{"text_format":"3","workbook":"xlsx","n_sheets":18,"sheets":["Compounds","Sources","Datasets","Covariates","LOD LOQ","1","2","3","4","5","6","7","8","9","10","11","12","13"],"read":"whole","date_system":"1900"}

{"sheet":"Compounds","index":0,"n_rows":6,"n_cols":4,"rows_kept":6}
["Name","Acronym","Transformation products","Synonyms"]
["lambda-cyhalothrin","lambda","c_Ia, c_V, c_XV"]
["Compound Ia","c_Ia",null,"TFP acid"]
["Compound V","c_V",null,"PBA, 3-phenoxybenzoic acid"]
["Compound XV","c_XV",null,"hydroxylated cyhalothrin"]
["Unknown Z","u_Z",null,"Unknown B (phenoxy label), Unknown C (cycloproyl label)"]

{"sheet":"Sources","index":1,"n_rows":3,"n_cols":4,"rows_kept":3}
["Source number","Acronym","Citation","URL"]
[1,"dRAR_lambda_2013_B8","Draft Renewal Assessment Report, lambda-cyhalothrin, Active substance data, Volume 3, Annex B.8 Environmental fate and behaviour. Rapporteur Member State: Sweden, Co-Rapporteur Member State: Spain, February 2013","https://www.efsa.europa.eu/sites/default/files/consultation/consultation/506.zip"]
[2,"efsa_lambda_2014","EFSA conclusion, lambda-cyhalothrin, clarified version from 11 March 2015 ","https://www.efsa.europa.eu/en/efsajournal/pub/3677"]

{"sheet":"Datasets","index":2,"n_rows":14,"n_cols":9,"rows_kept":14}
["Dataset Number","Soil","Source","Pages","Temperature","Moisture","Total","Label","Remarks"]
[1,"18 Acres","dRAR_lambda_2013_B8","19",1,1,{"$f":"E2*F2","v":1},"cyclopropyl"]
[2,"18 Acres","dRAR_lambda_2013_B8","20",1,1,{"$f":"E3*F3","v":1},"phenoxy"]
[3,"Nebraska","dRAR_lambda_2013_B8","21",1,1,{"$f":"E4*F4","v":1},"cyclopropyl"]
[4,"Nebraska","dRAR_lambda_2013_B8","22",1,1,{"$f":"E5*F5","v":1},"phenoxy"]
[5,"Gartenacker","dRAR_lambda_2013_B8","23",1,1,{"$f":"E6*F6","v":1},"cyclopropyl","not used in EFSA conclusion due to incomplete mass balance"]
[6,"Gartenacker","dRAR_lambda_2013_B8","24",1,1,{"$f":"E7*F7","v":1},"phenoxy","not used in EFSA conclusion due to incomplete mass balance"]
[7,"Marsillargues","dRAR_lambda_2013_B8","25",1,1,{"$f":"E8*F8","v":1},"cyclopropyl"]
[8,"Marsillargues","dRAR_lambda_2013_B8","26",1,1,{"$f":"E9*F9","v":1},"phenoxy"]
[9,"Speyer 5 M","dRAR_lambda_2013_B8","43",1,1,{"$f":"E10*F10","v":1},"cyclopropyl"]
[10,"Speyer 5 M","dRAR_lambda_2013_B8","54",1,1,{"$f":"E11*F11","v":1},"phenoxy"]
[11,"Am Fischteich","dRAR_lambda_2013_B8","55",1,1,{"$f":"E12*F12","v":1},"phenoxy"]
[12,"Löhmingen","dRAR_lambda_2013_B8","55",1,1,{"$f":"E13*F13","v":1},"phenoxy"]
[13,"Speyer 2.2","dRAR_lambda_2013_B8","56",1,1,{"$f":"E14*F14","v":1},"phenoxy"]

{"sheet":"Covariates","index":3,"n_rows":9,"n_cols":5,"rows_kept":9}
["Soil","Source","Pages","pH","Remarks"]
["18 Acres","dRAR_lambda_2013_B8",12,5.5]
["Nebraska","dRAR_lambda_2013_B8",12,7,"pH in water, also used in EFSA conclusion on p. 61"]
["Gartenacker","dRAR_lambda_2013_B8",12,6.8]
["Marsillargues","dRAR_lambda_2013_B8",12,7.3]
["Speyer 5 M","dRAR_lambda_2013_B8",50,7.2]
["Am Fischteich","dRAR_lambda_2013_B8",50,5.63]
["Löhmingen","dRAR_lambda_2013_B8",50,6.45]
["Speyer 2.2","dRAR_lambda_2013_B8",50,5.5]

{"sheet":"LOD LOQ","index":4,"n_rows":10,"n_cols":7,"rows_kept":10}
["Acronym","Datasets","LOD","LOQ","Source","Pages","Remarks"]
["lambda","1-8",0.1,null,"dRAR_lambda_2013_B8",11,"Not used for preprocessing, as there are only very few numbers below 0,5 in the tables, so the actual LOD/LOQ seems to have been higher than 0.1"]
["c_Ia","1-8",0.1,null,"dRAR_lambda_2013_B8",11,"Not used for preprocessing, as there are only very few numbers below 0,5 in the tables, so the actual LOD/LOQ seems to have been higher than 0.1"]
["c_V","1-8",0.1,null,"dRAR_lambda_2013_B8",11,"Not used for preprocessing, as there are only very few numbers below 0,5 in the tables, so the actual LOD/LOQ seems to have been higher than 0.1"]
["c_XV","1-8",0.1,null,"dRAR_lambda_2013_B8",11,"Not used for preprocessing, as there are only very few numbers below 0,5 in the tables, so the actual LOD/LOQ seems to have been higher than 0.1"]
["u_Z","1-8",0.1,null,"dRAR_lambda_2013_B8",11,"Not used for preprocessing, as there are only very few numbers below 0,5 in the tables, so the actual LOD/LOQ seems to have been higher than 0.1"]
["lambda","9-13",0.5,null,"dRAR_lambda_2013_B8","43-57","Lowest quantified value in Tables"]
["c_Ia","9-13",0.5,null,"dRAR_lambda_2013_B8","43-57","Lowest quantified value in Tables"]
["c_V","9-13",0.5,null,"dRAR_lambda_2013_B8","43-57","Lowest quantified value in Tables"]
["c_XV","9-13",0.5,null,"dRAR_lambda_2013_B8","43-57","Lowest quantified value in Tables"]

{"sheet":"1","index":5,"n_rows":57,"n_cols":4,"rows_kept":57}
["Observed","Time","Value","Remark"]
["lambda",0,100.2]
["lambda",0,94.8]
["lambda",7,67.6]
["lambda",7,69.3]
["lambda",14,58.1]
["lambda",14,44.4]
["lambda",30,45.5]
["lambda",30,45.1]
["lambda",59,31.4]
["lambda",59,33.8]
["lambda",91,27.5]
["lambda",91,30.7]
["lambda",120,28.1]
["lambda",120,37.2]
["c_Ia",0,null,"nd"]
["c_Ia",0,null,"nd"]
["c_Ia",7,null,"nd"]
["c_Ia",7,null,"nd"]
["c_Ia",14,null,"nd"]
["c_Ia",14,null,"nd"]
["c_Ia",30,null,"nd"]
["c_Ia",30,null,"nd"]
["c_Ia",59,0.9]
["c_Ia",59,0.7]
["c_Ia",91,2.9]
["c_Ia",91,2.6]
["c_Ia",120,1.6]
["c_Ia",120,2.8]
["c_XV",0,null,"nd"]
["c_XV",0,null,"nd"]
["c_XV",7,4.8]
["c_XV",7,5]
["c_XV",14,4.5]
["c_XV",14,4.5]
["c_XV",30,5.4]
["c_XV",30,5.5]
["c_XV",59,3.5]
["c_XV",59,3.5]
["c_XV",91,1.2]
["c_XV",91,1.1]
["c_XV",120,0.8]
["c_XV",120,0.5]
["u_Z",0,null,"nd"]
["u_Z",0,null,"nd"]
["u_Z",7,0.6]
["u_Z",7,0.6]
["u_Z",14,2.5]
["u_Z",14,3.9]
["u_Z",30,5]
["u_Z",30,5.1]
["u_Z",59,4.8]
["u_Z",59,5]
["u_Z",91,4.3]
["u_Z",91,4]
["u_Z",120,4.2]
["u_Z",120,2.1]

{"sheet":"2","index":6,"n_rows":57,"n_cols":4,"rows_kept":57}
["Observed","Time","Value","Remark"]
["lambda",0,99]
["lambda",0,97.8]
["lambda",7,60.4]
["lambda",7,68]
["lambda",14,54.1]
["lambda",14,51.1]
["lambda",29,47.1]
["lambda",29,40.3]
["lambda",60,34.3]
["lambda",60,35.3]
["lambda",90,32.8]
["lambda",90,26.8]
["lambda",120,17.2]
["lambda",120,30.4]
["c_V",0,null,"nd"]
["c_V",0,null,"nd"]
["c_V",7,1.1]
["c_V",7,1]
["c_V",14,1]
["c_V",14,1]
["c_V",29,2.4]
["c_V",29,1.5]
["c_V",60,1.6]
["c_V",60,1.5]
["c_V",90,1.7]
["c_V",90,1.4]
["c_V",120,1.3]
["c_V",120,0.9]
["c_XV",0,null,"nd"]
["c_XV",0,null,"nd"]
["c_XV",7,6.6]
["c_XV",7,5.6]
["c_XV",14,5.3]
["c_XV",14,5.6]
["c_XV",29,3.5]
["c_XV",29,3.1]
["c_XV",60,3.1]
["c_XV",60,2.9]
["c_XV",90,2.3]
["c_XV",90,2.1]
["c_XV",120,1.4]
["c_XV",120,1.7]
["u_Z",0,null,"nd"]
["u_Z",0,null,"nd"]
["u_Z",7,1]
["u_Z",7,0.6]
["u_Z",14,1.5]
["u_Z",14,1.7]
["u_Z",29,3.8]
["u_Z",29,4.4]
["u_Z",60,4.2]
["u_Z",60,5]
["u_Z",90,3.4]
["u_Z",90,4]
["u_Z",120,2.1]
["u_Z",120,4.3]

{"sheet":"3","index":7,"n_rows":57,"n_cols":4,"rows_kept":57}
["Observed","Time","Value","Remark"]
["lambda",0,99.8]
["lambda",0,98]
["lambda",7,61.8]
["lambda",7,62.9]
["lambda",14,48.9]
["lambda",14,53]
["lambda",30,41.5]
["lambda",30,40.3]
["lambda",59,28.9]
["lambda",59,32.6]
["lambda",91,22.4]
["lambda",91,14.4]
["lambda",120,11.8]
["lambda",120,11.4]
["c_Ia",0,null,"nd"]
["c_Ia",0,null,"nd"]
["c_Ia",7,null,"nd"]
["c_Ia",7,null,"nd"]
["c_Ia",14,null,"nd"]
["c_Ia",14,null,"nd"]
["c_Ia",30,null,"nd"]
["c_Ia",30,null,"nd"]
["c_Ia",59,null,"nd"]
["c_Ia",59,null,"nd"]
["c_Ia",91,1.6]
["c_Ia",91,1.7]
["c_Ia",120,0.9]
["c_Ia",120,0.9]
["c_XV",0,null,"nd"]
["c_XV",0,null,"nd"]
["c_XV",7,6.5]
["c_XV",7,5.9]
["c_XV",14,3.9]
["c_XV",14,4.2]
["c_XV",30,5]
["c_XV",30,4.9]
["c_XV",59,2.5]
["c_XV",59,2.4]
["c_XV",91,1.1]
["c_XV",91,0.9]
["c_XV",120,0.7]
["c_XV",120,0.7]
["u_Z",0,null,"nd"]
["u_Z",0,null,"nd"]
["u_Z",7,0.3]
["u_Z",7,0.6]
["u_Z",14,3.9]
["u_Z",14,2.8]
["u_Z",30,3.4]
["u_Z",30,3.6]
["u_Z",59,3.2]
["u_Z",59,4.7]
["u_Z",91,3.6]
["u_Z",91,2.2]
["u_Z",120,1.1]
["u_Z",120,1.2]

{"sheet":"4","index":8,"n_rows":57,"n_cols":4,"rows_kept":57}
["Observed","Time","Value","Remark"]
["lambda",0,92.5]
["lambda",0,93.4]
["lambda",7,68]
["lambda",7,64.3]
["lambda",14,52.8]
["lambda",14,56.6]
["lambda",29,44.6]
["lambda",29,44.2]
["lambda",60,29.6]
["lambda",60,28.1]
["lambda",90,18.3]
["lambda",90,19.6]
["lambda",120,24.4]
["lambda",120,16.5]
["c_V",0,null,"nd"]
["c_V",0,null,"nd"]
["c_V",7,0.6]
["c_V",7,0.9]
["c_V",14,1]
["c_V",14,0.8]
["c_V",29,1.3]
["c_V",29,1.2]
["c_V",60,1]
["c_V",60,0.9]
["c_V",90,1]
["c_V",90,1]
["c_V",120,1.4]
["c_V",120,1]
["c_XV",0,null,"nd"]
["c_XV",0,null,"nd"]
["c_XV",7,5.1]
["c_XV",7,5.2]
["c_XV",14,3.4]
["c_XV",14,4.5]
["c_XV",29,3.1]
["c_XV",29,3]
["c_XV",60,2.1]
["c_XV",60,2.7]
["c_XV",90,1.4]
["c_XV",90,1.5]
["c_XV",120,0.8]
["c_XV",120,1.3]
["u_Z",0,null,"nd"]
["u_Z",0,null,"nd"]
["u_Z",7,0.7]
["u_Z",7,0.8]
["u_Z",14,2.6]
["u_Z",14,2]
["u_Z",29,4]
["u_Z",29,3.4]
["u_Z",60,3.9]
["u_Z",60,3.5]
["u_Z",90,3]
["u_Z",90,3]
["u_Z",120,2.9]
["u_Z",120,3.1]

{"sheet":"5","index":9,"n_rows":1,"n_cols":4,"rows_kept":1}
["Observed","Time","Value","Remark"]

{"sheet":"6","index":10,"n_rows":1,"n_cols":4,"rows_kept":1}
["Observed","Time","Value","Remark"]

{"sheet":"7","index":11,"n_rows":57,"n_cols":4,"rows_kept":57}
["Observed","Time","Value","Remark"]
["lambda",0,94.1]
["lambda",0,98.3]
["lambda",7,67.2]
["lambda",7,72.8]
["lambda",14,52.1]
["lambda",14,49]
["lambda",30,34.9]
["lambda",30,37]
["lambda",59,21.8]
["lambda",59,26]
["lambda",91,12.9]
["lambda",91,11.5]
["lambda",120,9]
["lambda",120,9.1]
["c_Ia",0,null,"nd"]
["c_Ia",0,null,"nd"]
["c_Ia",7,null,"nd"]
["c_Ia",7,null,"nd"]
["c_Ia",14,null,"nd"]
["c_Ia",14,null,"nd"]
["c_Ia",30,0.8]
["c_Ia",30,0.4]
["c_Ia",59,null,"nd"]
["c_Ia",59,null,"nd"]
["c_Ia",91,2.3]
["c_Ia",91,2]
["c_Ia",120,1]
["c_Ia",120,1.1]
["c_XV",0,null,"nd"]
["c_XV",0,null,"nd"]
["c_XV",7,3.2]
["c_XV",7,2.5]
["c_XV",14,7.8]
["c_XV",14,7.6]
["c_XV",30,6.4]
["c_XV",30,5.1]
["c_XV",59,3.7]
["c_XV",59,3.7]
["c_XV",91,1]
["c_XV",91,1]
["c_XV",120,0.6]
["c_XV",120,0.7]
["u_Z",0,null,"nd"]
["u_Z",0,null,"nd"]
["u_Z",7,3.3]
["u_Z",7,0.5]
["u_Z",14,3.7]
["u_Z",14,3.8]
["u_Z",30,3.4]
["u_Z",30,5.9]
["u_Z",59,1.7]
["u_Z",59,0.8]
["u_Z",91,1.4]
["u_Z",91,1.6]
["u_Z",120,0.3]
["u_Z",120,0.6]

{"sheet":"8","index":12,"n_rows":57,"n_cols":4,"rows_kept":57}
["Observed","Time","Value","Remark"]
["lambda",0,95.4]
["lambda",0,101.7]
["lambda",7,61.1]
["lambda",7,66.6]
["lambda",14,48.2]
["lambda",14,48.6]
["lambda",29,37]
["lambda",29,44]
["lambda",60,22.1]
["lambda",60,20.6]
["lambda",90,11.1]
["lambda",90,11.3]
["lambda",120,9.7]
["lambda",120,10.8]
["c_V",0,null,"nd"]
["c_V",0,null,"nd"]
["c_V",7,3.7]
["c_V",7,4.1]
["c_V",14,3]
["c_V",14,2.3]
["c_V",29,1.4]
["c_V",29,1.9]
["c_V",60,1.4]
["c_V",60,1.5]
["c_V",90,0.8]
["c_V",90,0.9]
["c_V",120,null,"nd"]
["c_V",120,null,"nd"]
["c_XV",0,null,"nd"]
["c_XV",0,null,"nd"]
["c_XV",7,2.1]
["c_XV",7,1.9]
["c_XV",14,2.8]
["c_XV",14,2.7]
["c_XV",29,2.7]
["c_XV",29,1.7]
["c_XV",60,3.3]
["c_XV",60,3.1]
["c_XV",90,1.9]
["c_XV",90,1.8]
["c_XV",120,1.1]
["c_XV",120,1.1]
["u_Z",0,null,"nd"]
["u_Z",0,null,"nd"]
["u_Z",7,1.2]
["u_Z",7,1.1]
["u_Z",14,1.8]
["u_Z",14,2]
["u_Z",29,1]
["u_Z",29,1.2]
["u_Z",60,2.6]
["u_Z",60,1.7]
["u_Z",90,1.2]
["u_Z",90,1.1]
["u_Z",120,0.4]
["u_Z",120,0.3]

{"sheet":"9","index":13,"n_rows":43,"n_cols":4,"rows_kept":43}
["Observed","Time","Value","Remark"]
["lambda",0,100.9]
["lambda",0,100.1]
["lambda",7,80.4]
["lambda",7,80.8]
["lambda",14,62.6]
["lambda",14,61.5]
["lambda",28,53.4]
["lambda",28,55.3]
["lambda",56,40.6]
["lambda",56,33.9,"Replicate B from day 56 may be an outlier based on the comparison of bound residues and CO2 to adjacent samplings (RMS also treated replicate A from day 90 as outlier on page 46 of the dRAR)"]
["lambda",90,40.4]
["lambda",90,38.4]
["lambda",120,35.8]
["lambda",120,32.8]
["c_Ia",0,1]
["c_Ia",0,1.1]
["c_Ia",7,7.8]
["c_Ia",7,8.3]
["c_Ia",14,10.9]
["c_Ia",14,15.7]
["c_Ia",28,11.7]
["c_Ia",28,12.1]
["c_Ia",56,12.4]
["c_Ia",56,1.6,"Replicate B from day 56 may be an outlier based on the comparison of bound residues and CO2 to adjacent samplings"]
["c_Ia",90,29.7]
["c_Ia",90,16.1]
["c_Ia",120,21.8]
["c_Ia",120,15.2]
["c_XV",0,null,"nd"]
["c_XV",0,null,"nd"]
["c_XV",7,2.1]
["c_XV",7,2.2]
["c_XV",14,null,"nd"]
["c_XV",14,null,"nd"]
["c_XV",28,0.25,"nd, set to 0.5 LOD"]
["c_XV",28,0.25,"nd, set to 0.5 LOD"]
["c_XV",56,3]
["c_XV",56,0.8,"Replicate B from day 56 may be an outlier based on the comparison of bound residues and CO2 to adjacent samplings"]
["c_XV",90,1.5]
["c_XV",90,1.4]
["c_XV",120,1.4]
["c_XV",120,1.5]

{"sheet":"10","index":14,"n_rows":43,"n_cols":4,"rows_kept":43}
["Observed","Time","Value","Remark"]
["lambda",0,98.9]
["lambda",0,100]
["lambda",7,82.4]
["lambda",7,88.3]
["lambda",14,59]
["lambda",14,55.8]
["lambda",28,48.7]
["lambda",28,62.7]
["lambda",56,30.3]
["lambda",56,47]
["lambda",90,15.3]
["lambda",90,17.6]
["lambda",120,24.7]
["lambda",120,19.6]
["c_V",0,1.1]
["c_V",0,1]
["c_V",7,4.1]
["c_V",7,4.4]
["c_V",14,6.1]
["c_V",14,5.5]
["c_V",28,4.4]
["c_V",28,8.1]
["c_V",56,1.8]
["c_V",56,2.7]
["c_V",90,0.25,"nd, set to 0.5 LOD"]
["c_V",90,0.7]
["c_V",120,1]
["c_V",120,1.1]
["c_XV",0,null,"nd"]
["c_XV",0,null,"nd"]
["c_XV",7,null,"nd"]
["c_XV",7,null,"nd"]
["c_XV",14,null,"nd"]
["c_XV",14,null,"nd"]
["c_XV",28,0.25,"nd, set to 0.5 LOD"]
["c_XV",28,0.25,"nd, set to 0.5 LOD"]
["c_XV",56,2.1]
["c_XV",56,0.9]
["c_XV",90,1.8]
["c_XV",90,1.4]
["c_XV",120,1.7]
["c_XV",120,1.6]

{"sheet":"11","index":15,"n_rows":29,"n_cols":4,"rows_kept":29}
["Observed","Time","Value","Remark"]
["lambda",0,99.4]
["lambda",0,100]
["lambda",7,82.4]
["lambda",7,77.4]
["lambda",14,61.4]
["lambda",14,62]
["lambda",28,57.1]
["lambda",28,56]
["lambda",56,49.6]
["lambda",56,52.2]
["lambda",90,49.4]
["lambda",90,49.1]
["lambda",120,50.1]
["lambda",120,44.6]
["c_V",0,1]
["c_V",0,1.3]
["c_V",7,5.4]
["c_V",7,1.8]
["c_V",14,2.9]
["c_V",14,8.3]
["c_V",28,2.5]
["c_V",28,0.25,"nd, set to 0.5 LOD"]
["c_V",56,3.3]
["c_V",56,2.9]
["c_V",90,2.4]
["c_V",90,2.1]
["c_V",120,2.1]
["c_V",120,2.8]

{"sheet":"12","index":16,"n_rows":43,"n_cols":4,"rows_kept":43}
["Observed","Time","Value","Remark"]
["lambda",0,98.9]
["lambda",0,99.8]
["lambda",7,85.5]
["lambda",7,87.3]
["lambda",14,70.5]
["lambda",14,80.8]
["lambda",28,64.2]
["lambda",28,70.2]
["lambda",56,72.1]
["lambda",56,65.8]
["lambda",90,75.6]
["lambda",90,65.8]
["lambda",120,59]
["lambda",120,71.2]
["c_V",0,1.5]
["c_V",0,0.9]
["c_V",7,2.1]
["c_V",7,2.8]
["c_V",14,1.5]
["c_V",14,1.8]
["c_V",28,2.7]
["c_V",28,2.6]
["c_V",56,3.7]
["c_V",56,2.9]
["c_V",90,4.5]
["c_V",90,2.3]
["c_V",120,2.5]
["c_V",120,4.7]
["c_XV",0,null,"nd"]
["c_XV",0,null,"nd"]
["c_XV",7,null,"nd"]
["c_XV",7,null,"nd"]
["c_XV",14,null,"nd"]
["c_XV",14,null,"nd"]
["c_XV",28,null,"nd"]
["c_XV",28,null,"nd"]
["c_XV",56,null,"nd"]
["c_XV",56,0.25,"nd, set to 0.5 LOD"]
["c_XV",90,0.25,"nd, set to 0.5 LOD"]
["c_XV",90,2.1]
["c_XV",120,1.1]
["c_XV",120,0.25,"nd, set to 0.5 LOD"]

{"sheet":"13","index":17,"n_rows":29,"n_cols":4,"rows_kept":29}
["Observed","Time","Value","Remark"]
["lambda",0,99.6]
["lambda",0,99.4]
["lambda",7,93.5]
["lambda",7,94.7]
["lambda",14,86.8]
["lambda",14,87.9]
["lambda",28,70.8]
["lambda",28,77.6]
["lambda",56,69]
["lambda",56,64.5]
["lambda",90,63.8]
["lambda",90,72.4]
["lambda",120,60.3]
["lambda",120,60.7]
["c_V",0,1.3]
["c_V",0,0.75]
["c_V",7,2.2]
["c_V",7,2.8]
["c_V",14,4.8]
["c_V",14,6.9]
["c_V",28,2.7]
["c_V",28,3.9]
["c_V",56,6.7]
["c_V",56,5.3]
["c_V",90,3.2]
["c_V",90,6.5]
["c_V",120,4.5]
["c_V",120,4.2]