wanyu/IteraTeR_full_sent huggingface dataset:
Original:  Daughters of the Buffalo Women : Maintaining the Tribal Faith (1996) Daughters of the Buffalo Women: Maintaining the Tribal Faith  is a collection stories written by Hungry Wolf's mother as well as Blackfoot elders from the time of Buffalo hunting.
Revised:  Daughters of the Buffalo Women : Maintaining the Tribal Faith (1996) Daughters of the Buffalo Women: Maintaining the Tribal Faith (1996) is a collection stories written by Hungry Wolf's mother as well as Blackfoot elders from the time of Buffalo hunting.
Edit intent: fluency
Original:  Other Works Beverly Hungry Wolf has co-authored three novels with her husband, Adolph Gutöhrlein: Blackfoot Craftworker's Book (1983), Shadows of the Buffalo: A family Odyssey Among the Indians (1983), and Children of the Sun: Stories By and About Indian Kids (1987).
Revised:  Other works Beverly Hungry Wolf has co-authored three novels with her husband, Adolph Gutöhrlein: Blackfoot Craftworker's Book (1983), Shadows of the Buffalo: A family Odyssey Among the Indians (1983), and Children of the Sun: Stories By and About Indian Kids (1987).
Edit intent: fluency
Original:      Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter  Applications of particle counters are separated into three primary categories: Aerosol particle counters Liquid particle counters Solid particle counters Detection methods There are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Revised: Detection methods There are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging. Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter Applications of particle counters are separated into three primary categories: Aerosol particle counters Liquid particle counters Solid particle counters Detection methods There are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Edit intent: fluency
Original:      Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter  Applications of particle counters are separated into three primary categories: Aerosol particle counters Liquid particle counters Solid particle counters Detection methods There are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Revised:  The light blocking optical particle counter method is typically useful for detecting and sizing particles greater than 1 micrometre in size and is based upon the amount of light a particle blocks when passing through the detection area of the particle counter. This type of technique allows high resolution and reliable measurement. Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter Applications of particle counters are separated into three primary categories: Aerosol particle counters Liquid particle counters Solid particle counters Detection methods There are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Edit intent: meaning-changed
Original:      Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter  Applications of particle counters are separated into three primary categories: Aerosol particle counters Liquid particle counters Solid particle counters Detection methods There are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Revised:  The light scattering method is capable of detecting smaller-sized particles. This technique is based upon the amount of light that is deflected by a particle passing through the detection area of the particle counter. This deflection is called light scattering. Typical detection sensitivity of the light scattering method is 0.05 micrometre or larger. However, employment of the condensation nuclei counter (CNC) technique would allow a higher detection sensitivity in particle sizes down to nanometre range. A typical application is monitoring of ultrapure water in semiconductor fabrication facilities. Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter Applications of particle counters are separated into three primary categories: Aerosol particle counters Liquid particle counters Solid particle counters Detection methods There are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Edit intent: meaning-changed
Original:      Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter  Applications of particle counters are separated into three primary categories: Aerosol particle counters Liquid particle counters Solid particle counters Detection methods There are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Revised:  The light blocking method is specified for particle counters that are used for counting in hydraulic and lubricating fluids. Particle counters are used here to measure contamination of hydraulic oil, and therefore allow the user to maintain their hydraulic system, reduce breakdowns, schedule maintenance during no or slow work periods, monitor filter performance, etc. Particle counters used for this purpose typically use ISO Standard 4406:1999 as their reporting standard, and ISO 11171 as the calibration standard. Others also in use are NAS 1638 and its successor SAE AS4059D. Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter Applications of particle counters are separated into three primary categories: Aerosol particle counters Liquid particle counters Solid particle counters Detection methods There are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Edit intent: meaning-changed
Original:      Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter  Applications of particle counters are separated into three primary categories: Aerosol particle counters Liquid particle counters Solid particle counters Detection methods There are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Revised:  Direct imaging is a technique that uses the light emitted by a laser as a source to illuminate a cell where particles are passing through. The technique does not measure the light blocked by the particles, but rather measures the area of the particles functioning like an automated microscope. A pulsed laser diode freezes the particle motion. The light transmitted through the fluid is imaged onto an electronic camera with macro focusing optics. The particles in the sample will block the light, and the resulting silhouettes will be imaged onto the digital camera chip. Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter Applications of particle counters are separated into three primary categories: Aerosol particle counters Liquid particle counters Solid particle counters Detection methods There are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Edit intent: meaning-changed
Original:      Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter  Applications of particle counters are separated into three primary categories: Aerosol particle counters Liquid particle counters Solid particle counters Detection methods There are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Revised:  Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter Matrices Applications of particle counters are separated into three primary categories: Aerosol particle counters Liquid particle counters Solid particle counters Detection methods There are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Edit intent: meaning-changed
Original:      Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter  Applications of particle counters are separated into three primary categories: Aerosol particle counters Liquid particle counters Solid particle counters Detection methods There are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Revised:  Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter Applications of particle counters are separated into three primary categories: Aerosol particle counters Liquid particle counters Solid particle counters 
Edit intent: meaning-changed
Original: %DIFDELCMD < %DIFDELCMD < %%% The light scattering method is capable of detecting smaller-sized particles. This technique is based upon the amount of light that is deflected by a particle passing through the detection area of the particle counter. This deflection is called light scattering. Typical detection sensitivity of the light scattering method is 0.05 micrometre or larger. However, employment of the condensation nuclei counter (CNC) technique would allow a higher detection sensitivity in particle sizes down to nanometre range. A typical application is monitoring of ultrapure water in semiconductor fabrication facilities.
Revised: %DIFDELCMD < %DIFDELCMD < %%% 
Edit intent: meaning-changed
Original:  The light blocking method is specified for particle counters that are used for counting in hydraulic and lubricating fluids. Particle counters are used here to measure contamination of hydraulic oil, and therefore allow the user to maintain their hydraulic system, reduce breakdowns, schedule maintenance during no or slow work periods, monitor filter performance, etc. Particle counters used for this purpose typically use ISO Standard 4406:1999 as their reporting standard, and ISO 11171 as the calibration standard. Others also in use are NAS 1638 and its successor SAE AS4059D.
Edit intent: coherence
Original: %DIFDELCMD < %DIFDELCMD < %%% Direct imaging is a technique that uses the light emitted by a laser as a source to illuminate a cell where particles are passing through. The technique does not measure the light blocked by the particles, but rather measures the area of the particles functioning like an automated microscope. A pulsed laser diode freezes the particle motion. The light transmitted through the fluid is imaged onto an electronic camera with macro focusing optics. The particles in the sample will block the light, and the resulting silhouettes will be imaged onto the digital camera chip.
Revised: %DIFDELCMD < %DIFDELCMD < %%% 
Edit intent: coherence
Original: Detection methods There are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Revised: Detection methods 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counterThere are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Edit intent: meaning-changed
Original:  The light blocking method is specified for particle counters that are used for counting in hydraulic and lubricating fluids.
Revised:  If light blocking (obscuration) is used the loss of light is detected. The amplitude of the light scattered or light blocked is measured and the particle is counted and tabulated into standardized counting bins. The light blocking method is specified for particle counters that are used for counting in hydraulic and lubricating fluids.
Edit intent: meaning-changed
Original:  Direct imaging is a technique that uses the light emitted by a laser as a source to illuminate a cell where particles are passing through. The technique does not measure the light blocked by the particles, but rather measures the area of the particles functioning like an automated microscope. A pulsed laser diode freezes the particle motion. The light transmitted through the fluid is imaged onto an electronic camera with macro focusing optics. The particles in the sample will block the light, and the resulting silhouettes will be imaged onto the digital camera chip.
Edit intent: coherence
Original:  Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter%DIFDELCMD < %DIFDELCMD < %%% The nature of particle counting is based upon either light scattering, light obscuration, or direct imaging.
Revised:  %DIFDELCMD < %DIFDELCMD < %%% The nature of particle counting is based upon either light scattering, light obscuration, or direct imaging.
Edit intent: clarity
Original:  Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter%DIFDELCMD < %DIFDELCMD < %%% The nature of particle counting is based upon either light scattering, light obscuration, or direct imaging. A high intensity light source is used to illuminate the particle as it passes through the detection chamber. The particle passes through the light source (typically a laser or halogen light) and if light scattering is used, then the redirected light is detected by a photo detector.
Revised:  Optical counting 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counter%DIFDELCMD < %DIFDELCMD < %%% 
Edit intent: coherence
Original:   Other types Remote particle counters Small particle counters that are used to monitor a fixed location typically inside a cleanroom or mini-environment to continuously monitor particle levels.
Revised:  Direct imaging is a technique that uses the light emitted by a laser as a source to illuminate a cell where particles are passing through. The technique does not measure the light blocked by the particles, but rather measures the area of the particles functioning like an automated microscope. A pulsed laser diode freezes the particle motion. The light transmitted through the fluid is imaged onto an electronic camera with macro focusing optics. The particles in the sample will block the light, and the resulting silhouettes will be imaged onto the digital camera chip. Other types Remote particle counters Small particle counters that are used to monitor a fixed location typically inside a cleanroom or mini-environment to continuously monitor particle levels.
Edit intent: meaning-changed
Original:  Detection methods 300px|Diagram of a particle counter 300px|Diagram of a vision-based particle counterThere are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Revised:  Detection methods 300px|Diagram of a vision-based particle counterThere are several methods used for detecting and measuring particle size or size distribution — light blocking (obscuration), light scattering, Coulter principle and direct imaging.
Edit intent: fluency
Original: The National Centers for Environmental Information (NCEI), an agency of the U.S. government, manages one of the world's largest archives of atmospheric, coastal, geophysical, and oceanic data, containing information that ranges from the surface of the sun to Earth's core, and from ancient tree ring and ice core records to near-real-time satellite images.
Revised: The National Centers for Environmental Information (NCEI), an agency of the United States government, manages one of the world's largest archives of atmospheric, coastal, geophysical, and oceanic data, containing information that ranges from the surface of the sun to Earth's core, and from ancient tree ring and ice core records to near-real-time satellite images.
Edit intent: fluency
Original: Data and Services The graph from a study by NCEI The NCEI archive contains more than 37 petabytes of data, equivalent to more than 400 million filing cabinets filled with documents.
Revised: Data and services The graph from a study by NCEI The NCEI archive contains more than 37 petabytes of data, equivalent to more than 400 million filing cabinets filled with documents.
Edit intent: fluency
Original:  NCEI Data Users NCEI resources are used for scientific research and commercial applications in many fields, including agriculture, forestry, marine and coastal ecosystems, tourism, transportation, civil infrastructure, energy, transportation, water resources, energy, health, insurance, litigation, and national security.
Revised:  NCEI data users NCEI resources are used for scientific research and commercial applications in many fields, including agriculture, forestry, marine and coastal ecosystems, tourism, transportation, civil infrastructure, energy, transportation, water resources, energy, health, insurance, litigation, and national security.
Edit intent: fluency
Original: Media The phrase was coined by the  character Barney Stinson  in "Not a Father's Day", an episode of the television series How I Met Your Mother, first aired in November 2008.
Revised: Media The phrase was coined by the character Barney Stinson (Neil Patrick Harris) in "Not a Father's Day", an episode of the television series How I Met Your Mother, first aired in November 2008.
Edit intent: meaning-changed
Original:  This point is made again by Ted and Robin later in the episode, who note that some of Barney's friends also only seem attractive in a group.
Revised:  This point is made again by two other characters, Ted Mosby (Josh Radnor) and Robin Scherbatsky (Cobie Smulders), later in the episode, who note that some of Barney's friends also only seem attractive in a group.
Edit intent: clarity
Original:  Peirce introduces trichotomic as the "art of making three-fold divisions  ” and trikonic is the name given to the electronic trichotomic approach to this science of the trichotomic or triadic analysis of anything which can be so analysed.
Revised:  Peirce introduces trichotomic as the "art of making three-fold divisions . ” and trikonic is the name given to the electronic trichotomic approach to this science of the trichotomic or triadic analysis of anything which can be so analysed.
Edit intent: fluency
Original:  Figure 1.0 The Trikonic Symbol Trikonic is a method that has been developed to assist in certain researches and decision making processes which are of most interest to the virtual community. In the future, it will be developed into an electronic tool used for analysis discussion, the terminology related to the components of various triads, the relations that triads hold with other triads, and much more.
Revised:  Figure 1.0 The Trikonic Symbol discussion, the terminology related to the components of various triads, the relations that triads hold with other triads, and much more.
Edit intent: coherence
Original: The SLUGGS (SAGES Legacy Unifying Globulars and GalaxieS) survey is an astronomical survey of 25  nearby early-type (E and S0) galaxies.
Revised: The SLUGGS (SAGES Legacy Unifying Globulars and GalaxieS) survey is an astronomical survey of 25 (and 3 `bonus') nearby early-type (E and S0) galaxies.
Edit intent: meaning-changed
Original:  SAGES SAGES (Study of the Astrophysics of Globular Clusters in Extragalactic Systems) is an international network of researchers investigating the formation and evolution of globular clusters and their host galaxies, using observational facilities around the world  .
Revised:  SAGES SAGES (Study of the Astrophysics of Globular Clusters in Extragalactic Systems) is an international network of researchers investigating the formation and evolution of globular clusters and their host galaxies, using observational facilities around the world , particularly the Keck and Subaru telescopes .
Edit intent: meaning-changed
Original:  Several (up to 4 ) DEIMOS masks are then created which include slits corresponding to the locations of globular clusters, galaxy starlight and random background sky locations in the outer parts of the mask.
Revised:  Several (up to 6 ) DEIMOS masks are then created which include slits corresponding to the locations of globular clusters, galaxy starlight and random background sky locations in the outer parts of the mask.
Edit intent: meaning-changed
Original:  D. A. Forbes et al., 2015, MNRAS, 452, 1045  link;
Revised:  D. A. Forbes et al., 2015, MNRAS, 452, 1045 link; "The SLUGGS Survey: A Catalog of Over 4000 Globular Cluster Radial Velocities in 27 Nearby Early-type Galaxies"; D. A. Forbes et al., 2017, MNRAS, 153, 114 link;
Edit intent: meaning-changed
Original:  This general laparoscopic procedure was introduced by Dr. Sami Salem Ahmad from Germany who is a world leading GI surgeon and an entrepreneur. . . He attended the Eppendorf University in Hamburg/Germany .
Revised:  This general laparoscopic procedure was introduced by Sami Salem Ahmad from Germany who is a world leading GI surgeon and an entrepreneur. . . He attended the Eppendorf University in Hamburg/Germany .
Edit intent: style
Original:  Nissen Fundoplication General complications that can occur using any method of hernia repair are: problems with anesthesia dosage difficulty swallowing because the stomach is too high up or esophagus is wrapped too tightly heartburn excessive gas infection or bleeding esophagus moving out of wrap causing lower esophageal sphincter to not be supported Nissen Fundoplication Procedure See also hiatus hernia
Revised:  Nissen fundoplication General complications that can occur using any method of hernia repair are: problems with anesthesia dosage difficulty swallowing because the stomach is too high up or esophagus is wrapped too tightly heartburn excessive gas infection or bleeding esophagus moving out of wrap causing lower esophageal sphincter to not be supported Nissen Fundoplication Procedure See also hiatus hernia
Edit intent: fluency
Original:  Nissen Fundoplication General complications that can occur using any method of hernia repair are: problems with anesthesia dosage difficulty swallowing because the stomach is too high up or esophagus is wrapped too tightly heartburn excessive gas infection or bleeding esophagus moving out of wrap causing lower esophageal sphincter to not be supported Nissen Fundoplication Procedure See also hiatus hernia
Revised:  Nissen Fundoplication General complications that can occur using any method of hernia repair are: problems with anesthesia dosage difficulty swallowing because the stomach is too high up or esophagus is wrapped too tightly heartburn excessive gas infection or bleeding esophagus moving out of wrap causing lower esophageal sphincter to not be supported Nissen fundoplication procedure See also hiatus hernia
Edit intent: fluency