Densities, ultrasonic speeds, excess and partial molar properties of binary mixtures of acetonitrile with some alkyl methacrylates at temperatures from 293.15 K to 318.15 K

Acoustic assessment in binary mixtures of a polar nuclear extractant, DEHPA with eight non polar diluents at 303.15K – a comparative study

“…-a comparative study carbon disulphide system. This indicates structural adjustment in the liquid mixtures towards a less compressible phase of liquid and close packing of molecules [30]. This aspect further supports the variation of other excess parameters.…”

Measurements and Modeling of Thermodynamic Properties of Binary Systems Comprising (2-Amino-2-methyl-1-propanol with Acetonitrile, Toluene, 1-Pentanol or 1-Hexanol) at Different Temperatures

“…22 Several studies have reported the importance of thermophysical and thermodynamics properties of liquid mixtures for possible industrial applications. 23−56 The knowledge of the thermodynamics and acoustic properties of binary mixtures containing alkanolamines with different types of solvents such as acetonitrile, alkanol, and hydrocarbons is important for the understanding of the molecular interactions 13 1299.19 1299.20 13 1.3438 1.34387 13 0.781950 14 1304.7 16 1.3429 15 0.782120 16 1299 17 1.3436 18 0.78204 18 0.7821 19 0.781200 15 0.782308 17 298. 15 0.7765 0.77657 13 1279.08 1279.40 13 1.3415 1.34150 13 0.776550 14 1282.8 16 1.3414 20 0.776820 16 1284 17 1.3411 18 0.776921 17 1278.77 21 1.3413 24 0.776620 21 0.7768 19 0.776530 25 303.…”

“…23−56 The knowledge of the thermodynamics and acoustic properties of binary mixtures containing alkanolamines with different types of solvents such as acetonitrile, alkanol, and hydrocarbons is important for the understanding of the molecular interactions 13 1299.19 1299.20 13 1.3438 1.34387 13 0.781950 14 1304.7 16 1.3429 15 0.782120 16 1299 17 1.3436 18 0.78204 18 0.7821 19 0.781200 15 0.782308 17 298. 15 0.7765 0.77657 13 1279.08 1279.40 13 1.3415 1.34150 13 0.776550 14 1282.8 16 1.3414 20 0.776820 16 1284 17 1.3411 18 0.776921 17 1278.77 21 1.3413 24 0.776620 21 0.7768 19 0.776530 25 303. 15 0.7711 0.77113 13 1258.84 1259.27 13 1.3390 1.33906 13 0.771130 14 1263.9 16 1.3394 15 0.7715200 16 1268 17 1.3390 18 0.771487 17 1258.81 21 0.771200 21 313.…”

“…15 0.7765 0.77657 13 1279.08 1279.40 13 1.3415 1.34150 13 0.776550 14 1282.8 16 1.3414 20 0.776820 16 1284 17 1.3411 18 0.776921 17 1278.77 21 1.3413 24 0.776620 21 0.7768 19 0.776530 25 303. 15 0.7711 0.77113 13 1258.84 1259.27 13 1.3390 1.33906 13 0.771130 14 1263.9 16 1.3394 15 0.7715200 16 1268 17 1.3390 18 0.771487 17 1258.81 21 0.771200 21 313. 15 0.7601 0.76018 13 1218.51 1218.56 13 1.3342 1.33423 13 0.760900 16 1226.5 16 1.3348 15 T h i s c o n t e n t i s 75 1.4179 1.4172 76 0.818 76 1.41826 46 0.81880 42 1.4178 77 0.8189 46 1.4168 81 1303.8 82 1.4158 83 0.8149 76 1302.42 75 1.4148 78 0.81526 42 1303.5 84 1.41610 85 0.8151 83 1.41775 53 0.8154 78 1.4154 86 0.81503 53…”

“…The use of alkanol as solvents with alkanolamine leads to an increase in the solubility of alkanolamine due to the H-bonding capability with alkanols which results in good association of the components. , − Bhagat and Maken reported the volumetric and optical properties of binary mixtures of 2-amino-2-methylpropan-1-ol with alkanol (C 1 –C 3 ) at different temperatures.…”