;index;formulation;temperature;pending;fom_data;kind;DMC;EC;EMC;LiPF6;origin;fail_density;density_mean;fail_viscosity;viscosity_mean
0;5c9ef059f24c488db42fc9908761223e;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}], 'amounts': [{'value': 1.0, 'unit': 'Mol'}], 'ratio_method': 'other'};{'value': 293.15, 'unit': 'K'};False;"[{'values': [1.0699, 1.0699, 1.0699], 'unit': 'g/cm**3', 'dim': 3, 'name': 'density', 'origin': {'origin': 'experiment', 'what': None}, 'internalReference': '9677486486', 'fail': None, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.0, 'DMC': 1.0, 'LiPF6_salt_in_EC_EMC_3:7': 0.0, 'EC_EMC_3:7': 0.0}, mole ratio: {'LiPF6': 0.0, 'EC': 0.0, 'DMC': 1.0, 'EMC': 0.0}"", 'rating': 10}, {'values': [0.0, 0.0, 0.0], 'unit': 'mPa*s', 'dim': 3, 'name': 'viscosity', 'origin': {'origin': 'experiment', 'what': None}, 'internalReference': '9677486486', 'fail': True, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.0, 'DMC': 1.0, 'LiPF6_salt_in_EC_EMC_3:7': 0.0, 'EC_EMC_3:7': 0.0}, mole ratio: {'LiPF6': 0.0, 'EC': 0.0, 'DMC': 1.0, 'EMC': 0.0}"", 'rating': 0}]";{'origin': 'experiment', 'what': None};1.0;0.0;0.0;0.0;experiment;;1.0699;True;
1;8702418fb0dd42a693b630a9b218e723;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}], 'amounts': [{'value': 1.0, 'unit': 'Mol'}], 'ratio_method': 'other'};{'value': 293.15, 'unit': 'K'};False;"[{'values': [1.07, 1.07, 1.07], 'unit': 'g/cm**3', 'dim': 3, 'name': 'density', 'origin': {'origin': 'experiment', 'what': None}, 'internalReference': '4007255566', 'fail': None, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.0, 'DMC': 1.0, 'LiPF6_salt_in_EC_EMC_3:7': 0.0, 'EC_EMC_3:7': 0.0}, mole ratio: {'LiPF6': 0.0, 'EC': 0.0, 'DMC': 1.0, 'EMC': 0.0}"", 'rating': 10}, {'values': [0.6294, 0.6293, 0.6296], 'unit': 'mPa*s', 'dim': 3, 'name': 'viscosity', 'origin': {'origin': 'experiment', 'what': None}, 'internalReference': '4007255566', 'fail': None, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.0, 'DMC': 1.0, 'LiPF6_salt_in_EC_EMC_3:7': 0.0, 'EC_EMC_3:7': 0.0}, mole ratio: {'LiPF6': 0.0, 'EC': 0.0, 'DMC': 1.0, 'EMC': 0.0}"", 'rating': 10}]";{'origin': 'experiment', 'what': None};1.0;0.0;0.0;0.0;experiment;;1.07;;0.6294333333333334
2;9ee46b7870634bba86599124790b5eaa;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}], 'amounts': [{'value': 1.0, 'unit': 'Mol'}], 'ratio_method': 'other'};{'value': 293.15, 'unit': 'K'};False;"[{'values': [1.07, 1.07, 1.07], 'unit': 'g/cm**3', 'dim': 3, 'name': 'density', 'origin': {'origin': 'experiment', 'what': 'density'}, 'internalReference': '1140809075', 'fail': False, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.0, 'DMC': 1.0, 'LiPF6_salt_in_EC_EMC_3:7': 0.0, 'EC_EMC_3:7': 0.0}, mole ratio: {'LiPF6': 0.0, 'EC': 0.0, 'DMC': 1.0, 'EMC': 0.0}"", 'rating': 10}, {'values': [0.6295, 0.6296, 0.6291], 'unit': 'mPa*s', 'dim': 3, 'name': 'viscosity', 'origin': {'origin': 'experiment', 'what': 'viscosity'}, 'internalReference': '1140809075', 'fail': False, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.0, 'DMC': 1.0, 'LiPF6_salt_in_EC_EMC_3:7': 0.0, 'EC_EMC_3:7': 0.0}, mole ratio: {'LiPF6': 0.0, 'EC': 0.0, 'DMC': 1.0, 'EMC': 0.0}"", 'rating': 10}]";{'origin': 'experiment', 'what': None};1.0;0.0;0.0;0.0;experiment;False;1.07;False;0.6294000000000001
3;a11b627b2a0a4c77aa1fd40efb175d82;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}], 'amounts': [{'value': 0.09661793096978674, 'unit': 'Mol'}, {'value': 0.7126768976936908, 'unit': 'Mol'}, {'value': 0.19070517133652243, 'unit': 'Mol'}], 'ratio_method': 'other'};{'value': 293.15, 'unit': 'K'};False;"[{'values': [0.0, 0.0, 0.0], 'unit': 'g/cm**3', 'dim': 3, 'name': 'density', 'origin': {'origin': 'experiment', 'what': 'density'}, 'internalReference': '1140412606', 'fail': True, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.0, 'DMC': 0.6996860748927181, 'LiPF6_salt_in_EC_EMC_3:7': 0.0, 'EC_EMC_3:7': 0.30031392510728194}, mole ratio: {'LiPF6': 0.0, 'EC': 0.09661793096978674, 'DMC': 0.7126768976936908, 'EMC': 0.19070517133652243}"", 'rating': 10}, {'values': [0.0, 0.0, 0.0], 'unit': 'mPa*s', 'dim': 3, 'name': 'viscosity', 'origin': {'origin': 'experiment', 'what': 'viscosity'}, 'internalReference': '1140412606', 'fail': True, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.0, 'DMC': 0.6996860748927181, 'LiPF6_salt_in_EC_EMC_3:7': 0.0, 'EC_EMC_3:7': 0.30031392510728194}, mole ratio: {'LiPF6': 0.0, 'EC': 0.09661793096978674, 'DMC': 0.7126768976936908, 'EMC': 0.19070517133652243}"", 'rating': 10}]";{'origin': 'experiment', 'what': None};0.09661793096978674;0.7126768976936908;0.19070517133652243;0.0;experiment;True;;True;
4;226f2d27d0ea4603be83fe95b6f6aab6;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}], 'amounts': [{'value': 0.09661793096978674, 'unit': 'Mol'}, {'value': 0.7126768976936908, 'unit': 'Mol'}, {'value': 0.19070517133652243, 'unit': 'Mol'}], 'ratio_method': 'other'};{'value': 293.15, 'unit': 'K'};False;"[{'values': [1.0802, 1.0802, 1.0802], 'unit': 'g/cm**3', 'dim': 3, 'name': 'density', 'origin': {'origin': 'experiment', 'what': 'density'}, 'internalReference': '6702956311', 'fail': False, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.0, 'DMC': 0.6996860748927181, 'LiPF6_salt_in_EC_EMC_3:7': 0.0, 'EC_EMC_3:7': 0.30031392510728194}, mole ratio: {'LiPF6': 0.0, 'EC': 0.09661793096978674, 'DMC': 0.7126768976936908, 'EMC': 0.19070517133652243}"", 'rating': 10}, {'values': [0.7359, 0.7368, 0.7368], 'unit': 'mPa*s', 'dim': 3, 'name': 'viscosity', 'origin': {'origin': 'experiment', 'what': 'viscosity'}, 'internalReference': '6702956311', 'fail': False, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.0, 'DMC': 0.6996860748927181, 'LiPF6_salt_in_EC_EMC_3:7': 0.0, 'EC_EMC_3:7': 0.30031392510728194}, mole ratio: {'LiPF6': 0.0, 'EC': 0.09661793096978674, 'DMC': 0.7126768976936908, 'EMC': 0.19070517133652243}"", 'rating': 10}]";{'origin': 'experiment', 'what': 'vectorial'};0.09661793096978674;0.7126768976936908;0.19070517133652243;0.0;experiment;False;1.0802;False;0.7365
5;6a7822b90598400eba514505bf25d1b6;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.02499535395466915, 'unit': 'Mol'}, {'value': 0.26400342321632214, 'unit': 'Mol'}, {'value': 0.4040003468738646, 'unit': 'Mol'}, {'value': 0.30700087595514414, 'unit': 'Mol'}], 'ratio_method': 'other'};{'value': 293.15, 'unit': 'K'};False;"[{'values': [1.1273, 1.1273, 1.1273], 'unit': 'g/cm**3', 'dim': 3, 'name': 'density', 'origin': {'origin': 'experiment', 'what': 'density'}, 'internalReference': '4154678473', 'fail': False, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.20071982108723074, 'DMC': 0.29941840853850366, 'LiPF6_salt_in_EC_EMC_3:7': 0.09762984131031385, 'EC_EMC_3:7': 0.4022319290639517}, mole ratio: {'LiPF6': 0.02499535395466915, 'EC': 0.26400342321632214, 'DMC': 0.4040003468738646, 'EMC': 0.30700087595514414}"", 'rating': 10}, {'values': [1.1916, 1.1899, 1.1899], 'unit': 'mPa*s', 'dim': 3, 'name': 'viscosity', 'origin': {'origin': 'experiment', 'what': 'viscosity'}, 'internalReference': '4154678473', 'fail': False, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.20071982108723074, 'DMC': 0.29941840853850366, 'LiPF6_salt_in_EC_EMC_3:7': 0.09762984131031385, 'EC_EMC_3:7': 0.4022319290639517}, mole ratio: {'LiPF6': 0.02499535395466915, 'EC': 0.26400342321632214, 'DMC': 0.4040003468738646, 'EMC': 0.30700087595514414}"", 'rating': 10}]";{'origin': 'experiment', 'what': 'vectorial'};0.02499535395466915;0.26400342321632214;0.4040003468738646;0.30700087595514414;experiment;False;1.1273;False;1.1904666666666666
6;e002a2cd2bdd4369a116d9dadca1c636;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': '233202303'}], 'amounts': [{'value': 1.0, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 200.0, 'unit': 'K'};False;[{'values': [1.0651408330356], 'unit': 'Mol', 'dim': 1, 'name': 'density', 'origin': {'origin': 'simulation', 'what': 'density'}, 'internalReference': 'Mon Jun 20 16:08:01 2022', 'fail': False, 'message': '3DS_simulations', 'rating': 0}];{'origin': 'simulation', 'what': 'density'};1.0;0.0;0.0;0.0;simulation;False;1.0651408330356;;
7;77294f30c0fb44a99ac9bb30aebf8894;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': '233202303'}], 'amounts': [{'value': 1.0, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 200.0, 'unit': 'K'};False;[{'values': [2.5285748686976], 'unit': 'Mol', 'dim': 1, 'name': 'density', 'origin': {'origin': 'simulation', 'what': 'density'}, 'internalReference': 'Mon Jun 20 20:38:30 2022', 'fail': False, 'message': '3DS_simulations', 'rating': 0}];{'origin': 'simulation', 'what': 'density'};1.0;0.0;0.0;0.0;simulation;False;2.5285748686976;;
8;cb98c96d5620451a804a4d269cb35d79;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': '233202303'}], 'amounts': [{'value': 1.0, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 200.0, 'unit': 'K'};False;[{'values': [0.995732866448042], 'unit': 'Mol', 'dim': 1, 'name': 'density', 'origin': {'origin': 'simulation', 'what': 'density'}, 'internalReference': 'Mon Jun 20 20:38:36 2022', 'fail': False, 'message': '3DS_simulations', 'rating': 0}];{'origin': 'simulation', 'what': 'density'};1.0;0.0;0.0;0.0;simulation;False;0.995732866448042;;
9;befd168800d2416ebb95ac9581c19f9b;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.05791001902578598, 'unit': 'Mol'}, {'value': 0.4419286456593357, 'unit': 'Mol'}, {'value': 0.36515198497609275, 'unit': 'Mol'}, {'value': 0.13500935033878547, 'unit': 'Mol'}], 'ratio_method': 'other'};{'value': 293.15, 'unit': 'K'};False;"[{'values': [1.2018, 1.2018, 1.2017], 'unit': 'g/cm**3', 'dim': 3, 'name': 'density', 'origin': {'origin': 'experiment', 'what': 'density'}, 'internalReference': '5067911364', 'fail': False, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.7605625296733823, 'DMC': 0.0, 'LiPF6_salt_in_EC_EMC_3:7': 0.0, 'EC_EMC_3:7': 0.23943747032661758}, mole ratio: {'LiPF6': 0.05791001902578598, 'EC': 0.4419286456593357, 'DMC': 0.36515198497609275, 'EMC': 0.13500935033878547}"", 'rating': 10}, {'values': [2.2151, 2.2098, 2.2061], 'unit': 'mPa*s', 'dim': 3, 'name': 'viscosity', 'origin': {'origin': 'experiment', 'what': 'viscosity'}, 'internalReference': '5067911364', 'fail': False, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.7605625296733823, 'DMC': 0.0, 'LiPF6_salt_in_EC_EMC_3:7': 0.0, 'EC_EMC_3:7': 0.23943747032661758}, mole ratio: {'LiPF6': 0.05791001902578598, 'EC': 0.4419286456593357, 'DMC': 0.36515198497609275, 'EMC': 0.13500935033878547}"", 'rating': 10}]";{'origin': 'experiment', 'what': 'vectorial'};0.057910019025785985;0.44192864565933576;0.3651519849760928;0.1350093503387855;experiment;False;1.2017666666666666;False;2.2103333333333333
10;249d3ec0f70c450091a390730ae98bac;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.015519016079675865, 'unit': 'Mol'}, {'value': 0.8966157953122543, 'unit': 'Mol'}, {'value': 0.02588910163214009, 'unit': 'Mol'}, {'value': 0.06197608697592978, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};False;[{'values': [1.33613457124254], 'unit': 'mol', 'dim': 1, 'name': 'density', 'origin': {'origin': 'simulation', 'what': 'density'}, 'internalReference': 'Tue Jun 21 13:48:14 2022', 'fail': False, 'message': '3DS_simulation', 'rating': 0}];{'origin': 'simulation', 'what': 'density'};0.015519016079675865;0.8966157953122543;0.02588910163214009;0.06197608697592978;simulation;False;1.33613457124254;;
11;883b55ccb21f469f92e5462d2df4fde0;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.015519016079675865, 'unit': 'Mol'}, {'value': 0.8966157953122543, 'unit': 'Mol'}, {'value': 0.02588910163214009, 'unit': 'Mol'}, {'value': 0.06197608697592978, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};False;[{'values': [1.33613457124254], 'unit': 'mol', 'dim': 1, 'name': 'density', 'origin': {'origin': 'simulation', 'what': 'density'}, 'internalReference': 'Tue Jun 21 13:48:14 2022', 'fail': False, 'message': '3DS_simulation', 'rating': 0}];{'origin': 'simulation', 'what': 'density'};0.015519016079675865;0.8966157953122543;0.02588910163214009;0.06197608697592978;simulation;False;1.33613457124254;;
12;7ad9280667d34d3380849eb1c77af030;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.013470612469496922, 'unit': 'Mol'}, {'value': 0.02511376269669427, 'unit': 'Mol'}, {'value': 0.008932443852214571, 'unit': 'Mol'}, {'value': 0.9524831809815941, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};False;[{'values': [2.1846304327046], 'unit': 'mol', 'dim': 1, 'name': 'density', 'origin': {'origin': 'simulation', 'what': 'density'}, 'internalReference': 'Tue Jun 21 13:48:14 2022', 'fail': False, 'message': '3DS_simulation', 'rating': 0}];{'origin': 'simulation', 'what': 'density'};0.013470612469496924;0.025113762696694273;0.008932443852214573;0.9524831809815942;simulation;False;2.1846304327046;;
13;8f4ced165c834f9d8ab8b0d3d1383ec7;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.07893375687039013, 'unit': 'Mol'}, {'value': 0.39501246444284627, 'unit': 'Mol'}, {'value': 0.24887509661277896, 'unit': 'Mol'}, {'value': 0.27717868207398466, 'unit': 'Mol'}], 'ratio_method': 'other'};{'value': 293.15, 'unit': 'K'};False;"[{'values': [1.1967, 1.1967, 1.1967], 'unit': 'g/cm**3', 'dim': 3, 'name': 'density', 'origin': {'origin': 'experiment', 'what': 'density'}, 'internalReference': '2464871826', 'fail': False, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.500033049456463, 'DMC': 0.0, 'LiPF6_salt_in_EC_EMC_3:7': 0.49996695054353707, 'EC_EMC_3:7': 0.0}, mole ratio: {'LiPF6': 0.07893375687039013, 'EC': 0.39501246444284627, 'DMC': 0.24887509661277896, 'EMC': 0.27717868207398466}"", 'rating': 10}, {'values': [3.3986, 3.3947, 3.391], 'unit': 'mPa*s', 'dim': 3, 'name': 'viscosity', 'origin': {'origin': 'experiment', 'what': 'viscosity'}, 'internalReference': '2464871826', 'fail': False, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.500033049456463, 'DMC': 0.0, 'LiPF6_salt_in_EC_EMC_3:7': 0.49996695054353707, 'EC_EMC_3:7': 0.0}, mole ratio: {'LiPF6': 0.07893375687039013, 'EC': 0.39501246444284627, 'DMC': 0.24887509661277896, 'EMC': 0.27717868207398466}"", 'rating': 10}]";{'origin': 'experiment', 'what': 'vectorial'};0.07893375687039013;0.39501246444284627;0.24887509661277896;0.27717868207398466;experiment;False;1.1967;False;3.394766666666667
14;f6cee9e958ca44e09c7b1612a5c0e34a;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.4462969177064785, 'unit': 'Mol'}, {'value': 0.5302677729911195, 'unit': 'Mol'}, {'value': 0.01893043531157013, 'unit': 'Mol'}, {'value': 0.004504873990831878, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};False;[{'values': [1.15233789240108], 'unit': 'mol', 'dim': 1, 'name': 'density', 'origin': {'origin': 'simulation', 'what': 'density'}, 'internalReference': 'Tue Jun 21 15:32:34 2022', 'fail': False, 'message': '3DS_simulation', 'rating': 0}];{'origin': 'simulation', 'what': 'density'};0.4462969177064785;0.5302677729911195;0.01893043531157013;0.004504873990831878;simulation;False;1.15233789240108;;
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23;9cbd057034db47abba9205b00ed19430;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.408041, 'unit': 'Mol'}, {'value': 0.322987, 'unit': 'Mol'}, {'value': 0.208846, 'unit': 'Mol'}, {'value': 0.060125, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};False;[{'values': [1.20806518738325], 'unit': 'mol', 'dim': 1, 'name': 'density', 'origin': {'origin': 'simulation', 'what': 'density'}, 'internalReference': 'Wed Jun 22 11:36:30 2022', 'fail': False, 'message': '3DS_simulation', 'rating': 0}];{'origin': 'simulation', 'what': 'density'};0.322987322987323;0.40804140804140804;0.20884620884620886;0.06012506012506012;simulation;False;1.20806518738325;;
24;7beb9aead6a94324bea66786c08f1a19;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.08319883580445982, 'unit': 'Mol'}, {'value': 0.2960521825951337, 'unit': 'Mol'}, {'value': 0.036399041173597886, 'unit': 'Mol'}, {'value': 0.5843499404268087, 'unit': 'Mol'}], 'ratio_method': 'other'};{'value': 293.15, 'unit': 'K'};False;"[{'values': [1.1871, 1.1871, 1.1871], 'unit': 'g/cm**3', 'dim': 3, 'name': 'density', 'origin': {'origin': 'experiment', 'what': 'density'}, 'internalReference': '3645791468', 'fail': False, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.0, 'DMC': 0.0355229632153653, 'LiPF6_salt_in_EC_EMC_3:7': 0.9644770367846347, 'EC_EMC_3:7': 0.0}, mole ratio: {'LiPF6': 0.08319883580445982, 'EC': 0.2960521825951337, 'DMC': 0.036399041173597886, 'EMC': 0.5843499404268087}"", 'rating': 10}, {'values': [0.0, 0.0, 0.0], 'unit': 'mPa*s', 'dim': 3, 'name': 'viscosity', 'origin': {'origin': 'experiment', 'what': 'viscosity'}, 'internalReference': '3645791468', 'fail': True, 'message': ""volumetric: {'LiPF6_salt_in_EC_DMC_1:1': 0.0, 'DMC': 0.0355229632153653, 'LiPF6_salt_in_EC_EMC_3:7': 0.9644770367846347, 'EC_EMC_3:7': 0.0}, mole ratio: {'LiPF6': 0.08319883580445982, 'EC': 0.2960521825951337, 'DMC': 0.036399041173597886, 'EMC': 0.5843499404268087}"", 'rating': 10}]";{'origin': 'experiment', 'what': 'vectorial'};0.08319883580445982;0.2960521825951337;0.036399041173597886;0.5843499404268087;experiment;False;1.1871;True;
25;0b41a81ae71a49d995bd712f050ce45f;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.48224317896149865, 'unit': 'Mol'}, {'value': 0.052252488537265274, 'unit': 'Mol'}, {'value': 0.000638446837011391, 'unit': 'Mol'}, {'value': 0.46486588566422465, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};False;[{'values': [1.55921452690011], 'unit': 'mol', 'dim': 1, 'name': 'density', 'origin': {'origin': 'simulation', 'what': 'density'}, 'internalReference': 'Wed Jun 22 22:10:42 2022', 'fail': False, 'message': '3DS_simulation', 'rating': 0}];{'origin': 'simulation', 'what': 'density'};0.48224317896149865;0.052252488537265274;0.000638446837011391;0.46486588566422465;simulation;False;1.55921452690011;;
26;997ce3b566864377a0d110f05fd6fd60;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.010866354596821545, 'unit': 'Mol'}, {'value': 0.01979959181495831, 'unit': 'Mol'}, {'value': 0.5048792904414651, 'unit': 'Mol'}, {'value': 0.4644547631467551, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};False;[{'values': [1.52614466959545], 'unit': 'mol', 'dim': 1, 'name': 'density', 'origin': {'origin': 'simulation', 'what': 'density'}, 'internalReference': 'Wed Jun 22 23:11:01 2022', 'fail': False, 'message': '3DS_simulation', 'rating': 0}];{'origin': 'simulation', 'what': 'density'};0.010866354596821545;0.01979959181495831;0.5048792904414651;0.4644547631467551;simulation;False;1.52614466959545;;
27;a42579b2038944f8b2262b06f3ad9961;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}], 'amounts': [{'value': 1.0, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'density'};1.0;0.0;0.0;0.0;experiment;;;;
28;815aae5058d64204b64f9176852d80db;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}], 'amounts': [{'value': 1.0, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'density'};1.0;0.0;0.0;0.0;experiment;;;;
29;69b6c8b5610c42d88f80ab7135171ac0;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}], 'amounts': [{'value': 1.0, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'density'};1.0;0.0;0.0;0.0;experiment;;;;
30;0ae596f1e2124aefbfd341177d8e9b17;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}], 'amounts': [{'value': 0.097, 'unit': 'Mol'}, {'value': 0.713, 'unit': 'Mol'}, {'value': 0.191, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'density'};0.7122877122877124;0.09690309690309691;0.19080919080919084;0.0;experiment;;;;
31;663cc799d91c4a29bf5a32f5f7f45c63;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}], 'amounts': [{'value': 0.097, 'unit': 'Mol'}, {'value': 0.713, 'unit': 'Mol'}, {'value': 0.191, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'density'};0.7122877122877124;0.09690309690309691;0.19080919080919084;0.0;experiment;;;;
32;729b56e333f5418ea6f60144238a7b32;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}], 'amounts': [{'value': 0.097, 'unit': 'Mol'}, {'value': 0.713, 'unit': 'Mol'}, {'value': 0.191, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'density'};0.7122877122877124;0.09690309690309691;0.19080919080919084;0.0;experiment;;;;
33;64180bf8403949c28c2ef9346b76825e;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}], 'amounts': [{'value': 1.0, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'simulation', 'what': 'density'};1.0;0.0;0.0;0.0;simulation;;;;
34;5f516cb7b7c04cd7932971355869430e;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.264, 'unit': 'Mol'}, {'value': 0.404, 'unit': 'Mol'}, {'value': 0.307, 'unit': 'Mol'}, {'value': 0.025, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'density'};0.404;0.264;0.307;0.025;experiment;;;;
35;00089f8259a2472b9e433b274d2ffaa9;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.04397025214284724, 'unit': 'Mol'}, {'value': 0.9418748671724421, 'unit': 'Mol'}, {'value': 0.00748860793168523, 'unit': 'Mol'}, {'value': 0.006666272753025556, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'density'};0.04397025214284724;0.9418748671724421;0.00748860793168523;0.006666272753025556;experiment;;;;
36;fd55100619604efe8b2ae37a2eaf0e2b;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.015519016079675865, 'unit': 'Mol'}, {'value': 0.8966157953122543, 'unit': 'Mol'}, {'value': 0.02588910163214009, 'unit': 'Mol'}, {'value': 0.06197608697592978, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'simulation', 'what': 'density'};0.015519016079675865;0.8966157953122543;0.02588910163214009;0.06197608697592978;simulation;;;;
37;6141cef68f75433380a6bac4484aacaf;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.025584880512309286, 'unit': 'Mol'}, {'value': 0.06703645324310407, 'unit': 'Mol'}, {'value': 0.0020768929594561746, 'unit': 'Mol'}, {'value': 0.9053017732851304, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'density'};0.02558488051230929;0.06703645324310409;0.002076892959456175;0.9053017732851305;experiment;;;;
38;03dc19dcf170426484b78c70ce888d97;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.013470612469496922, 'unit': 'Mol'}, {'value': 0.02511376269669427, 'unit': 'Mol'}, {'value': 0.008932443852214571, 'unit': 'Mol'}, {'value': 0.9524831809815941, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'simulation', 'what': 'density'};0.013470612469496924;0.025113762696694273;0.008932443852214573;0.9524831809815942;simulation;;;;
39;4cb30365c2684faa8be0a951e0aea103;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.4462969177064785, 'unit': 'Mol'}, {'value': 0.5302677729911195, 'unit': 'Mol'}, {'value': 0.01893043531157013, 'unit': 'Mol'}, {'value': 0.004504873990831878, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'simulation', 'what': 'density'};0.4462969177064785;0.5302677729911195;0.01893043531157013;0.004504873990831878;simulation;;;;
40;3183da986a484b88929786b7cea1adaa;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.408041, 'unit': 'Mol'}, {'value': 0.322987, 'unit': 'Mol'}, {'value': 0.208846, 'unit': 'Mol'}, {'value': 0.060125, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'density'};0.322987322987323;0.40804140804140804;0.20884620884620886;0.06012506012506012;experiment;;;;
41;427cfc300b254589a26ce2a8cb0d4f08;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.072355, 'unit': 'Mol'}, {'value': 0.823782, 'unit': 'Mol'}, {'value': 0.099809, 'unit': 'Mol'}, {'value': 0.004054, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'viscosity'};0.823782;0.072355;0.099809;0.004054;experiment;;;;
42;dd67b3d245bb4b549530ecdb463cd36c;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.32336, 'unit': 'Mol'}, {'value': 0.336208, 'unit': 'Mol'}, {'value': 0.314819, 'unit': 'Mol'}, {'value': 0.025613, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'viscosity'};0.33620800000000006;0.32336000000000004;0.31481900000000007;0.025613000000000004;experiment;;;;
43;8677a84e10304f9eae64ea0b5efa57d7;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.28424, 'unit': 'Mol'}, {'value': 0.101964, 'unit': 'Mol'}, {'value': 0.555678, 'unit': 'Mol'}, {'value': 0.058117, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'viscosity'};0.10196410196410197;0.28424028424028425;0.5556785556785557;0.05811705811705812;experiment;;;;
44;40b75733f8b94158b0692d5d530b4ec5;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.022141, 'unit': 'Mol'}, {'value': 0.933621, 'unit': 'Mol'}, {'value': 0.041536, 'unit': 'Mol'}, {'value': 0.002701, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'density'};0.9336219336219337;0.02214102214102214;0.04153604153604153;0.002701002701002701;experiment;;;;
45;8c4b5374e5034c0f9d275dacf7148e91;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.408041, 'unit': 'Mol'}, {'value': 0.322987, 'unit': 'Mol'}, {'value': 0.208846, 'unit': 'Mol'}, {'value': 0.060125, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'simulation', 'what': 'density'};0.322987322987323;0.40804140804140804;0.20884620884620886;0.06012506012506012;simulation;;;;
46;c71dc601ad064c2ea15545c17a332754;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.408041, 'unit': 'Mol'}, {'value': 0.322987, 'unit': 'Mol'}, {'value': 0.208846, 'unit': 'Mol'}, {'value': 0.060125, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'simulation', 'what': 'density'};0.322987322987323;0.40804140804140804;0.20884620884620886;0.06012506012506012;simulation;;;;
47;ec698d31d1e04faaa827ae4b35ed5415;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.4927987955591506, 'unit': 'Mol'}, {'value': 0.008859937884171734, 'unit': 'Mol'}, {'value': 0.4738091924152651, 'unit': 'Mol'}, {'value': 0.02453207414141248, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'density'};0.4927987955591507;0.008859937884171736;0.47380919241526515;0.024532074141412483;experiment;;;;
48;86efe38547c642d8970a1d7a673277b5;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.009027926833130643, 'unit': 'Mol'}, {'value': 0.010159313306236784, 'unit': 'Mol'}, {'value': 0.4214103155284664, 'unit': 'Mol'}, {'value': 0.5594024443321661, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'density'};0.009027926833130643;0.010159313306236784;0.4214103155284664;0.5594024443321661;experiment;;;;
49;676b298a7bbc4fd887f6a36c1097641a;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.01498444944504023, 'unit': 'Mol'}, {'value': 0.006894444092678622, 'unit': 'Mol'}, {'value': 0.6624008910641459, 'unit': 'Mol'}, {'value': 0.3157202153981352, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'density'};0.01498444944504023;0.006894444092678622;0.6624008910641459;0.3157202153981352;experiment;;;;
50;e969df68702e4ec3939894d5b72a852e;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.48224317896149865, 'unit': 'Mol'}, {'value': 0.052252488537265274, 'unit': 'Mol'}, {'value': 0.000638446837011391, 'unit': 'Mol'}, {'value': 0.46486588566422465, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'simulation', 'what': 'density'};0.48224317896149865;0.052252488537265274;0.000638446837011391;0.46486588566422465;simulation;;;;
51;0868017570184916af88bf236d3874f2;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.004058683474085645, 'unit': 'Mol'}, {'value': 0.007269084325666848, 'unit': 'Mol'}, {'value': 0.4366609860598104, 'unit': 'Mol'}, {'value': 0.5520112461404372, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'density'};0.004058683474085645;0.007269084325666848;0.4366609860598104;0.5520112461404372;experiment;;;;
52;8d11130036874fed9c290e1f778f59e6;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.010866354596821545, 'unit': 'Mol'}, {'value': 0.01979959181495831, 'unit': 'Mol'}, {'value': 0.5048792904414651, 'unit': 'Mol'}, {'value': 0.4644547631467551, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'simulation', 'what': 'density'};0.010866354596821545;0.01979959181495831;0.5048792904414651;0.4644547631467551;simulation;;;;
53;c6e320f0ef164563b22a0e0b0d814cf0;{'chemicals': [{'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.619026876659483, 'unit': 'Mol'}, {'value': 0.21506770532608807, 'unit': 'Mol'}, {'value': 0.0014087854156422653, 'unit': 'Mol'}, {'value': 0.16449663259878677, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'experiment', 'what': 'density'};0.619026876659483;0.21506770532608807;0.0014087854156422653;0.16449663259878677;experiment;;;;
54;3e4529e0908647499c392275a80598c2;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.32, 'unit': 'Mol'}, {'value': 0.2, 'unit': 'Mol'}, {'value': 0.43, 'unit': 'Mol'}, {'value': 0.05, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'simulation', 'what': 'density'};0.2;0.32;0.43;0.05;simulation;;;;
55;3071fea4d7a6400b8f2d147556556844;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.32, 'unit': 'Mol'}, {'value': 0.2, 'unit': 'Mol'}, {'value': 0.43, 'unit': 'Mol'}, {'value': 0.05, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'simulation', 'what': 'density'};0.2;0.32;0.43;0.05;simulation;;;;
56;d8dcc2bd804b411bbba9efae55541701;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.32, 'unit': 'Mol'}, {'value': 0.4, 'unit': 'Mol'}, {'value': 0.23, 'unit': 'Mol'}, {'value': 0.05, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'simulation', 'what': 'density'};0.4;0.32;0.23;0.05;simulation;;;;
57;47f0009a5a6740848011f229ddb4bf34;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.12, 'unit': 'Mol'}, {'value': 0.4, 'unit': 'Mol'}, {'value': 0.43, 'unit': 'Mol'}, {'value': 0.05, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'simulation', 'what': 'density'};0.4;0.12;0.43;0.05;simulation;;;;
58;0db0828f120f4b84b551de9e1ab152d5;{'chemicals': [{'smiles': 'C1COC(=O)O1', 'name': 'EC', 'reference': 'EC_ref'}, {'smiles': 'COC(=O)OC', 'name': 'DMC', 'reference': 'DMC_ref'}, {'smiles': 'CCOC(=O)OC', 'name': 'EMC', 'reference': 'EMC_ref'}, {'smiles': '[Li+].F[P-](F)(F)(F)(F)F', 'name': 'LiPF6', 'reference': 'LiPF6_ref'}], 'amounts': [{'value': 0.15, 'unit': 'Mol'}, {'value': 0.4, 'unit': 'Mol'}, {'value': 0.42, 'unit': 'Mol'}, {'value': 0.03, 'unit': 'Mol'}], 'ratio_method': 'molar'};{'value': 293.15, 'unit': 'K'};True;[];{'origin': 'simulation', 'what': 'density'};0.4;0.15;0.42;0.03;simulation;;;;