{"text_format":"1","workbook":"xlsx","n_sheets":3,"sheets":["I - Batch series parameters","II - Results","Mins&Ligs"],"not_rendered":{"charts":6,"images":0,"macros":1,"external_links":0,"defined_names":1,"comments":0,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"I - Batch series parameters","index":0,"n_rows":105,"n_cols":9,"rows_kept":105,"cut":false,"hidden":false,"merged":[[63,3,63,8],[64,3,64,8],[87,1,87,8],[95,3,95,8],[99,2,99,8],[88,4,88,8],[90,1,90,8],[98,1,98,8],[91,1,91,5],[91,6,91,8],[58,3,58,8],[59,3,59,8],[60,3,60,8],[61,3,61,8],[62,3,62,8],[54,1,54,8],[55,1,55,8],[56,4,56,8],[57,3,57,8],[47,3,47,8],[48,3,48,8],[49,3,49,8],[50,3,50,8],[52,1,52,8],[41,4,41,8],[42,3,42,8],[43,2,43,8],[44,2,44,8],[45,2,45,8],[25,0,25,8],[27,0,27,8],[29,0,29,8],[31,0,31,8],[33,0,33,8],[21,3,21,8],[22,3,22,8],[2,0,2,8],[3,7,5,8],[6,2,6,8],[7,4,7,8],[8,4,8,8],[10,0,10,8],[11,0,11,8],[14,0,14,8],[15,0,15,8],[16,3,16,8],[17,3,17,8],[18,3,18,8],[19,3,19,8],[20,3,20,8],[101,0,101,8],[28,3,28,8],[30,3,30,8],[53,1,53,8],[51,2,51,8],[46,2,46,8],[32,3,32,8],[34,3,34,8],[36,3,36,8],[38,3,38,8],[100,1,100,8],[89,3,89,8],[35,0,35,8],[37,0,37,8],[39,1,39,8],[40,5,40,8],[103,0,103,8],[104,1,104,8],[40,1,40,3],[0,0,0,8],[1,0,1,8],[23,3,23,8],[24,3,24,8],[26,3,26,8],[9,1,9,8],[13,3,13,8],[12,3,12,8],[8,1,8,3],[3,1,3,6],[4,1,4,6],[5,1,5,6],[102,1,102,8]]}
["Introduction"]
["This Excel-file is for archiving data of batch sorption series that were accomplished at the IRE. For full performance, enable macros in your Excel.\nIn general, you are asked to fill out all fields if available. Further information should be added as comments into the respective field(s).\nThe first sheet collects as much experimental data as possible. Some entries can be selected from a list as indicated by “select” or \"yes/no\". Some fields will be filled automatically due to the selection.\nThe second sheet is for results. At the top, the most relevant parameters appear again and are taken from the first sheet to get an overview. Results can be inserted into the tables provided below. Feel free to edit the layout of these tables if necessary.\nRaw data of batch experiments and further analytical data (spectroscopy, spectrometry, radiometry…) must be provided separately.\nFor further information, help, etc. contact: Norbert Jordan / Harald Foerstendorf"]
["Experimentator"]
["Name:","Mayordomo Herranz"]
["Given name:","Natalia"]
["Department:","FWOG"]
["Sorbent"," Select  ↓"]
["Name / Trivial name (if available):","γ-Alumina","/"]
["Formula:","Al2O3"]
["Source:","synthetic"]
["Characterization"]
["BET"]
["BET-Value:",136,"m²/g","Description/Comments/Results/File Locations"]
["Pore size distribution (yes/no):","no",null,"//papers related/alumina characterization"]
[]
["Zeta potential"]
["m/v:",0.5,"g/L"]
["Background electrolyte:","NaClO4"]
["Ionic strength(s):","0.001-0.1 ","M"]
["pH range:","3 to 10"]
["Atm. conditions (select):","N₂"]
["...if others, specify:"]
["pHIEP:",9]
[null,"yes/no (select)",null,"Description/Comments/Results/File Locations"]
["Digestion/Element Analysis","no"]
[]
["XRD","yes",null,"//papers related/alumina characterization"]
[]
["Raman/IR","no"]
[]
["Mössbauer","no"]
[]
["SEM/TEM","no"]
[]
["Others (impurities, difficulties, etc.)","no"]
[]
["Overall Result/Comments","yes"]
[]
["Post-Mortem Analysis","yes"]
["Element/Substance"]
["Element / substance:","Cadmium",null,null,"← Select"]
["Formula / chem. formula:","Cd<2+>","/","Cd²⁺"]
["Molar mass:",112.9,"g/mol"]
["Speciation:","Cd<2+>"]
["Source:","CdCl2/Cd(ClO4)2"]
["Supplier:","Radioisotopes/Aldrich"]
["Stock Solution"]
["Concentration:","100 µ","M"]
["Background electrolyte:","0.1 M HCl"]
["Ionic strength:",0,"M"]
["pH:",7.5]
["Purity verified (yes/no):","yes","verified by gamma counter"]
["Overall Result/Comments"]
[]
["Batch experiments"]
["Pre-equilibration of sorbent"]
["Contact time:",0,"days","← Select"]
["Temperature:",21,"°C"]
["pH (range):","3.5-11"]
["Background electrolyte:","NaClO4"]
["Ionic strength(s):","0.001-0.1","M"]
["Atm. conditions (select):","atmosph."]
["...if others, specify:"]
["pCO2:",0,"bar"]
["[HCO3−] added:",0,"M"]
["pH edge","← Select","A","pH edge","← Select","B","pH edge","← Select","C"]
["No. of parallel samples:",null,null,"No. of parallel samples:",null,null,"No. of parallel samples:"]
["Contact time (hours, days) (select):",7,"days","Contact time (hours, days) (select):",7,"days","Contact time (hours, days) (select):",7,"days"]
["Conc. [Element]:",4.6000000000000002E-8,"M","Conc. [Element]:",4.6000000000000002E-8,"M","Conc. [Element]:",4.6000000000000002E-8,"M"]
["m/v:",0.5,"g/L","m/v:",0.5,"g/L","m/v:",0.5,"g/L"]
["Temperature:",21,"°C","Temperature:",21,"°C","Temperature:",21,"°C"]
["pH (range):","4-11",null,"pH (range):","4-11",null,"pH (range):","4-11"]
["Background electrolyte:","NaClO4",null,"Background electrolyte:","NaClO4",null,"Background electrolyte:","NaClO4"]
["Ionic strength(s):","5E-4","M","Ionic strength(s):","1E-3","M","Ionic strength(s):","1E-2","M"]
["Atm. conditions (select):","atmosph.",null,"Atm. conditions (select):","atmosph.",null,"Atm. conditions (select):","atmosph."]
["...if others, specify:",null,null,"...if others, specify:",null,null,"...if others, specify:"]
["pH edge","← Select","D","pH edge","← Select","E","Time dependent","← Select","F"]
["No. of parallel samples:",null,null,"No. of parallel samples:",null,null,"No. of parallel samples:"]
["Contact time (hours, days) (select):",7,"days","Contact time (hours, days) (select):",7,"days","Contact time (hours, days) (select):","from 5 min to 64","days"]
["Conc. [Element]:",4.6000000000000002E-8,"M","Conc. [Element]:",9.8000000000000004E-8,"M","Conc. [Element]:",4.0000000000000002E-9,"M"]
["m/v:",0.5,"g/L","m/v:",0.5,"g/L","m/v:",0.5,"g/L"]
["Temperature:",21,"°C","Temperature:",21,"°C","Temperature:",21,"°C"]
["pH (range):","7.5",null,"pH (range):","4-11",null,"pH (range):","5.5"]
["Background electrolyte:","NaClO4",null,"Background electrolyte:","NaClO4",null,"Background electrolyte:","NaClO4"]
["Ionic strength(s):","0.1","M","Ionic strength(s):","0.1","M","Ionic strength(s):","0.1","M"]
["Atm. conditions (select):","atmosph.",null,"Atm. conditions (select):","atmosph.",null,"Atm. conditions (select):","atmosph."]
["...if others, specify:",null,null,"...if others, specify:",null,null,"...if others, specify:"]
["Solid/liquid phase separation"]
["Filtration","Pore size",null,"Material"]
[null,null,"µm"]
["Centrifugation"]
["Centrifuge; Rotor:","Centrifuge: Evolution RC; Rotor: SLA-1500, fixed-angle, 135.9 mm; max. rpm: 15,000",null,null,null,null,"← Select"]
["Temperature:",21,"°C"]
["Duration:",1,"h"]
["Velocity (rpm):",15000,"rpm"]
["Rotor size (mm):",15,"mm"]
["g forces (will be calculated):",{"$f":"PRODUCT(1.118,0.00001,B95,B95,(B96/10))","v":3773.2500000000009},"g"]
["Colloids","Comments on colloids if available:"]
[null,"Not evaluated"]
["Element/substance \nconcentration \nin supernatant","Technique"]
[null,"gamma counter + ICP-MS"]
["Comments"]
[null,"Buffers were used to fix pH values in the experiments. Chloride concentration in the experiments A-D & F was set to 1 mM due to the addition of CdCl2 stock solution in HCl. Experimet E was perfored in the absence of chloride, by using Cd(ClO4)2."]
["Publications"]
[null,"This data will be subjected to be published in Minerals (2023)"]

{"sheet":"II - Results","index":1,"n_rows":151,"n_cols":12,"rows_kept":151,"cut":false,"hidden":false,"merged":[[2,1,2,3],[1,1,1,3],[5,1,5,3],[6,1,6,3]]}
["Sorbent"]
["Name:",{"$f":"'I - Batch series parameters'!B8","v":"γ-Alumina"}]
["Formula:",{"$f":"'I - Batch series parameters'!B9","v":"Al2O3"}]
["BET-Value:",{"$f":"'I - Batch series parameters'!B13","v":136},"m²/g"]
["Element/Substance"]
["Element / substance:",{"$f":"'I - Batch series parameters'!B41:D41","v":"Cadmium"}]
["Chem. formula:",{"$f":"'I - Batch series parameters'!D42","v":"Cd²⁺"}]
["Mass:",{"$f":"'I - Batch series parameters'!B43","v":112.9},"g/Mol"]
["Pre-equilibration of sorbent"]
["Contact time:",{"$f":"'I - Batch series parameters'!B57","v":0},{"$f":"'I - Batch series parameters'!C57","v":"days"}]
[{"$f":"'I - Batch series parameters'!A66","v":"pH edge"},null,"A",{"$f":"'I - Batch series parameters'!D66","v":"pH edge"},null,"B",{"$f":"'I - Batch series parameters'!G66","v":"pH edge"},null,"C"]
["No. of parallel samples:",{"$f":"'I - Batch series parameters'!B67","v":0},null,"No. of parallel samples:",{"$f":"'I - Batch series parameters'!E67","v":0},null,"No. of parallel samples:",{"$f":"'I - Batch series parameters'!H67","v":0}]
["Contact time:",{"$f":"'I - Batch series parameters'!B68","v":7},{"$f":"'I - Batch series parameters'!C68","v":"days"},"Contact time:",{"$f":"'I - Batch series parameters'!E68","v":7},{"$f":"'I - Batch series parameters'!F68","v":"days"},"Contact time:",{"$f":"'I - Batch series parameters'!H68","v":7},{"$f":"'I - Batch series parameters'!I68","v":"days"}]
["Conc. [Element]:",{"$f":"'I - Batch series parameters'!B69","v":4.6000000000000002E-8},"M","Conc. [Element]:",{"$f":"'I - Batch series parameters'!E69","v":4.6000000000000002E-8},"M","Conc. [Element]:",{"$f":"'I - Batch series parameters'!H69","v":4.6000000000000002E-8},"M"]
["m/v:",{"$f":"'I - Batch series parameters'!B70","v":0.5},"g/L","m/v:",{"$f":"'I - Batch series parameters'!E70","v":0.5},"g/L","m/v:",{"$f":"'I - Batch series parameters'!H70","v":0.5},"g/L"]
["Temperature:",{"$f":"'I - Batch series parameters'!B71","v":21},"°C","Temperature:",{"$f":"'I - Batch series parameters'!E71","v":21},"°C","Temperature:",{"$f":"'I - Batch series parameters'!H71","v":21},"°C"]
["pH:",{"$f":"'I - Batch series parameters'!B72","v":"4-11"},null,"pH:",{"$f":"'I - Batch series parameters'!E72","v":"4-11"},null,"pH:",{"$f":"'I - Batch series parameters'!H72","v":"4-11"}]
["Background electrolyte:",{"$f":"'I - Batch series parameters'!B73","v":"NaClO4"},null,"Background electrolyte:",{"$f":"'I - Batch series parameters'!E73","v":"NaClO4"},null,"Background electrolyte:",{"$f":"'I - Batch series parameters'!H73","v":"NaClO4"}]
["Ionic strength(s):",{"$f":"'I - Batch series parameters'!B74","v":"5E-4"},"M","Ionic strength(s):",{"$f":"'I - Batch series parameters'!E74","v":"1E-3"},"M","Ionic strength(s):",{"$f":"'I - Batch series parameters'!H74","v":"1E-2"},"M"]
["Atm. conditions (N2, Ar, atm.):",{"$f":"'I - Batch series parameters'!B75","v":"atmosph."},null,"Atm. conditions (N2, Ar, atm.):",{"$f":"'I - Batch series parameters'!E75","v":"atmosph."},null,"Atm. conditions (N2, Ar, atm.):",{"$f":"'I - Batch series parameters'!H75","v":"atmosph."}]
[{"$f":"'I - Batch series parameters'!A77","v":"pH edge"},null,"D",{"$f":"'I - Batch series parameters'!D77","v":"pH edge"},null,"E",{"$f":"'I - Batch series parameters'!G77","v":"Time dependent"},null,"F"]
["No. of parallel samples:",{"$f":"'I - Batch series parameters'!B78","v":0},null,"No. of parallel samples:",{"$f":"'I - Batch series parameters'!E78","v":0},null,"No. of parallel samples:",{"$f":"'I - Batch series parameters'!H78","v":0}]
["Contact time:",{"$f":"'I - Batch series parameters'!B79","v":7},{"$f":"'I - Batch series parameters'!C79","v":"days"},"Contact time:",{"$f":"'I - Batch series parameters'!E79","v":7},{"$f":"'I - Batch series parameters'!F79","v":"days"},"Contact time:",{"$f":"'I - Batch series parameters'!H79","v":"from 5 min to 64"},{"$f":"'I - Batch series parameters'!I79","v":"days"}]
["Conc. [Element]:",{"$f":"'I - Batch series parameters'!B80","v":4.6000000000000002E-8},"M","Conc. [Element]:",{"$f":"'I - Batch series parameters'!E80","v":9.8000000000000004E-8},"M","Conc. [Element]:",{"$f":"'I - Batch series parameters'!H80","v":4.0000000000000002E-9},"M"]
["m/v:",{"$f":"'I - Batch series parameters'!B81","v":0.5},"g/L","m/v:",{"$f":"'I - Batch series parameters'!E81","v":0.5},"g/L","m/v:",{"$f":"'I - Batch series parameters'!H81","v":0.5},"g/L"]
["Temperature:",{"$f":"'I - Batch series parameters'!B82","v":21},"°C","Temperature:",{"$f":"'I - Batch series parameters'!E82","v":21},"°C","Temperature:",{"$f":"'I - Batch series parameters'!H82","v":21},"°C"]
["pH:",{"$f":"'I - Batch series parameters'!B83","v":"7.5"},null,"pH:",{"$f":"'I - Batch series parameters'!E83","v":"4-11"},null,"pH:",{"$f":"'I - Batch series parameters'!H83","v":"5.5"}]
["Background electrolyte:",{"$f":"'I - Batch series parameters'!B84","v":"NaClO4"},null,"Background electrolyte:",{"$f":"'I - Batch series parameters'!E84","v":"NaClO4"},null,"Background electrolyte:",{"$f":"'I - Batch series parameters'!H84","v":"NaClO4"}]
["Ionic strength(s):",{"$f":"'I - Batch series parameters'!B85","v":"0.1"},"M","Ionic strength(s):",{"$f":"'I - Batch series parameters'!E85","v":"0.1"},"M","Ionic strength(s):",{"$f":"'I - Batch series parameters'!H85","v":"0.1"},"M"]
["Atm. conditions (N2, Ar, atm.):",{"$f":"'I - Batch series parameters'!B86","v":"atmosph."},null,"Atm. conditions (N2, Ar, atm.):",{"$f":"'I - Batch series parameters'!E86","v":"atmosph."},null,"Atm. conditions (N2, Ar, atm.):",{"$f":"'I - Batch series parameters'!H86","v":"atmosph."}]
[]
[]
[]
[]
[]
["Data ",{"$f":"C11","v":"A"}]
[{"$f":"'I - Batch series parameters'!A66","v":"pH edge"}]
["m/v \n(g/L)","Ionic strength (M)","[Element] initial (mol/L)","[Element] initial \n(mol/L)","[Element] supernatant (mol/L)","[Element] sorbed (mol/L)","% sorbed ","error % sorbed ","pH \n(target)","pH (measured)","Kd  \n(L/g; m³/kg)","Time (days)"]
[{"$f":"$B$15","v":0.5},{"$f":"$B$19","v":"5E-4"},{"$f":"$B$14","v":4.6000000000000002E-8},{"$f":"$B$14","v":4.6000000000000002E-8},3.8595343523822839E-8,{"$f":"D39-E39","v":7.4046564761771624E-9},{"$f":"(F39*100)/D39","v":16.097079296037311},3,4.2699999999999996,4.2699999999999996,{"$f":"(F39/A39)/E39","v":0.38370724549227886},7]
[0.5,{"$f":"$B$19","v":"5E-4"},{"$f":"$B$14","v":4.6000000000000002E-8},4.6000000000000002E-8,3.8289985331472109E-8,{"$f":"D40-E40","v":7.7100146685278926E-9},{"$f":"(F40*100)/D40","v":16.760901453321505},3,4.66,4.66,{"$f":"(F40/A40)/E40","v":0.40271703432545924},7]
[0.5,"5E-4",4.6000000000000002E-8,4.6000000000000002E-8,2.8305436318974653E-8,1.7694563681025349E-8,38.466442784837717,3,6.04,6.04,1.2502590302177208,7]
[0.5,"5E-4",4.6000000000000002E-8,4.6000000000000002E-8,3.8904681867476429E-8,7.0953181325235725E-9,15.424604635920808,3,4.92,4.92,0.36475394692560759,7]
[0.5,"5E-4",4.6000000000000002E-8,4.6000000000000002E-8,1.0005992958929549E-8,3.5994007041070454E-8,78.247841393631418,3,6.38,6.38,7.1944897800370082,7]
[0.5,"5E-4",4.6000000000000002E-8,4.6000000000000002E-8,1.5044063639526994E-10,4.5849559363604733E-8,99.672955138271149,3,10.029999999999999,10.029999999999999,609.53689724017022,7]
[]
[]
[]
[]
[]
[]
["Data ",{"$f":"F11","v":"B"}]
[{"$f":"'I - Batch series parameters'!D66","v":"pH edge"}]
["m/v (g/L)","Ionic strength (M)","[Element] initial (mol/L)","[Element] initial (mol/L)","[Element] supernatant (mol/L)","[Element] sorbed (mol/L)","% sorbed ","error % sorbed ","pH (target)","pH (measured)","Kd  (L/g or m³/kg)","Time (days)"]
[{"$f":"$E$15","v":0.5},{"$f":"$E$19","v":"1E-3"},{"$f":"$E$14","v":4.6000000000000002E-8},{"$f":"$E$14","v":4.6000000000000002E-8},3.9176654653034453E-8,{"$f":"D54-E54","v":6.8233453469655485E-9},{"$f":"F54*100/D54","v":14.833359449925105},3,4.62,4.62,{"$f":"(F54/A54)/E54","v":0.34833731503601173},7]
[{"$f":"$E$15","v":0.5},{"$f":"$E$19","v":"1E-3"},{"$f":"$E$14","v":4.6000000000000002E-8},4.6000000000000002E-8,2.220671720733517E-8,{"$f":"D55-E55","v":2.3793282792664831E-8},{"$f":"F55*100/D55","v":51.724527810140934},3,6.3,6.3,2.1428906011200608,7]
[0.5,"1E-3",4.6000000000000002E-8,4.6000000000000002E-8,3.8835318685802958E-8,7.1646813141970441E-9,15.57539416129792,3,5.05,5.05,0.368977598570151,7]
[0.5,"1E-3",4.6000000000000002E-8,4.6000000000000002E-8,1.6950578947157332E-10,4.583049421052843E-8,99.631509153322682,3,8.42,8.42,540.75432294558118,7]
[0.5,"1E-3",4.6000000000000002E-8,4.6000000000000002E-8,5.0735105000129404E-11,4.5949264894999875E-8,99.889706293477971,3,9.76,9.76,1811.3400926196043,7]
[]
[]
[]
[]
[]
[]
["Data ",{"$f":"I11","v":"C"}]
[{"$f":"'I - Batch series parameters'!A77","v":"pH edge"}]
["m/v (g/L)","Ionic strength (M)","[Element] initial (mol/L)","[Element] initial (mol/L)","[Element] supernatant (mol/L)","[Element] sorbed (mol/L)","% sorbed ","error % sorbed ","pH (target)","pH (measured)","Kd  (L/g or m³/kg)","Time (days)"]
[{"$f":"$B$25","v":0.5},{"$f":"$H$19","v":"1E-2"},{"$f":"$B$24","v":4.6000000000000002E-8},{"$f":"$B$24","v":4.6000000000000002E-8},4.2147506695045487E-8,{"$f":"C68-E68","v":3.8524933049545145E-9},{"$f":"F68*100/D68","v":8.3749854455532908},3,4.93,4.93,{"$f":"(F68/A68)/E68","v":0.18281002161427412},7]
[{"$f":"$B$25","v":0.5},{"$f":"$H$19","v":"1E-2"},{"$f":"$B$24","v":4.6000000000000002E-8},4.6000000000000002E-8,3.1842712309418155E-8,{"$f":"C69-E69","v":1.4157287690581847E-8},{"$f":"F69*100/D69","v":30.776712370830101},3,6.05,6.05,0.88920111785794897,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,4.032982638491993E-8,5.6701736150800712E-9,12.326464380608851,3,5.54,5.54,0.28119008303989396,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,3.8652386294224767E-8,7.3476137057752344E-9,15.973073273424422,3,5.98,5.98,0.38018939632056176,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,3.3244662959162635E-8,1.2755337040837366E-8,27.728993567037751,3,6.41,6.41,0.76736148936181892,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,1.6024787188980397E-8,2.9975212811019605E-8,65.163506110912181,3,6.99,6.99,3.7411058827205337,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,4.650505865508142E-9,4.1349494134491859E-8,89.890204640199698,3,7.4,7.4,17.782794100389236,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,1.5347947228486111E-9,4.4465205277151388E-8,96.663489732937805,3,7.97,7.97,57.942869642688159,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,5.6163311856466513E-10,4.543836688143534E-8,98.779058437902904,3,8.5299999999999994,8.5299999999999994,161.80800376430676,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,8.2962849103904065E-10,4.5170371508960958E-8,98.196459802089038,3,8.8800000000000008,8.8800000000000008,108.89300933334347,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,1.4804299826597871E-10,4.5851957001734024E-8,99.67816739507397,3,9.8699999999999992,9.8699999999999992,619.44107507678211,7]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["Data ",{"$f":"C21","v":"D"}]
[{"$f":"'I - Batch series parameters'!G66","v":"pH edge"}]
["m/v (g/L)","Ionic strength (M)","[Element] initial (mol/L)","[Element] initial (mol/L)","[Element] supernatant (mol/L)","[Element] sorbed (mol/L)","% sorbed ","error % sorbed ","pH (target)","pH (measured)","Kd  (L/g or m³/kg)","Time (days)"]
[{"$f":"$H$15","v":0.5},{"$f":"$H$19","v":"1E-2"},{"$f":"$H$14","v":4.6000000000000002E-8},{"$f":"C91","v":4.6000000000000002E-8},4.2267683607792124E-8,{"$f":"D91-E91","v":3.7323163922078774E-9},{"$f":"F91*100/D91","v":8.1137312874084291},3,4.9000000000000004,4.9000000000000004,{"$f":"(F91/A91)/E91","v":0.17660378206861652},7]
[{"$f":"$H$15","v":0.5},{"$f":"$H$19","v":"1E-2"},4.6000000000000002E-8,{"$f":"C92","v":4.6000000000000002E-8},4.1369285322997068E-8,{"$f":"D92-E92","v":4.6307146770029333E-9},{"$f":"F92*100/D92","v":10.066771036962898},3,5.23,5.23,0.22387211385683436,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,4.0898714165233115E-8,5.1012858347668865E-9,11.089751814710622,3,5.45,5.45,0.24945947269429564,7]
[0.5,"1E-2",{"$f":"$H$14","v":4.6000000000000002E-8},4.6000000000000002E-8,4.023761541792088E-8,5.7623845820791212E-9,12.526923004519828,3,5.51,5.51,0.28641779699065822,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,3.7100761797837528E-8,8.8992382021624741E-9,19.34617000470103,3,5.93,5.93,0.47973344863668971,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,3.0548754033324737E-8,1.5451245966675265E-8,33.589665144946224,3,6.35,6.35,1.0115794542598993,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,1.5523628821356177E-8,3.0476371178643825E-8,66.252980823138742,3,6.93,6.93,3.9264493539959999,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,3.2297698972554835E-9,4.277023010274452E-8,92.97876109292288,3,7.45,7.45,26.485001386067026,7]
[0.5,"1E-2",4.6000000000000002E-8,{"$f":"C99","v":4.6000000000000002E-8},7.3584178176522378E-10,4.5264158218234775E-8,{"$f":"F99*100/D99","v":98.400343952684281},3,8.01,8.01,{"$f":"(F99/A99)/E99","v":123.02687708123828},7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,5.2937197771666877E-10,4.547062802228333E-8,98.849191352789859,3,8.5399999999999991,8.5399999999999991,171.79083871575909,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,6.937265839819417E-10,4.5306273416018061E-8,98.491898730474048,3,8.59,8.59,130.61708881318413,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,3.0263638525099103E-10,4.5697363614749013E-8,99.342094814671768,3,9.52,9.52,301.99517204020248,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,3.5537101597339749E-8,1.0462898402660252E-8,22.745431310130979,3,5.93,5.93,0.58884365535558969,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,3.8080879151893449E-8,7.9191208481065531E-9,17.215480104579463,3,5.93,5.93,0.41591061049402273,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,1.1965877518217543E-8,3.4034122481782459E-8,73.987222786483613,3,6.98,6.98,5.6885293084384232,7]
[0.5,"1E-2",4.6000000000000002E-8,{"$f":"C106","v":4.6000000000000002E-8},9.2463274503097095E-10,4.5075367254969033E-8,{"$f":"F106*100/D106","v":97.989928815150066},3,8.11,8.11,{"$f":"(F106/A106)/E106","v":97.498963771738829},7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,1.0279515958445222E-9,4.497204840415548E-8,97.765322617729296,3,9.07,9.07,87.498377522743809,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,4.3121852647081738E-10,4.5568781473529186E-8,99.062568420715621,3,9.9600000000000009,9.9600000000000009,211.3489039836652,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,6.1789493127614267E-10,4.5382105068723859E-8,98.656750149399699,3,10.86,10.86,146.89262776438667,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,7.2262213971858452E-10,4.5277377860281416E-8,98.429082304959593,3,10.6,10.6,125.31411749414177,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,4.2259779303883898E-8,3.7402206961161041E-9,8.1309145567741385,3,4.58,4.58,0.1770108958317422,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,4.279132494448506E-8,3.2086750555149412E-9,6.9753805554672628,3,4.6900000000000004,4.6900000000000004,0.14996848355023767,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,4.2512704581617274E-8,3.4872954183827275E-9,7.5810769964841906,3,5.05,5.05,0.16405897731995406,7]
[0.5,"1E-2",4.6000000000000002E-8,4.6000000000000002E-8,4.219599373511906E-8,3.8040062648809412E-9,8.269578836697697,3,4.88,4.88,0.18030177408595674,7]
[]
[]
[]
["Data ",{"$f":"F21","v":"E"}]
[{"$f":"'I - Batch series parameters'!D77","v":"pH edge"}]
["m/v (g/L)","Ionic strength (M)","[Element] initial (mol/L)","[Element] initial (mol/L)","[Element] supernatant (mol/L)","[Element] sorbed (mol/L)","% sorbed ","error % sorbed ","pH (target)","pH (measured)","Kd  (L/g or m³/kg)","Time (days)"]
[{"$f":"$E$25","v":0.5},{"$f":"$E$29","v":"0.1"},{"$f":"$E$24","v":9.8000000000000004E-8},{"$f":"$E$24","v":9.8000000000000004E-8},8.1511255551031612E-8,{"$f":"D121-E121","v":1.6488744448968392E-8},{"$f":"F121*100/D121","v":16.825249437722849},3,7.03,7.03,{"$f":"(F121/A121)/E121","v":0.40457589169744324},7]
[{"$f":"$E$25","v":0.5},{"$f":"$E$29","v":"0.1"},{"$f":"$E$24","v":9.8000000000000004E-8},9.8000000000000004E-8,9.0297270823637333E-8,{"$f":"D122-E122","v":7.7027291763626714E-9},{"$f":"F122*100/D122","v":7.8599277309823181},3,5.27,5.27,0.17060823890031257,7]
[0.5,"0.1",9.8000000000000004E-8,9.8000000000000004E-8,8.8093630705814571E-8,9.9063692941854329E-9,10.108540096107584,3,4.96,4.96,0.2249054605835781,7]
[0.5,"0.1",9.8000000000000004E-8,9.8000000000000004E-8,8.9165779870482523E-8,8.8342201295174808E-9,9.0145103362423278,3,4.62,4.62,0.19815270258051015,7]
[0.5,"0.1",9.8000000000000004E-8,9.8000000000000004E-8,8.3689889177519006E-8,1.4310110822480998E-8,14.602153900490814,3,6.15,6.15,0.34197944251370849,7]
[0.5,"0.1",9.8000000000000004E-8,9.8000000000000004E-8,3.8936082014528433E-8,5.9063917985471571E-8,60.26930406680772,3,7.15,7.15,3.0338911841942764,7]
[0.5,"0.1",9.8000000000000004E-8,9.8000000000000004E-8,7.5907112717673111E-8,2.2092887282326893E-8,22.543762532986623,3,7.05,7.05,0.58210321777087182,7]
[0.5,"0.1",9.8000000000000004E-8,9.8000000000000004E-8,8.4752800891375328E-8,1.3247199108624676E-8,13.517550110841505,3,6.3,6.3,0.31260793671239595,7]
[0.5,"0.1",9.8000000000000004E-8,9.8000000000000004E-8,3.395787237690702E-9,9.4604212762309303E-8,{"$f":"F129*100/D129","v":96.534910981948258},3,8.76,8.76,55.718574893193072,7]
[0.5,"0.1",9.8000000000000004E-8,9.8000000000000004E-8,4.2219461974534508E-8,5.5780538025465496E-8,56.918916352515808,3,7.56,7.56,2.6424087573219488,7]
[0.5,"0.1",9.8000000000000004E-8,9.8000000000000004E-8,7.7998731346127255E-8,2.0001268653872749E-8,20.409457810074233,3,7.01,7.01,0.51286138399136516,7]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["Data ",{"$f":"I21","v":"F"}]
[{"$f":"'I - Batch series parameters'!G77","v":"Time dependent"}]
["m/v (g/L)","Ionic strength (M)","[Element] initial (mol/L)","[Element] initial (µg/L)","[Element] supernatant (M/L)","[Element] sorbed (M/L)","% sorbed ","error % sorbed ","pH (target)","pH ( measured)","Kd  (L/g or m³/kg)","Time (days)"]
[{"$f":"$H$25","v":0.5},{"$f":"$H$29","v":"0.1"},{"$f":"$H$24","v":4.0000000000000002E-9},{"$f":"C145*($B$8)*1000000","v":0.45160000000000006},3.7828361488106844E-9,{"$f":"C145-E145","v":2.1716385118931583E-10},{"$f":"F145*100/C145","v":5.429096279732895},null,5.5,0,{"$f":"(F145/A145)/E145","v":0.1148153621496885},0]
[{"$f":"$H$25","v":0.5},{"$f":"$H$29","v":"0.1"},{"$f":"$H$24","v":4.0000000000000002E-9},{"$f":"C146*($B$8)*1000000","v":0.45160000000000006},3.789362286023186E-9,{"$f":"C146-E146","v":2.1063771397681425E-10},{"$f":"F146*100/C146","v":5.2659428494203562},null,5.5,0.08,0.11117317272815937,0.08]
[0.5,"0.1",4.0000000000000002E-9,0.45160000000000006,3.810357476302147E-9,1.8964252369785327E-10,4.7410630924463311,null,5.5,1.04,9.9540541735153115E-2,1.04]
[0.5,"0.1",4.0000000000000002E-9,0.45160000000000006,3.7970379050506131E-9,2.0296209494938711E-10,5.074052373734677,null,5.5,6.88,0.10690548792226592,6.88]
[0.5,"0.1",4.0000000000000002E-9,0.45160000000000006,3.8107730084223238E-9,1.8922699157767642E-10,4.7306747894419106,null,5.5,13.88,9.9311604842093282E-2,13.88]
[0.5,"0.1",4.0000000000000002E-9,0.45160000000000006,3.7965938213157194E-9,2.034061786842809E-10,5.0851544671070226,null,5.5,33.880000000000003,0.10715193052376089,33.880000000000003]
[0.5,"0.1",4.0000000000000002E-9,0.45160000000000006,3.8116014781583787E-9,1.8839852184162159E-10,4.7099630460405395,null,5.5,63.08,9.8855309465694E-2,63.08]

{"sheet":"Mins&Ligs","index":2,"n_rows":145,"n_cols":14,"rows_kept":145,"cut":false,"hidden":false,"merged":[]}
[null,"acidic aluminium oxide","‒","γ-Al₂O₃",null,"1-hydroxyethane-1,1diphosphonic acid","HEDP<4->","C₂H₄O₇P₂⁴⁻",null,"hrs","atmosph.","yes","—","Centrifuge: Avanti J-20XP; Rotor: JA 25.50, fixed-angle, 108 mm; max. rpm: 25,000"]
[null,"Akaganeite","‒","β-FeOOH",null,"2,2´-bipyridine","bipy<0>","C₁₀H₈N₂",null,"days","N₂","no","Isotherm","Centrifuge: Avanti J-20XP; Rotor: JS 13.1, swing-out, 140 mm; max. rpm: 13,000"]
[null,"Al(OH)₃ amorph. ","HAO","Al(OH)₃",null,"2,3-pyrazinedicarboxylate","PDCA<2->","C₇H₃NO₄²⁻",null,"weeks","Ar",null,"Time dependent","Centrifuge: Avanti J-20XP; Rotor: JS 4.0, swing-out, 226 mm; max. rpm: 4,000"]
[null,"Albite","Na-Feldspars","NaAlSi₃O₈",null,"2-aminopyridine","2-AP<0>","NH₂C₅H₄N",null,null,"others",null,"pH edge","Centrifuge: Avanti J-20XP; Rotor: JS 5.3, swing-out, 194.8 mm; max. rpm: 5,300"]
[null,"Al-Goethite","‒","α-[Fe,Al]OOH",null,"2-Ketogluconate","kG<0>","C₆H₉O₇",null,null,null,null,null,"Centrifuge: EBA 12 + 21; Rotor: Nr. 1116, fixed-angle, 95 mm; max. rpm: 6,000"]
[null,"Almandine","‒","Fe₃Al₂(SiO₄)₃",null,"3-amino-1,2,4-triazole","ATA<0>","C₂H₄N₄",null,null,null,null,null,"Centrifuge: EBA 280; Rotor: Nr. 1137, fixed-angle, 95 mm; max. rpm: 6,000"]
[null,"γ-Alumina","‒","γ-Al₂O₃",null,"3-aminopyridine","3-AP<0>","NH₂C₅H₄N",null,null,null,null,null,"Centrifuge: Evolution RC; Rotor: HB-6, swing-out, 146.3 mm; max. rpm: 13,000"]
[null,"δ-Alumina","‒","δ-Al₂O₃",null,"4-aminopyridine","4-AP<0>","NH₂C₅H₄N",null,null,null,null,null,"Centrifuge: Evolution RC; Rotor: SA-300, fixed-angle, 97 mm; max. rpm: 25,000"]
[null,"transition alumina","‒","γ-δ/Al₂O₃",null,"8-aminoquinoline","AQ<0>","C₉H₈N₂",null,null,null,null,null,"Centrifuge: Evolution RC; Rotor: SLA-1500, fixed-angle, 135.9 mm; max. rpm: 15,000"]
[null,"Anatase","‒","TiO₂",null,"8-aminoquinoline","AQ<0>",null,null,null,null,null,null,"Centrifuge: Evolution RC; Rotor: SS-34, fixed-angle, 107 mm; max. rpm: 25,000"]
[null,"Andalusite","‒","Al₂SiO₅",null,"acetate","ac<1->","C₂H₃O₂⁻",null,null,null,null,null,"Centrifuge: Optima XPN-80; Rotor: 90 Ti, fixed-angle, 76.5 mm; max. rpm: 45,000"]
[null,"Anorthite","‒","CaAl₂Si₂O₈",null,"actinium","Ac<3+>","Ac³⁺",null,null,null,null,null,"Centrifuge: Optima XPN-80; Rotor: SW 32 Ti, swing-out, 152.5 mm; max. rpm: 32,000"]
[null,"Anthophyllite","‒","Mg₇Si₈O₂₂(OH)₂",null,"aluminum","Al<3+>","Al³⁺",null,null,null,null,null,"Centrifuge: Optima XPN-80; Rotor: SW 32.1 Ti, swing-out, 162.8 mm; max. rpm: 32,000"]
[null,"Apatite","‒","Ca₅(PO₄)₃(OH,F,Cl)",null,"americium","Am<3+>","Am³⁺",null,null,null,null,null,"Centrifuge: Optima XPN-80; Rotor: SW 40 Ti, swing-out, 158.8 mm; max. rpm: 4,0000"]
[null,"Aragonite","‒","CaCO₃",null,"aminonaphthalene","AN<0>","C₁₀H₇NH₂",null,null,null,null,null,"Centrifuge: Sigma 3 K18; Rotor: Nr. 111 33, swing-out, 153 mm; max. rpm: 5,500"]
[null,"Augite","‒","(Ca,Na)(Mg,Fe,Al,Ti)(Si,Al)₂O₆",null,"ammonium","NH4<+>","NH₄⁺",null,null,null,null,null,"Centrifuge: Sigma 3-30; Rotor: 12158-H, swing-out, 79 mm; max. rpm: 18,000"]
[null,"Baddeleyite","Zircondioxide","ZrO₂",null,"aniline","anil<0>","C₂H₅NH₂",null,null,null,null,null,"Centrifuge: Sigma 3-30; Rotor: 19776-H, fixed-angle, 79 mm; max. rpm: 14,000"]
[null,"Bayerite","‒","α-Al(OH)₃",null,"anion of alpha-alanine","ala(a)<1->","C₃H₆NO₂⁻"]
[null,"Beidellite","‒","Na₀.₃₃Al₂.₃₃Si₃.₆₇O₁₀(OH)₂",null,"anion of beta-alanine","ala(b)<1->","C₃H₆NO₂⁻"]
[null,"Bentonite","‒","Na₀.₃₃Mg₀.₃₃Al₁.₆₇Si₄O₁₀(OH)₂",null,"anthracene","anth<0>","C₁₄H₁₀"]
[null,"Berlinite","‒","AlPO₄",null,"arsenate","AsO4<3->","AsO₄³⁻"]
[null,"Biotite","‒","K(Mg,Fe⁺³)₃AlSi₃O₁₀(OH)₂",null,"arsenite","AsO3<3->","AsO₃³⁻"]
[null,"Birnessite","‒","(Na,Ca,K)(Mn⁺⁴,Mn⁺³)₂O₄·1.5H₂O",null,"barium","Ba<2+>","Ba²⁺"]
[null,"Boehmite","‒","γ-AlOOH",null,"benzoate","benz<1->","C₇H₅O₂⁻"]
[null,"Bromellite","Berylliumoxide","BeO",null,"beryllium","Be<2+>","Be²⁺"]
[null,"Brucite","Nemalite","Mg(OH)₂",null,"boric acid","B(OH)3<0>","B(OH)₃"]
[null,"Bunsenite","Nickeloxide","NiO",null,"bromide","Br<1->","Br⁻"]
[null,"Bytownite","‒","(Ca,Na)(Si,Al)₄O₈",null,"cadmium","Cd<2+>","Cd²⁺"]
[null,"Calcite","‒","CaCO₃",null,"calcium","Ca<2+>","Ca²⁺"]
[null,"Calciumoxide","Calcia","CaO",null,"carbonate","CO3<2->","CO₃²⁻"]
[null,"Carbonate-fluoroapatite","Francolite","Ca₅(PO₄)₂.₅(CO₃)₀.₅F",null,"catecholate","cat<2->","C₆H₄O₂²⁻"]
[null,"Cassiterite","Tin Ore, Wood Tin","SnO₂",null,"cesium","Cs<1+>","Cs⁺"]
[null,"Celadonite","‒","KAlMgSi₄O₁₀(OH)₂",null,"chloraniline","Cl-anil<0>","C₆H₄ClNH₂"]
[null,"Cerussite","White Lead Ore","PbCO₃",null,"chloride","Cl<1->","Cl⁻"]
[null,"Chabazite","Acadialite, Adipite","CaAl₂Si₄O₁₂·6H₂O",null,"chromate","CrO4<2->","CrO₄²⁻"]
[null,"Chalcocite","‒","Cu₂S",null,"chromium(III)","Cr<3+>","Cr³⁺"]
[null,"Chlinochrysotile","Serpentine, Asbestos, Deweylite","Mg₃Si₂O₅(OH)₄",null,"citrate","cit<3->","C₆H₅O₇³⁻"]
[null,"Chlorite","Tosudite","(Fe,Mg)₅Al₂Si₃O₁₀(OH)₈",null,"cobalt(II)","Co<2+>","Co²⁺"]
[null,"Chromite","‒","FeCr₂O₄",null,"cobalt(III)","Co<3+>","Co³⁺"]
[null,"Cinnabar","‒","HgS",null,"copper","Cu<2+>","Cu²⁺"]
[null,"Clinoptilolite","‒","(Na,K,Cs,NH₄,Ca₀.₅,Sr₀.₅)₃.₄₆₇Al₃.₄₅(Fe⁺³)₀.₀₁₇Si₁₃O₃₆·12H₂O",null,"curium","Cm<3+>","Cm³⁺"]
[null,"Corundum","a-Alumina","α-Al₂O₃",null,"cyanate","OCN<1->","OCN⁻"]
[null,"Cristobalite","‒","SiO₂",null,"cyanide","CN<1->","CN⁻"]
[null,"Cryptomelane","‒","K(Mn⁴⁺₆Mn³⁺₂)O₁₆",null,"dodecylaminion","RNH3<1+>","C₁₂H₂₅NH₃⁺"]
[null,"Diaspore","‒","α-AlOOH",null,"dodecylsulfation","RSO3<1->","C₁₂H₂₅SO₃⁻"]
[null,"Diopside","‒","CaMgSi₂O₆",null,"ethylendiamine (1,2-ethanediamine)","en<0>","C₂H₄(NH₂)₂"]
[null,"Dolomite","‒","CaMg(CO₃)₂",null,"ethylenediaminetetraacetate","EDTA<4->","C₁₀H₁₂N₂O₈⁴⁻"]
[null,"Enstatite","‒","Mg₂Si₂O₆",null,"europium(II)","Eu<2+>","Eu²⁺"]
[null,"Epidote","‒","Ca₂(Fe,Al)Al₂(SiO₄)₃(OH)",null,"europium(III)","Eu<3+>","Eu³⁺"]
[null,"Eskolaite","Chromia","Cr₂O₃",null,"fluoride","F<1->","F⁻"]
[null,"Ettringite","‒","Ca₆Al₂[(OH)₁₂|(SO₄)₃]·26H₂O",null,"gadolinium","Gd<3+>","Gd³⁺"]
[null,"Fayalite","‒","Fe₂SiO₄",null,"gallium","Ga<3+>","Ga³⁺"]
[null,"Ferrihydrite","HFO - Hydrous Ferric Oxide","Fe₂O₃·nH₂O",null,"gamma-aminobutyrate","GABA<1->","C₄H₉NO₂⁻"]
[null,"Fluorapatite","‒","Ca₅(PO₄)₃F",null,"glutamate","glut<2->","C₅H₅NO₄⁻"]
[null,"Fluorite","Fluor Spar","CaF₂",null,"glycinate","gly<1->","C₂H₄NO₂⁻"]
[null,"Forsterite","‒","Mg₂SiO₄",null,"gold","Au<3+>","Au³⁺"]
[null,"Galena","‒","PbS",null,"hemimellitate (benzene-1,2,3-tricarboxylic acid)","hem<3->","C₉H₃O₆³⁻"]
[null,"Gibbsite","Hydrargillite","γ-Al(OH)₃",null,"Hydrogen selenide","HSe<1->","HSe⁻"]
[null,"Glauconite","‒","(K,Na)(Fe⁺³,Al,Mg)₂(Si,Al)₄O₁₀(OH)₂",null,"hydrogensulfid","HS<1->","HS⁻"]
[null,"Goethite","‒","α-FeOOH",null,"hydronium","H<1+>","H⁺"]
[null,"Grossular","‒","Ca₃Al₂(SiO₄)₃",null,"hydroxoantimonate(V)","Sb(OH)6<1->","Sb(OH)₆⁻"]
[null,"Groutite","‒","α-MnO(OH)",null,"hydroxyde","OH<1->","OH⁻"]
[null,"Gypsum","‒","CaSO₄·2H₂O",null,"indium","In<3+>","In³⁺"]
[null,"Hausmannite","‒","Mn⁺²(Mn⁺³)₂O₄",null,"iodate","IO3<1->","IO₃⁻"]
[null,"Hectorite","‒","Na₀.₃₃(Mg,Li)₃Si₄O₁₀(OH)₂",null,"iodide","I<1->","I⁻"]
[null,"Hedenbergite","‒","CaFeSi₂O₆",null,"iron(II)","Fe<2+>","Fe²⁺"]
[null,"Hematite","Haematite","α-Fe₂O₃",null,"iron(III)","Fe<3+>","Fe³⁺"]
[null,"Hercynite","Ferro-Spinell","FeAl₂O₄",null,"lactate","lactH<1->","C₃H₅O₃⁻"]
[null,"Hydrobiotite","‒","K(Mg,Fe⁺²)₆(Si,Al)₈O₂₀(OH)₄·nH₂O",null,"lanthanum","La<3+>","La³⁺"]
[null,"Hydrotalcite","‒","Mg₆Al₂(CO₃)(OH)₁₆·4H₂O",null,"lead","Pb<2+>","Pb²⁺"]
[null,"Hydroxylapatite","Hydroxy Apatite","Ca₅(PO₄)₃OH",null,"lithium","Li<1+>","Li⁺"]
[null,"Illite","‒","K₀.₆Mg₀.₂₅Al₁.₈Al₀.₅Si₃.₅O₁₀(OH)₂",null,"magnesium","Mg<2+>","Mg²⁺"]
[null,"Imogolite","Grunlingite","Al₂SiO₃(OH)₄",null,"malonate","mal<2->","C₃H₂O₄²⁻"]
[null,"Jadeite","‒","NaAlSi₂O₆",null,"manganese(II)","Mn<2+>","Mn²⁺"]
[null,"Kaolinite","‒","Al₂Si₂O₅(OH)₄",null,"mellitate (Benzene-1,2,3,4,5,6-hexacarboxylic acid)","mell<6->","C₁₂O₁₂⁶⁻"]
[null,"Kyanite","‒","Al₂SiO₅",null,"mercury","Hg<2+>","Hg²⁺"]
[null,"Lepidocrocite","Hydrohematite; Esmeraldite","γ-FeOOH",null,"molybdate","MoO4<2->","MoO₄²⁻"]
[null,"l-MnO2","‒","l-MnO₂",null,"neodymium","Nd<3+>","Nd³⁺"]
[null,"Mackinawite","‒","(Fe,Ni)S₀.₉",null,"neptunium(III)","Np<3+>","Np³⁺"]
[null,"Maghemite","‒","γ-Fe₂O₃",null,"neptunium(IV)","Np<4+>","Np⁴⁺"]
[null,"Magnesite","‒","MgCO₃",null,"neptunyl(V)","NpO2<1+>","NpO₂⁺"]
[null,"Magnetite","‒","Fe₃O₄",null,"neptunyl(VI)","NpO2<2+>","NpO₂²⁺"]
[null,"Manganite","‒","γ-MnOOH",null,"nickel","Ni<2+>","Ni²⁺"]
[null,"Manganosite","‒","MnO",null,"niobium(V) hydroxyde","Nb(OH)5<0>","Nb(OH)₅"]
[null,"Microcline","Maximum Microcline","KAlSi₃O₈",null,"nitrate","NO3<1->","NO₃⁻"]
[null,"MnO2 (α-)","‒","α-MnO₂",null,"nitrilotriacetate","NTA<3->","N(CH₂COO)₃³⁻"]
[null,"Monosulfate","‒","Ca₄Al₂O₆(SO₄)·14H₂O",null,"nitrite","NO2<1->","NO₂⁻"]
[null,"Monteponite","‒","CdO",null,"o-phenylendiamine","OPDA<0>","C₆H₄(NH₂)₂"]
[null,"Montmorillonite","‒","Na₀.₃Mg₀.₃Al₁.₆₇Si₄O₁₀(OH)₂",null,"o-phthalate","phthal<2->","C₆H₄(COO)₂²⁻"]
[null,"Mordenite","Arduinite","(Ca,Na₂,K₂)Al₂Si₁₀O₂₄·7H₂O",null,"oxalate","ox<2->","C₂O₄²⁻"]
[null,"Muscovite","‒","KAl₃Si₃O₁₀(OH)₂",null,"palladium","Pd<2+>","Pd²⁺"]
[null,"Nepheline","‒","KNa₃Al₄Si₄O₁₆",null,"perchlorate","ClO4<1->","ClO₄⁻"]
[null,"Nontronite","‒","Na₀.₃Fe₂³⁺(Si,Al)₄O₁₀(OH)₂·4H₂O",null,"phenylphosphonate","PPA<2->","C₆H₅PO₃²⁻"]
[null,"OH-Topaz","‒","Al₂SiO₄(OH)₂",null,"phosphate","PO4<3->","PO₄³⁻"]
[null,"Opal","‒","SiO₂·nH₂O",null,"picolinate","pic<1->","C₅H₄NCOO⁻"]
[null,"Orthoclase","K-Feldspars","KAlSi₃O₈",null,"plutonium(III)","Pu<3+>","Pu³⁺"]
[null,"Otavite","‒","CdCO₃",null,"plutonium(IV)","Pu<4+>","Pu⁴⁺"]
[null,"Palygorskite","Attapulgite","(Mg,Al)₂Si₄O₁₀(OH)·4H₂O",null,"plutonyl(V)","PuO2<1+>","PuO₂⁺"]
[null,"Partridgeite","Bixbyit","(Mn³⁺,Fe³⁺)₂O₃",null,"plutonyl(VI)","PuO2<2+>","PuO₂²⁺"]
[null,"Periclase","Magnesiumoxide","MgO",null,"potassium","K<1+>","K⁺"]
[null,"Perovskite","‒","CaTiO₃",null,"promethium","Pm<3+>","Pm³⁺"]
[null,"Phlogopite","‒","KMg₃Si₃AlO₁₀(OH)₂",null,"protactinyl(V)","PaO2<1+>","PaO₂⁺"]
[null,"Pyrite","‒","FeS₂",null,"protocatechuate","PCCA<3->","C₇H₃O₄³⁻"]
[null,"Pyrolusite","‒","β-MnO₂",null,"pyrocatechate violet","PCV<4->","C₁₉H₇O₇S⁴⁻"]
[null,"Pyrophyllite","‒","Al₂Si₄O₁₀(OH)₂",null,"pyromellitate","PMA<4->","C₁₀H₂(COO)₄⁴⁻"]
[null,"Pyrrhotite","‒","Fe₇S₈",null,"quinoline","qui<0>","C₉H₇N"]
[null,"Quartz","‒","SiO₂",null,"radium","Ra<2+>","Ra²⁺"]
[null,"Ramsdellite","‒","γ-MnO₂",null,"rubidium","Rb<1+>","Rb⁺"]
[null,"Rectorite","‒","(Na,Ca)Al₄((Si,Al)₈O₂₀)(OH)₄·2H₂O",null,"salicylate","sal<2->","C₇H₄O₃²⁻"]
[null,"Rhodochrosite","‒","MnCO₃",null,"samarium","Sm<3+>","Sm³⁺"]
[null,"Romarchite","‒","SnO",null,"selenate","SeO4<2->","SeO₄²⁻"]
[null,"Rubicline","Rubiklin","(Rb,K)AlSi₃O₈",null,"selenite","SeO3<2->","SeO₃²⁻"]
[null,"Rutile","‒","TiO₂",null,"Silicic acid","Si(OH)4<0>","Si(OH)₄"]
[null,"Saponite","‒","(Ca,Na)₀.₃(Mg,Fe²⁺)₃(Si,Al)₄O₁₀(OH)₂·4H₂O",null,"silver","Ag<1+>","Ag⁺"]
[null,"Schwertmannite","‒","Fe₁₆O₁₆(OH)₁₂(SO₄)₂",null,"sodium","Na<1+>","Na⁺"]
[null,"Sepiolite","Sea Foam","Mg₄Si₆O₁₅(OH)₂·6H₂O",null,"strontium","Sr<2+>","Sr²⁺"]
[null,"Siderite","‒","FeCO₃",null,"sulfate","SO4<2->","SO₄²⁻"]
[null,"Silica amorph.","Silica-gel","SiO₂",null,"sulfite","SO3<2->","SO₃²⁻"]
[null,"Sillimanite","‒","Al₂SiO₅",null,"syringate","syr<1->","C₉H₉O₅⁻"]
[null,"Smectite","‒","Na₀.₆Ca₀.₃K₀.₁Al₆Si₆O₂₀(OH)₄·2H₂O",null,"technate","TcO4<1->","TcO₄⁻"]
[null,"Smithsonite","Calamine, Galmei","ZnCO₃",null,"technetium(IV)","TcO<2+>","TcO²⁺"]
[null,"Sphalerite","‒","ZnS",null,"tetramethylammonium","TMA<1+>","N(CH₃)₄⁺"]
[null,"Spherocobaltite","Cobaltocalcite","CoCO₃",null,"thallium","Tl<1+>","Tl⁺"]
[null,"Spinel","‒","MgAl₂O₄",null,"thiocyanate","SCN<1->","SCN⁻"]
[null,"Stevensite","Cerolite, Jurupaite, Kerolite","(Ca₀.₅,Na)₀.₃₃(Mg,Fe⁺²)₃Si₄O₁₀(OH)₂·nH₂O",null,"thiosulfate","S2O3<2->","S₂O₃²⁻"]
[null,"Strontianite","‒","SrCO₃",null,"thorium","Th<4+>","Th⁴⁺"]
[null,"Struvite","‒","(NH₄)MgPO₄·6H₂O",null,"tin(II)","Sn<2+>","Sn²⁺"]
[null,"Talc","‒","Mg₃Si₄O₁₀(OH)₂",null,"tin(IV)","Sn<4+>","Sn⁴⁺"]
[null,"Tenorite","Melaconite","CuO",null,"trans-1,2-diaminocyclohexane tetraacetate","CDTA<4->","C₁₄H₁₆N₂O₈"]
[null,"Tephroite","‒","Mn₂SiO₄",null,"trimellitat (benzene-1,2,4-tricarboxylic acid)","trimel<3->","C₉H₃O₆³⁻"]
[null,"Thorianite","‒","ThO₂",null,"trimesiate (benzene-1,3,5-tricarboxylic acid)","trimes<3->","C₉H₃O₆³⁻"]
[null,"TiO₂ amorph.","‒","TiO₂",null,"tri-n-butyltin(IV) cation","TBT<1+>","(C₄H₉)₃Sn⁺"]
[null,"Todorokite","‒","(Mn⁺²,Ca,Mg)Mn⁺⁴₃O₇·H₂O",null,"tungstenate","WO4<2->","WO₄²⁻"]
[null,"Tremolite","‒","Ca₂Mg₅Si₈O₂₂(OH)₂",null,"uranium(IV)","U<4+>","U⁴⁺"]
[null,"Troilite","‒","FeS",null,"uranyl(VI)","UO2<2+>","UO₂²⁺"]
[null,"Uraninite","Pitchblende","UO₂",null,"vanadate","VO4<3->","VO₄³⁻"]
[null,"Vermiculite","‒","(Mg,Fe⁺²)₀.₆₇Al₂(Si₃.₃₃Al₀.₆₇)O₁₀(OH)₂",null,"ytterbium","Yb<3+>","Yb³⁺"]
[null,"Vernadite","Manganese-Oxyhydroxide","δ-MnO₂",null,"yttrium","Y<3+>","Y³⁺"]
[null,"Witherite","‒","BaCO₃",null,"zinc","Zn<2+>","Zn²⁺"]
[null,"Wollastonite","‒","Ca₃Si₃O₉",null,"zirconium","Zr<4+>","Zr⁴⁺"]
[null,"Wuestite","ferrous oxide, iron(II) oxide","FeO"]
[null,"Zincite","‒","ZnO"]
[null,"Zircon","‒","ZrSiO₄"]
[null,"Zirconium diphosphate","‒","ZrP₂O₇"]
[null,"Zirconium oxophosphate","‒","Zr₂O(PO₄)₂"]