wanyu/IteraTeR_v2 huggingface dataset:
Original:  Lucia Realtors players Category:Tanduay Rhum Masters players Category:University Athletic Association of the Philippines basketball playe
Revised:  Lucia Realtors players Category:Tanduay Rhum Masters players Category:University Athletic Association of the Philippines basketball players Jas
Edit intent: fluency
Original: Primary sources Bediani appears in the Georgian—both narrative and epigraphic—and Western European sources from the early 13th century to the latter half of the 15th century, first in the Histories and Eulogies of the Sovereigns, a part of the Georgian Chronicles, among the list of  Georgian "dukes" (eristavi) under Queen Tamar (r. 1184–1213).
Revised: Primary sources Bediani appears in the Georgian—both narrative and epigraphic—and Western European sources from the early 13th century to the latter half of the 15th century, first in the Histories and Eulogies of the Sovereigns, a part of the Georgian Chronicles, in the list of Georgian "dukes" (eristavi) under Queen Tamar (r. 1184–1213).
Edit intent: clarity
Original: Primary sources Bediani appears in the Georgian—both narrative and epigraphic—and Western European sources from the early 13th century to the latter half of the 15th century, first in the Histories and Eulogies of the Sovereigns, a part of the Georgian Chronicles, among the list of  Georgian "dukes" (eristavi) under Queen Tamar (r. 1184–1213).
Revised: Primary sources Bediani appears in the Georgian—both narrative and epigraphic—and Western European sources from the early 13th century to the latter half of the 15th century, first in the Histories and Eulogies of the Sovereigns, a part of the Georgian Chronicles, among the list of the Georgian "dukes" (eristavi) under Queen Tamar (r. 1184–1213).
Edit intent: fluency
Original:  In the 15th century, Bediani (Bedias, Bendian) was used as a designation of the Prince of Mingrelia (e.g., Bendian rex Mingreliae) by the 15th-century Italian visitors to the Caucasus—Ludovico da Bologna in 1460 and Giosafat Barbaro and Ambrogio Contarini in the early 1470s.
Revised:  In the 15th century, Bediani (Bedias, Bendian) was used as a designation of the Prince of Mingrelia (e.g., Bendian rex Mingreliae) by the Italian visitors to the Caucasus—Ludovico da Bologna in 1460 and Giosafat Barbaro and Ambrogio Contarini in the early 1470s.
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Original:  This view and the associated neologism were accepted by several Soviet-era scholars, including Zurab Anchabadze, who, however, dated the emergence of the principality of Sabediano back to the end of the 14th century, when the Mingrelian princes were reported by the Georgian sources to have  dispossessed their Abkhazian counterparts of their possessions up to and including Anacopia.
Revised:  This view and the associated neologism were accepted by several Soviet-era scholars, including Zurab Anchabadze, who, however, dated the emergence of the principality of Sabediano back to the end of the 14th century, when the Mingrelian princes were reported by the Georgian sources to have had dispossessed their Abkhazian counterparts of their possessions up to and including Anacopia.
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Original: File:1310 Diencephalon.jpg|300px|The diencephalon, which is affected by diencaphalic syndrome, consists of the thalamus, the subthalamus, the hypothalamus, and the epithalamus.
Edit intent: coherence
Original: Diencephalic syndrome, diencephalic syndrome of emaciation or Russell's syndrome is a rare neurological disorder seen in infants and children and characterised by failure to thrive and severe emaciation despite normal or slightly decreased caloric intake.
Revised: Diencephalic syndrome, or Russell's syndrome is a rare neurological disorder seen in infants and children and characterised by failure to thrive and severe emaciation despite normal or slightly decreased caloric intake.
Edit intent: clarity
Original:  Helaman Ferguson, George W. Hart, Bathsheba Grossman, Peter Forakis and Jacobus Verhoeff are some Mathematical artists with mathematical sculptures.
Revised:  Helaman Ferguson, George W. Hart, Bathsheba Grossman, Peter Forakis and Jacobus Verhoeff are some mathematical artists with mathematical sculptures.
Edit intent: fluency
Original:  Helaman Ferguson, George W. Hart, Bathsheba Grossman, Peter Forakis and Jacobus Verhoeff are some mathematical artists with mathematical sculptures .
Revised:  Helaman Ferguson, George W. Hart, Bathsheba Grossman, Peter Forakis and Jacobus Verhoeff are well-known mathematical sculptors .
Edit intent: clarity
Original: A mathematical sculpture is a sculpture which the use of mathematics becomes essential in its conception.
Revised: A mathematical sculpture is a sculpture which uses mathematics as an essential conception.
Edit intent: clarity
Original: Applications Mixed Oxidant Solution for water treatment, improve safety, lowers general corrosion rates, increases performance, and saves money.
Revised: Applications Mixed Oxidant Solution for water treatment, improves safety, lowers general corrosion rates, increases performance, and saves money.
Edit intent: fluency
Original: W.L. Bradford, The Differences between On-Site Generated Mixed-Oxidant Solution and Sodium Hypochlorite, MIOX Master Features Summary, 2011 The main component of this product is chlorine and it’s derivatives (ClO-, HClO and Cl2 solution).
Revised: W.L. Bradford, The Differences between On-Site Generated Mixed-Oxidant Solution and Sodium Hypochlorite, MIOX Master Features Summary, 2011 The main component of this product is chlorine and its derivatives (ClO-, HClO and Cl2 solution).
Edit intent: fluency
Original: Mixed oxidant solution is produced by the electrolysis device at site.
Revised: Mixed oxidant solution is produced by electrolysis on site.
Edit intent: clarity
Original: S.Y. Hsu "Efects of water ﬂow rate, salt concentration and water temperature on efciency of an electrolyzed oxidizing water generator" Journal of Food Engineering 60, 469–473, 2003 Mixed oxidant solution reproductive system contains corrosion-resistant electrodes or dimensionally stable anodes (DSA) and is made so that different voltages for electrolysis is applied simultaneously in different parts.
Revised: S.Y. Hsu "Efects of water ﬂow rate, salt concentration and water temperature on efciency of an electrolyzed oxidizing water generator" Journal of Food Engineering 60, 469–473, 2003 A mixed oxidant solution production system contains corrosion-resistant electrodes or dimensionally stable anodes (DSA) and is made so that different voltages for electrolysis is applied simultaneously in different parts.
Edit intent: fluency
Original: S.Y. Hsu "Efects of water ﬂow rate, salt concentration and water temperature on efciency of an electrolyzed oxidizing water generator" Journal of Food Engineering 60, 469–473, 2003 Mixed oxidant solution reproductive system contains corrosion-resistant electrodes or dimensionally stable anodes (DSA) and is made so that different voltages for electrolysis is applied simultaneously in different parts.
Revised: S.Y. Hsu "Efects of water ﬂow rate, salt concentration and water temperature on efciency of an electrolyzed oxidizing water generator" Journal of Food Engineering 60, 469–473, 2003 Mixed oxidant solution reproductive system contains corrosion-resistant electrodes or dimensionally-stable anodes (DSA) and is made so that different voltages for electrolysis is applied simultaneously in different parts.
Edit intent: fluency
Original: S.Y. Hsu "Efects of water ﬂow rate, salt concentration and water temperature on efciency of an electrolyzed oxidizing water generator" Journal of Food Engineering 60, 469–473, 2003 Mixed oxidant solution reproductive system contains corrosion-resistant electrodes or dimensionally stable anodes (DSA) and is made so that different voltages for electrolysis is applied simultaneously in different parts.
Revised: S.Y. Hsu "Efects of water ﬂow rate, salt concentration and water temperature on efciency of an electrolyzed oxidizing water generator" Journal of Food Engineering 60, 469–473, 2003 Mixed oxidant solution reproductive system contains corrosion-resistant electrodes or dimensionally stable anodes (DSA) and is made so that different voltages for electrolysis are applied simultaneously to different parts.
Edit intent: fluency
Original:  In this way, different reactions occur in the anode and cathode poles, and therefore, various oxidizing substances is produced.
Revised:  In this way, different reactions occur at the anode and cathode poles, and therefore, various oxidizing substances is produced.
Edit intent: fluency
Original:  In this way, different reactions occur in the anode and cathode poles, and therefore, various oxidizing substances is produced.
Revised:  In this way, different reactions occur in the anode and cathode poles, and therefore, various oxidizing substances are produced.
Edit intent: fluency
Original:  In this case, the following half reactions take place, and hydrogen gas is produced in the cathode side and oxygen gas in the anodeside .
Revised:  In this case, the following half reactions take place, and hydrogen gas is produced at the cathode and oxygen gas in the anodeside .
Edit intent: clarity
Original:  In this case, the following half reactions take place, and hydrogen gas is produced in the cathode side and oxygen gas in the anodeside .
Revised:  In this case, the following half reactions take place, and hydrogen gas is produced in the cathode side and oxygen gas at the anode .
Edit intent: clarity
Original: Gordon, G.L., 1998, "Electrochemical Mixed Oxidant Treatment: Chemical Detail of Electrolyzed Salt Brine Technology", prepared for the U.S. Environmental Protectio National Risk Management Laboratory, Cincinnati, OH, May 1998.
Revised: Gordon, G.L., 1998, "Electrochemical Mixed Oxidant Treatment: Chemical Detail of Electrolyzed Salt Brine Technology", prepared for the U.S. Environmental Protection National Risk Management Laboratory, Cincinnati, OH, May 1998.
Edit intent: fluency
Original:  This phenomena can be effected from other principles and applied conditions in electrolysis.
Revised:  These phenomena can be effected from other principles and applied conditions in electrolysis.
Edit intent: fluency
Original:  In this process and during the production of ozone,  penetrating smell of ozone in the region of the reactor outlet is clear.
Revised:  In this process and during the production of ozone, a penetrating smell of ozone in the region of the reactor outlet is clear.
Edit intent: fluency
Original:  By continuing this process and maintaining the stability of condition , production of ozone can be continued up to the maximum dissolution of ozone in water.
Revised:  By continuing this process and maintaining stable conditions , production of ozone can be continued up to the maximum dissolution of ozone in water.
Edit intent: clarity
Original:  The solubility of ozone in 20˚C water is 570 mg per litter and 1050 mg per liter in water at zero degree Celsius.
Revised:  The solubility of ozone in 20˚C water is 570 mg per liter and 1050 mg per liter in water at zero degree Celsius.
Edit intent: fluency
Original: Ozone In the next stage, with little change in reaction conditions and the voltage and potential level, hydrogen peroxide production process takes place .
Revised: Ozone In the next stage, with little change in reaction conditions and the voltage and potential level, hydrogen peroxide is produced .
Edit intent: clarity
Original:  It should be noted that for producing ozone and hydrogen peroxide, there is different half reactions with different levels of reduction potential and in practice each of them may occur.
Revised:  It should be noted that for producing ozone and hydrogen peroxide, there are different half reactions with different levels of reduction potential and in practice each of them may occur.
Edit intent: fluency
Original:  Imposing various conditions, including changes in voltage, current, concentration, pH, temperature, flow and pressure will relatively change the standard reduction potential and as a result, the tendency of reaction of substances.
Revised:  Imposing various conditions, including changes in voltage, current, concentration, pH, temperature, flow and pressure will relatively change the standard reduction potential and as a result, the tendency of reactions of various substances.
Edit intent: clarity
Original: The basis of the Mixed oxidants production cell is electrolysis of sodium chloride salt and water .
Revised: The basis of the Mixed oxidants production cell is electrolysis of a water solution of sodium chloride .
Edit intent: clarity
Original:  In the process Anions and cations move towards the anode and cathode respectively and related reactions is carried out.
Revised:  In the process anions and cations move towards the anode and cathode respectively and related reactions is carried out.
Edit intent: fluency
Original:  In the process Anions and cations move towards the anode and cathode respectively and related reactions is carried out.
Revised:  In the process Anions and cations move toward the anode and cathode respectively and related reactions is carried out.
Edit intent: fluency
Original:  In the process Anions and cations move towards the anode and cathode respectively and related reactions is carried out.
Revised:  In the process Anions and cations move towards the anode and cathode respectively and related reactions are carried out.
Edit intent: fluency
Original:  For producing  Mixed oxidants solution, different types of electrolysis cell such as  membrane cell and  membraneless cell (unipolar and bipolar) are used.
Revised:  For producing a Mixed oxidants solution, different types of electrolysis cell such as membrane cell and membraneless cell (unipolar and bipolar) are used.
Edit intent: fluency
Original:  For producing  Mixed oxidants solution, different types of electrolysis cell such as  membrane cell and  membraneless cell (unipolar and bipolar) are used.
Revised:  For producing Mixed oxidants solution, different types of electrolysis cell such as a membrane cell and membraneless cell (unipolar and bipolar) are used.
Edit intent: fluency
Original:  For producing  Mixed oxidants solution, different types of electrolysis cell such as  membrane cell and  membraneless cell (unipolar and bipolar) are used.
Revised:  For producing Mixed oxidants solution, different types of electrolysis cell such as membrane cell and a membraneless cell (unipolar and bipolar) are used.
Edit intent: fluency
Original:  The following description is given about each of these cells.
Revised:  The following description is given for each of these cells.
Edit intent: clarity
Original:  This cell consists of anode and cathode electrodes in a way that an ion exchange membrane is located between them.
Revised:  This cell consists of anode and cathode electrodes with an ion exchange membrane is located between them.
Edit intent: clarity
Original:  This cell consists of anode and cathode electrodes in a way that an ion exchange membrane is located between them.
Revised:  This cell consists of anode and cathode electrodes in a way that an ion exchange membrane between them.
Edit intent: clarity
Original:  This membrane is capable to pass the cations through itself and lead them to the cathode.
Revised:  This membrane lets cations pass through it and leads them to the cathode.
Edit intent: clarity
Original: Y. Tanaka Ion exchange membranes fundamentals and applications, Membrane science and technology series,12 This cell has two inputs and two outputs for water , which a pair of them is located at the cathode side and the other pair is located at the anode side.
Revised: Y. Tanaka Ion exchange membranes fundamentals and applications, Membrane science and technology series,12 This cell has two inputs and two outputs for water . One pair of them is located at the cathode side and the other pair is located at the anode side.
Edit intent: clarity
Original:  In some of them  ion exchange membrane is used which is able to move the cation and anions from one side to the other side.
Revised:  In some of them an ion exchange membrane is used which is able to move the cation and anions from one side to the other side.
Edit intent: fluency
Original:  In some of them  ion exchange membrane is used which is able to move the cation and anions from one side to the other side.
Revised:  In some of them ion exchange membrane is used which is able to move the cations and anions from one side to the other side.
Edit intent: fluency
Original:  In this type of cells brine solution enters from one side and water from the other side.
Revised:  In this type of cell brine solution enters from one side and water from the other side.
Edit intent: fluency
Original:  The Half reaction in the cathode chamber is as follows: At the anode side, part of  chloride ions are oxidized and are dissolved in the passing water in the forms of Cl2, HOCl and small amounts of ClO2.
Revised:  The half reaction in the cathode chamber is as follows: At the anode side, part of chloride ions are oxidized and are dissolved in the passing water in the forms of Cl2, HOCl and small amounts of ClO2.
Edit intent: fluency
Original:  The Half reaction in the cathode chamber is as follows: At the anode side, part of  chloride ions are oxidized and are dissolved in the passing water in the forms of Cl2, HOCl and small amounts of ClO2.
Revised:  The Half reaction in the cathode chamber is as follows: At the anode side, part of the chloride ions are oxidized and are dissolved in the passing water in the forms of Cl2, HOCl and small amounts of ClO2.
Edit intent: fluency
Original:  The Half reaction in the cathode chamber is as follows: At the anode side, part of  chloride ions are oxidized and are dissolved in the passing water in the forms of Cl2, HOCl and small amounts of ClO2.
Revised:  The Half reaction in the cathode chamber is as follows: At the anode side, part of chloride ions are oxidized and dissolved in the passing water in the forms of Cl2, HOCl and small amounts of ClO2.
Edit intent: fluency
Original:  The main half reaction at the anode side is: Chlorine and its compounds have been dissolved in the water passing through the anode chamber and with injecting the required amount of this solution into water, it can be disinfected.
Revised:  The main half reaction at the anode side is: Chlorine and its compounds have been dissolved in the water passing through the anode chamber and by injecting the required amount of this solution into water, it can be disinfected.
Edit intent: fluency
Original:  It should be noted that the output solution of the anode chamber in the membrane reactors , is acidic and its pH is about 2-3.J.T. Masis, "Mixed oxidant gases generated on site", Regional Symposium on Water Quality: Effective Disinfection, Lima, 27-29 1998.
Revised:  It should be noted that the output solution of the anode chamber in the membrane reactors is acidic and its pH is about 2-3.J.T. Masis, "Mixed oxidant gases generated on site", Regional Symposium on Water Quality: Effective Disinfection, Lima, 27-29 1998.
Edit intent: fluency
Original:  In order to increase the efficiency and enhance the capacity, several membrane cell can be used in parallel.
Revised:  In order to increase the efficiency and enhance capacity, several membrane cell can be used in parallel.
Edit intent: fluency
Original:  In order to increase the efficiency and enhance the capacity, several membrane cell can be used in parallel.
Revised:  In order to increase the efficiency and enhance the capacity, several membrane cells can be used in parallel.
Edit intent: fluency
Original: M. Siguba "The development of appropriate brine electrolysers for disinfection of rural water supplies", master’s thesis, 2005 Membraneless cell 400px| Schematic of types of electrodes ordering in a salt electrolysis reactor The structure of the cell without  membrane is similar to  membrane cell, except that there is no membrane and, therefore, it has one brine solution input and one output for the products.
Revised: M. Siguba "The development of appropriate brine electrolysers for disinfection of rural water supplies", master’s thesis, 2005 Membraneless cell 400px| Electrode arrangements in salt electrolysis reactors The structure of the cell without membrane is similar to membrane cell, except that there is no membrane and, therefore, it has one brine solution input and one output for the products.
Edit intent: coherence
Original: M. Siguba "The development of appropriate brine electrolysers for disinfection of rural water supplies", master’s thesis, 2005 Membraneless cell 400px| Schematic of types of electrodes ordering in a salt electrolysis reactor The structure of the cell without  membrane is similar to  membrane cell, except that there is no membrane and, therefore, it has one brine solution input and one output for the products.
Revised: M. Siguba "The development of appropriate brine electrolysers for disinfection of rural water supplies", master’s thesis, 2005 Membraneless cell 400px| Schematic of types of electrodes ordering in a salt electrolysis reactor The structure of the cell without a membrane is similar to membrane cell, except that there is no membrane and, therefore, it has one brine solution input and one output for the products.
Edit intent: fluency
Original: M. Siguba "The development of appropriate brine electrolysers for disinfection of rural water supplies", master’s thesis, 2005 Membraneless cell 400px| Schematic of types of electrodes ordering in a salt electrolysis reactor The structure of the cell without  membrane is similar to  membrane cell, except that there is no membrane and, therefore, it has one brine solution input and one output for the products.
Revised: M. Siguba "The development of appropriate brine electrolysers for disinfection of rural water supplies", master’s thesis, 2005 Membraneless cell 400px| Schematic of types of electrodes ordering in a salt electrolysis reactor The structure of the cell without membrane is similar to a membrane cell, except that there is no membrane and, therefore, it has one brine solution input and one output for the products.
Edit intent: fluency
Original: M. Siguba "The development of appropriate brine electrolysers for disinfection of rural water supplies", master’s thesis, 2005 Membraneless cell 400px| Schematic of types of electrodes ordering in a salt electrolysis reactor The structure of the cell without  membrane is similar to  membrane cell, except that there is no membrane and, therefore, it has one brine solution input and one output for the products.
Revised: M. Siguba "The development of appropriate brine electrolysers for disinfection of rural water supplies", master’s thesis, 2005 Membraneless cell 400px| Schematic of types of electrodes ordering in a salt electrolysis reactor The structure of the cell without membrane is similar to membrane cell, except that it has one brine solution input and one output for the products.
Edit intent: coherence
Original:  In this case, the anode and cathode products are mixed and comes out from the cell output.
Revised:  In this case, the anode and cathode products are mixed and go to the cell output.
Edit intent: clarity
Original:  Since the pH of the produced solution is about 8-9 , using this solution for disinfection may increase the pH and to solve this problem, acidis added .
Revised:  Since the pH of the produced solution is about 8 to 9 , using this solution for disinfection may increase the pH and to solve this problem, acidis added .
Edit intent: fluency
Original:  Since the pH of the produced solution is about 8-9 , using this solution for disinfection may increase the pH and to solve this problem, acidis added .
Revised:  Since the pH of the produced solution is about 8-9 , using this solution for disinfection may increase the pH ; that can be reduced by adding acid .
Edit intent: coherence
Original:  This type of cell can be unipolar and bipolar.
Revised:  This type of cell can be unipolar or bipolar.
Edit intent: clarity