wanyu/IteraTeR_full_sent huggingface dataset:
Original:  Upon heating any other mixture ratio and reaching the eutectic temperature ,  one component's lattice will melt first, while the temperature of the mixture has to further increase for (all) the othercomponent lattice(s) to melt . Conversely, as a non-eutectic mixture cools down, each mixture's component will solidify (form its lattice) at a distinct temperature, until all material is solid.
Revised:  Upon heating any other mixture ratio and reaching the eutectic temperature , one component's lattice will melt first, while the temperature of the mixture has to further increase for (all) the othercomponent lattice(s) to melt . Conversely, as a non-eutectic mixture cools down, each mixture's component will solidify (form a lattice) at a distinct temperature, until all material is solid.
Edit intent: fluency
Original:  Upon heating any other mixture ratio and reaching the eutectic temperature ,  one component's lattice will melt first, while the temperature of the mixture has to further increase for (all) the othercomponent lattice(s) to melt . Conversely, as a non-eutectic mixture cools down, each mixture's component will solidify (form its lattice) at a distinct temperature, until all material is solid.
Revised:  Upon heating any other mixture ratio and reaching the eutectic temperature , one component's lattice will melt first, while the temperature of the mixture has to further increase for (all) the othercomponent lattice(s) to melt . Conversely, as a non-eutectic mixture cools down, each mixture's component will solidify (form its lattice) at a different temperature, until all material is solid.
Edit intent: fluency
Original:  Upon heating any other mixture ratio and reaching the eutectic temperature ,  one component's lattice will melt first, while the temperature of the mixture has to further increase for (all) the othercomponent lattice(s) to melt . Conversely, as a non-eutectic mixture cools down, each mixture's component will solidify (form its lattice) at a distinct temperature, until all material is solid.
Revised:  Upon heating any other mixture ratio and reaching the eutectic temperature , one component's lattice will melt first, while the temperature of the mixture has to further increase for (all) the othercomponent lattice(s) to melt . Conversely, as a non-eutectic mixture cools down, each mixture's component will solidify (form its lattice) at a distinct temperature, until the entire mass is solid.
Edit intent: clarity
Original: The VOR station transmits two audio signals on a VHF carrier – one is  at 1020 Hz which is Morse code to identify the station, the other is a continuous 9960 Hz audio signal frequency modulated at 30 Hz, with the 0-degree referenced to magnetic north.
Revised: The VOR station transmits two audio signals on a VHF carrier – one is Morse code at 1020 Hz which is Morse code to identify the station, the other is a continuous 9960 Hz audio signal frequency modulated at 30 Hz, with the 0-degree referenced to magnetic north.
Edit intent: fluency
Original: The VOR station transmits two audio signals on a VHF carrier – one is  at 1020 Hz which is Morse code to identify the station, the other is a continuous 9960 Hz audio signal frequency modulated at 30 Hz, with the 0-degree referenced to magnetic north.
Revised: The VOR station transmits two audio signals on a VHF carrier – one is at 1020 Hz to identify the station, the other is a continuous 9960 Hz audio signal frequency modulated at 30 Hz, with the 0-degree referenced to magnetic north.
Edit intent: coherence
Original: The VOR station transmits two audio signals on a VHF carrier – one is  at 1020 Hz which is Morse code to identify the station, the other is a continuous 9960 Hz audio signal frequency modulated at 30 Hz, with the 0-degree referenced to magnetic north.
Revised: The VOR station transmits two audio signals on a VHF carrier – one is at 1020 Hz which is Morse code to identify the station, the other is a continuous 9960 Hz audio modulated at 30 Hz, with the 0-degree referenced to magnetic north.
Edit intent: clarity
Original:  In the VOR signal is a single RF carrier that is demodulated into a composite audio signal composed of a 9960 Hz reference signal frequency modulated at 30 Hz, a 30 Hz AM reference signal, and a 1020 Hz 'marker' signal for station identification.
Revised:  The VOR signal is a single RF carrier that is demodulated into a composite audio signal composed of a 9960 Hz reference signal frequency modulated at 30 Hz, a 30 Hz AM reference signal, and a 1020 Hz 'marker' signal for station identification.
Edit intent: coherence
Original:   Station identification is known by listening to the audio directly, as the 9960 Hz and 30 Hz signals are filtered out of the aircraft internal communication system, leaving only the 1020 Hz Morse-code station identification.
Revised:  The phase difference in degrees is provided to navigational displays. Station identification is known by listening to the audio directly, as the 9960 Hz and 30 Hz signals are filtered out of the aircraft internal communication system, leaving only the 1020 Hz Morse-code station identification.
Edit intent: meaning-changed
Original:   Station identification is known by listening to the audio directly, as the 9960 Hz and 30 Hz signals are filtered out of the aircraft internal communication system, leaving only the 1020 Hz Morse-code station identification.
Revised:  Station identification is by listening to the audio directly, as the 9960 Hz and 30 Hz signals are filtered out of the aircraft internal communication system, leaving only the 1020 Hz Morse-code station identification.
Edit intent: clarity
Original:  Military aircraft will usually employ two VOR receiver systems, one in VOR-only mode to determine "right place" and another in ILS mode in conjunction with a glideslope receiver to determine "right direction."
Revised:  Some aircraft will usually employ two VOR receiver systems, one in VOR-only mode to determine "right place" and another in ILS mode in conjunction with a glideslope receiver to determine "right direction."
Edit intent: fluency
Original: Meyer, page 28 In 1853, the Orungu monarchy under King Ombango-Rogombe agreed to abandon the slave trade . In fact, they simply moved the  trade upriver and tried to continue the trade secretly.
Revised: Meyer, page 28 In 1853, the Orungu monarchy under King Ombango-Rogombe agreed to abandon the slave trade ; the old slave barracoons (or barracks) near what is now Libreville had already been given to American missionaries. They set up a school and church settlement, which they named Baraka. The Chief then simply moved the trade upriver and tried to continue the trade secretly.
Edit intent: meaning-changed
Original: Television Television Year Title Character  2006  Mars Ravelo's Captain Barbell Prof.
Revised: Television Television Year Title Character Network 2021-present Frontline sa Umaga News Anchor TV5 2017–2020 Good Vibes Host Colours 2016 Kapuso Mo, Jessica Soho || Cameo Footage Featured|| rowspan="2"|GMA Network |- | 2015 || Sabado Badoo Cameo Footage Featured 2014–2015 Aksyon Sa Umaga || News Anchor|| rowspan="12"|TV5 |- | 2014|| Aksyon Tonite News Anchor 2013–2014 Astig! || Host |- | 2013–2015|| Demolition Job Host 2013-2015 Rescue 5 || Host/Team Leader |- | 2012|| Extreme Makeover: Home Edition Philippines Host/Team Leader 2012–2014 Pilipinas News || News Anchor |- | 2012–2013 || Good Morning Club Host/Anchor 2011–2012 Sapul sa Singko || Host/Anchor |- | 2011–2012 || Aksyon JournalisMO News Anchor 2010–2011 Aksyon || News Anchor |- | 2010–2012|| USI: Under Special Investigation Host 2009 Survivor Philippines: Palau || Host || rowspan="6"|GMA Network |- | 2007–2009 || Unang Hirit Host 2008 Tok! Tok! Tok! Isang Milyon Pasok! || Host |- | 2008 || Survivor Philippines (season 1) Host 2007–2009 Whammy! Push Your Luck || Host |- | 2006 Mars Ravelo's Captain Barbell Prof.
Edit intent: meaning-changed
Original:  Brando/Captain B 
Revised:  Brando/Captain B GMA Network 1998–2007 S-Files || Host |- | 2001–2003 || Digital LG Challenge Host 2003 Para Bos! || Host || Music Source Inc. |- | 2003–2006 || Extra Challenge Host GMA Network 2003 Via Crusis || Various |- | 2002 || The Great Globe Adventure Host 2002–2003 Extra Ordinaryo || Analyst |- | 2002–2003 || Extra Horn Performer 2002–2003 Extra Service: Income || Exhibitionist |- | 2001–2002 || Ikaw Lang Ang Mamahalin Cameo Appearance 1999–2003 Extra! Extra! || Host |- | 1999–2004 || Digital LG Quiz Host 1998 Txter's V || Host |- | 1997 || Gameplan Host 1998–1999 Mornings @ GMA || Host |- | 1997–1998 || Etching: Entertainment Today w/ Lyn Ching Host 1996–1998 Text Game Show (Philippine TV Game Show) || Host |- | 1995–1997 || Channel S Host
Edit intent: meaning-changed
Original:  In an urban context, land development furthermore includes: Road construction Access roads, walkways and parking lots Bridging Landscaping Clearing, terracing or land levelling Setup of fences and, to a lesser degree, hedges Service connections to municipal services and public utilities Drainage, canals External lighting (street lamps , etc.) Landowner or developers on any size of project will often want to maximise profits, minimise risk and control cash flow.
Revised:  In an urban context, land development furthermore includes: Road construction Access roads, walkways and parking lot Bridge Landscaping Clearing, terracing or land levelling Setup of fences and, to a lesser degree, hedges Service connections to municipal services and public utilities Drainage, canals External lighting (street lamps , etc.) Landowner or developers on any size of project will often want to maximise profits, minimise risk and control cash flow.
Edit intent: fluency
Original:  In an urban context, land development furthermore includes: Road construction Access roads, walkways and parking lots Bridging Landscaping Clearing, terracing or land levelling Setup of fences and, to a lesser degree, hedges Service connections to municipal services and public utilities Drainage, canals External lighting (street lamps , etc.) Landowner or developers on any size of project will often want to maximise profits, minimise risk and control cash flow.
Revised:  In an urban context, land development furthermore includes: Road construction Access roads, walkways and parking lots Bridging Landscaping Clearing, terrace or land levelling Setup of fences and, to a lesser degree, hedges Service connections to municipal services and public utilities Drainage, canals External lighting (street lamps , etc.) Landowner or developers on any size of project will often want to maximise profits, minimise risk and control cash flow.
Edit intent: fluency
Original:  In an urban context, land development furthermore includes: Road construction Access roads, walkways and parking lots Bridging Landscaping Clearing, terracing or land levelling Setup of fences and, to a lesser degree, hedges Service connections to municipal services and public utilities Drainage, canals External lighting (street lamps , etc.) Landowner or developers on any size of project will often want to maximise profits, minimise risk and control cash flow.
Revised:  In an urban context, land development furthermore includes: Road construction Access roads, walkways and parking lots Bridging Landscaping Clearing, terracing or land levelling Setup of fences and, to a lesser degree, hedged Service connections to municipal services and public utilities Drainage, canals External lighting (street lamps , etc.) Landowner or developers on any size of project will often want to maximise profits, minimise risk and control cash flow.
Edit intent: fluency
Original:  In an urban context, land development furthermore includes: Road construction Access roads, walkways and parking lots Bridging Landscaping Clearing, terracing or land levelling Setup of fences and, to a lesser degree, hedges Service connections to municipal services and public utilities Drainage, canals External lighting (street lamps , etc.) Landowner or developers on any size of project will often want to maximise profits, minimise risk and control cash flow.
Revised:  In an urban context, land development furthermore includes: Road construction Access roads, walkways and parking lots Bridging Landscaping Clearing, terracing or land levelling Setup of fences and, to a lesser degree, hedges Service connections to municipal services and public utilities Drainage, canal system External lighting (street lamps , etc.) Landowner or developers on any size of project will often want to maximise profits, minimise risk and control cash flow.
Edit intent: clarity
Original:  In an urban context, land development furthermore includes: Road construction Access roads, walkways and parking lots Bridging Landscaping Clearing, terracing or land levelling Setup of fences and, to a lesser degree, hedges Service connections to municipal services and public utilities Drainage, canals External lighting (street lamps , etc.) Landowner or developers on any size of project will often want to maximise profits, minimise risk and control cash flow.
Revised:  In an urban context, land development furthermore includes: Road construction Access roads, walkways and parking lots Bridging Landscaping Clearing, terracing or land levelling Setup of fences and, to a lesser degree, hedges Service connections to municipal services and public utilities Drainage, canals External lighting (street langurs , etc.) Landowner or developers on any size of project will often want to maximise profits, minimise risk and control cash flow.
Edit intent: fluency
Original: Category:1924 births Category:2017 deaths Category: New Zealand Anglicans Category:New Zealand religious leaders Category:New Zealand Māori people Category:Primates of New Zealand Category:Bishops of Aotearoa Category:Officers of the New Zealand Order of Merit Category:People from Opotiki Category:Māori religion Category:People educated at Te Aute Colle
Revised: Category:1924 births Category:2017 deaths Category: 21st-century Anglican bishops in New Zealand Category:New Zealand Māori people Category:Primates of New Zealand Category:Bishops of Aotearoa Category:Officers of the New Zealand Order of Merit Category:People from Opotiki Category:Māori religion Category:People educated at Te Aute Colle
Edit intent: meaning-changed
Original: Natural disasters eruptions of volcanoes tropical cyclones floods earthquakes tsunamis wildfires / bushfires industrial accidents chemical spill nuclear accident transport road accidents train wreck emergency aircraft evacuation fire Chemical Fire military attacks bombings terrorist attacks military battles imminent nuclear war structural failure viral outbreak
Revised: Natural disasters Eruptions of volcanoes Tropical cyclones Floods Earthquakes Tsunamis Wildfires / bushfires industrial accidents chemical spill nuclear accident transport road accidents train wreck emergency aircraft evacuation fire Chemical Fire military attacks bombings terrorist attacks military battles imminent nuclear war structural failure viral outbreak
Edit intent: fluency
Original: Natural disasters eruptions of volcanoes tropical cyclones floods earthquakes tsunamis wildfires / bushfires industrial accidents chemical spill nuclear accident transport road accidents train wreck emergency aircraft evacuation fire Chemical Fire military attacks bombings terrorist attacks military battles imminent nuclear war structural failure viral outbreak
Revised: Natural disasters eruptions of volcanoes tropical cyclones floods earthquakes tsunamis wildfires / Bushfires Industrial accidents Chemical spill Nuclear accident Transport Road accidents Train wreck Emergency aircraft evacuation Fires Industrial fires Military attacks Bombings Terrorist attacks Military battles Imminent nuclear war Structural failure Viral outbreak
Edit intent: coherence
Original:  In radar, used to locate and track objects like aircraft, ships, spacecraft  and missiles, a beam of radio waves emitted by a radar transmitter reflects off the target object, and the reflected waves reveal the object's location.
Revised:  In radar, used to locate and track objects like aircraft, ships, spacecraft , and missiles, a beam of radio waves emitted by a radar transmitter reflects off the target object, and the reflected waves reveal the object's location.
Edit intent: fluency
Original:  Applications of radio waves which do not involve transmitting the waves significant distances, such as RF heating used in industrial processes and microwave ovens, and medical uses such as diathermy and MRI machines, are not usually called radio.
Revised:  Applications of radio waves that do not involve transmitting the waves significant distances, such as RF heating used in industrial processes and microwave ovens, and medical uses such as diathermy and MRI machines, are not usually called radio.
Edit intent: fluency
Original:  The first practical radio transmitters and receivers were developed around 1895–1896 by Italian Guglielmo Marconi, and radio } began to be used commercially around 1900.
Revised:  The first practical radio transmitters and receivers were developed around 1895–1896 by Indian Sir Jagadish Chandra Bose, but he didn't take his patent and it's patent was taken by an italian } began to be used commercially around 1900.
Edit intent: meaning-changed
Original:  The first practical radio transmitters and receivers were developed around 1895–1896 by Italian Guglielmo Marconi, and radio } began to be used commercially around 1900.
Revised:  The first practical radio transmitters and receivers were developed around 1895–1896 by Italian Guglielmo Marconi, and radio Guglielmo Marconi} began to be used commercially around 1900.
Edit intent: meaning-changed
Original:  The first practical radio transmitters and receivers were developed around 1895–1896 by Italian Guglielmo Marconi, and radio } began to be used commercially around 1900.
Revised:  The first practical radio transmitters and receivers were developed around 1895–1896 by Italian Guglielmo Marconi, and radio }. Radio began to be used commercially around 1900.
Edit intent: meaning-changed
Original:  The first practical radio communications systems, developed by Guglielmo Marconi in 1894–5, transmitted telegraph signals by radio waves, so radio communication was first called "wireless telegraphy".
Revised:  The first practical radio communications systems, developed by Sir Jagadish Chandra Bose in 1894–5, transmitted telegraph signals by radio waves, so radio communication was first called "wireless telegraphy".
Edit intent: meaning-changed
Original:  In radar, used to locate and track objects like aircraft, ships, spacecraft , and missiles, a beam of radio waves emitted by a radar transmitter reflects off the target object, and the reflected waves reveal the object's location.
Revised:  In radar, used to locate and track objects like aircraft, ships, spacecraft and missiles, a beam of radio waves emitted by a radar transmitter reflects off the target object, and the reflected waves reveal the object's location.
Edit intent: fluency
Original:  Applications of radio waves that do not involve transmitting the waves significant distances, such as RF heating used in industrial processes and microwave ovens, and medical uses such as diathermy and MRI machines, are not usually called radio.
Revised:  Applications of radio waves which do not involve transmitting the waves significant distances, such as RF heating used in industrial processes and microwave ovens, and medical uses such as diathermy and MRI machines, are not usually called radio.
Edit intent: fluency
Original:  The first practical radio transmitters and receivers were developed around 1895–1896 by Indian Sir Jagadish Chandra Bose, but he didn't take his patent and it's patent was taken by an italian Guglielmo Marconi%DIFDELCMD < }%%% . Radio began to be used commercially around 1900.
Revised:  The first practical radio transmitters and receivers were developed around 1895–1896 by Guglielmo Marconi%DIFDELCMD < }%%% . Radio began to be used commercially around 1900.
Edit intent: coherence
Original:  The first practical radio transmitters and receivers were developed around 1895–1896 by Indian Sir Jagadish Chandra Bose, but he didn't take his patent and it's patent was taken by an italian Guglielmo Marconi%DIFDELCMD < }%%% . Radio began to be used commercially around 1900.
Revised:  The first practical radio transmitters and receivers were developed around 1895–1896 by Indian Sir Jagadish Chandra Bose, but he didn't take his patent and it's patent was taken by an italian %DIFDELCMD < }%%% . Radio began to be used commercially around 1900.
Edit intent: clarity
Original:  The first practical radio transmitters and receivers were developed around 1895–1896 by Indian Sir Jagadish Chandra Bose, but he didn't take his patent and it's patent was taken by an italian Guglielmo Marconi%DIFDELCMD < }%%% . Radio began to be used commercially around 1900.
Revised:  The first practical radio transmitters and receivers were developed around 1895–1896 by Indian Sir Jagadish Chandra Bose, but he didn't take his patent and it's patent was taken by an italian Guglielmo Marconi%DIFDELCMD < }%%% Italian Guglielmo Marconi, and radio began to be used commercially around 1900.
Edit intent: meaning-changed
Original:  The first practical radio communications systems, developed by Sir Jagadish Chandra Bose in 1894–5, transmitted telegraph signals by radio waves, so radio communication was first called "wireless telegraphy".
Revised:  The first practical radio communications systems, developed by Guglielmo Marconi in 1894–5, transmitted telegraph signals by radio waves, so radio communication was first called "wireless telegraphy".
Edit intent: meaning-changed
Original: Cars 2 is a 2011 American 3D computer-animated spy action-adventure comedy film produced by Pixar Animation Studios for Walt Disney Pictures .
Revised: Cars 2 is a 2011 American 3D computMEMEr-animatMEMEd spy action-advMEMEnturMEME comMEMEdy film producMEMEd by Pixar Animation Studios for Walt Disney Pictures .
Edit intent: fluency
Original:  It is a sequel to 2006's Cars and the second film in the Cars franchise. In the film, race car Lightning McQueen and tow truck Mater head to Japan and Europe to compete in the World Grand Prix, but Mater accidentally becomes sidetracked with international espionage.
Revised:  It is a sequel to 2006's Cars and thMEME sMEMEcond film in thMEME Cars franchisMEME. In thMEME film, racMEME car Lightning McQuMEMEMEMEn and tow truck Mater head to Japan and Europe to compete in the World Grand Prix, but Mater accidentally becomes sidetracked with international espionage.
Edit intent: fluency
Original:  In the film, race car Lightning McQueen and tow truck Mater head to Japan and Europe to compete in the World Grand Prix, but Mater accidentally becomes sidetracked with international espionage.
Revised:  In the film, race car Lightning McQueen and tow truck MatMEMEr hMEMEad to Japan and Europe to compete in the World Grand Prix, but Mater accidentally becomes sidetracked with international espionage.
Edit intent: meaning-changed
Original:  In the film, race car Lightning McQueen and tow truck Mater head to Japan and Europe to compete in the World Grand Prix, but Mater accidentally becomes sidetracked with international espionage.
Revised:  In the film, race car Lightning McQueen and tow truck Mater head to Japan and MEMEuropMEME to compMEMEtMEME in thMEME World Grand Prix, but Mater accidentally becomes sidetracked with international espionage.
Edit intent: meaning-changed