpasitiwet, a famous Thai actress and producer, encourage her to be an actress for Thai Channel 3. In 1992, She was starring in a music video and appeared in her first television series, “See Yak Nee Ar Yu Noi (สี่แยกนี้อายุน้อย).”She went on to star in many more films and television series. Her biggest role was in Eternal Love (ขอให้รักเรานั้นนิรันดร), starring with Pongpat Wachirabunjong in 1994.

## Death

Boonpitak died on 27 October 1995 in a car crash at the Rong Po Market curve in Chonburi while her driver was driving at high speed. The crash also resulted in the death of her brother Kriangkrai Chitkrachang. The driver and her brother’s girlfriend survived the crash. Her public funeral was held at Wat Phra Sri Mahathat Woramahawihan in Bangkok, Thailand for 3 days and her body was later buried at the Sacred Heart Catholic Church in her hometown.

## Filmography

Television
| Year | Title | Role | Network |
| 1992 | See Yak Ne Ar Yu Noi | Kaew | Channel 3 |
| 1993 | Mae Ploy Hong | Wan | Channel 3 |
| 1994 | Koh Hai Rak Rao Nan Nirandorn (Eternal Love) | Lantharima | Channel 3 |
| 1994 | Tukta Manus | Paew Waew | Channel 3 |
| 1995 | Kreng Kong Hua Jai | Miss Pen | Channel 3 |
| 1995 | Plerng Boon | Jai Rueng | Channel 3 |
# Elizabeth Hardy (novelist)

Elizabeth Hardy (1794–1854) was an Irish novelist. All of her work was published anonymously. She died while imprisoned for debt in Queen's Bench Prison in London, England after having made a 'credulous' investment in a joint stock bank.

## Works

* Michael Cassidy, or the Cottage Gardener. (1845).
* Owen Glendower or The Prince of Wales: A Historical Romance. London: R. Bentley (1849).
* The Fiery Chief, Owen Glendower: A Historical Romance. London: R. Bentley (1851).
* The Confessor: a Jesuit Tale of the Times, Founded on Fact. London: Clarke, Beeton (1854).
# Bosmic Otim

William Otim also known as Bosmic Otim or Lucky Bosmic Otim is a Ugandan musician and politician, born and raised in Gulu.
He became a peace maker through his music in 2006, when National Resistance Movement was fighting with Lord's Resistance Army. In 2007, he was called by LRA to entertain them and the community. He won the 2007 Pearl of Africa Music Awards. In 2019, he sat for his Uganda Advanced Certificate of Education exams which he failed, and hindered his political contesting ambition in 2021 elections. He was a People Power coordinator and chairperson, but later crossed to NRM after meeting with President Yoweri Museveni. He was also banned from performing in Uganda at a time he was in People Power, for his ill talk against government. Bosmic was under pressure and fire from the Acholi chiefdom for discrediting them on over land matters. He was also among the artists that attended the 2020 NRM party delegates Conference at Namboole stadium.
# Cheval Blanc, St Barths

Cheval Blanc is a luxury colonial-style hotel in Saint Barthélemy in the Caribbean, situated on Flamands Beach on the northwestern coast. It was awarded AAA/CAA Four Diamond Lodgings status for 2015. Established in 1991, the hotel contains 40 rooms, suites and villas, which start in size at 645 square feet (59.9 m$^2$). CNN notes that the interior white-washed furnishings are inspired by those of French chateaus, and that salmon pink is a common rendering. The hotel is served by two restaurants, La Case de l'Isle headed by Yann Vinsot by the pool, and La Cabane de l'Isle, and is frequented by wealthy celebrities, including Jay Z and Beyoncé, Ryan Seacrest, P. Diddy, Anthony Kiedis, Russell Simmons and Marc Jacobs.
The hotel is owned by luxury conglomerate LVMH and French entrepreneur Xavier Niel since 2013.
# Stigmatophora

Stigmatophora is a genus of moths in the family Erebidae. The genus was described by Staudinger in 1881.

## Species

* Stigmatophora acerba Leech, 1899
* Stigmatophora bucseki Zhang, Zhao & Han, 2025
* Stigmatophora cernyi Volynkin, 2020
* Stigmatophora chekiangensis Daniel, 1951
* Stigmatophora confusa Daniel, 1951
* Stigmatophora conjuncta C.-L. Fang, 1991
* Stigmatophora danieli Volynkin, Huang & Dubatolov, 2021
* Stigmatophora dianensis Zhang, Zhao & Han, 2025
* Stigmatophora disticha Meyrick, 1894
* Stigmatophora flava Bremer & Grey, 1852
* Stigmatophora flavogrisea (Leech, 1899)
* Stigmatophora grisea Hering, 1936
* Stigmatophora hainanensis C.-L. Fang, 1991
* Stigmatophora inanis Seitz, 1913
* Stigmatophora leacrita (Swinhoe, 1894)
* Stigmatophora likiangensis Daniel, 1951
* Stigmatophora longa Staudinger, 1881 in Kaup in Zhang, Zhao & Han, 2025
* Stigmatophora micans Bremer & Grey, 1852
* Stigmatophora obraztsovi Daniel, 1951
* Stigmatophora orientalis (Daniel, 1951)
* Stigmatophora palmata Moore, 1878
* Stigmatophora rhodophila Walker, 1864
* Stigmatophora roseivena Hampson, 1894
* Stigmatophora rubivena C.-L. Fang, 1991
* Stigmatophora strigivenata Hampson, 1894
* Stigmatophora torrens Butler, 1879
* Stigmatophora tridens Wileman, 1910
* Stigmatophora zolotuhini Dubatolov & Bucsek, 2016
# LOOM (ontology)

Loom is a knowledge representation language developed by researchers in the artificial intelligence research group at the University of Southern California's Information Sciences Institute. The leader of the Loom project and primary architect for Loom was Robert MacGregor. The research was primarily sponsored by the Defense Advanced Research Projects Agency (DARPA).
Loom is a frame-based language in the tradition of KL-ONE. As with KL-ONE, Loom has a formal semantics that maps declarations in Loom to statements in set theory and first-order logic. This formal semantics enables a type of theorem prover engine called a classifier. The classifier can analyze Loom models (known as ontologies) and deduce various things about the model. For example, the classifier can discover new classes or change the subclass/superclass relations in the model. The classifier can also detect inconsistencies in the model declaration. This is a very powerful and fairly unusual capability in that it is capable of doing analysis at the ontology level, the level of declarations rather than at the implementation level as most inference engines do.
The Loom project's goal is the development and fielding of advanced tools for knowledge representation and reasoning in artificial intelligence. Specifically to enable code to be generated from provably valid domain models.
Loom is a language and environment for constructing intelligent applications. At its heart is a knowledge representation and reasoning system that combines a Frame-based language with an automatic classifier engine. Declarative knowledge in Loom consists of definitions, rules, facts, and default rules. A deductive engine called a classifier utilizes forward chaining, semantic unification, and object-oriented truth maintenance technologies in order to compile the declarative knowledge into a network designed to efficiently support on-line deductive query processing.
The Loom system implements a logic-based pattern matcher that drives a production rule facility and a pattern-directed method dispatching facility that supports the definition of object-oriented methods. The high degree of integration between Loom's declarative and procedural components permits programmers to utilize logic programming, production rule, and object-oriented programming paradigms in a single application. Loom can also be used as a deductive layer that overlays an ordinary CLOS (Common Lisp Object System) network. In this mode, users can obtain many of the benefits of using Loom without impacting the function or performance of their CLOS-based applications.
Loom has recently been succeeded by PowerLoom.