Heterogeneous dynamics, correlated time and length scales in ionic deep eutectics: Anion and temperature dependence
Heterogeneous relaxation dynamics often characterizes deep eutectic solvents. Extensive
and molecular dynamics simulations have been carried out in the temperature range, 303≤
T/K≤ 370, for studying the anion and temperature dependencies of heterogeneous
dynamics of three different ionic acetamide deep eutectics: acetamide+ LiX, X being
bromide (Br−), nitrate ( NO 3−), and perchlorate ( ClO 4−). These systems are chosen
because the fractional viscosity dependence of average relaxation rates reported by various …
and molecular dynamics simulations have been carried out in the temperature range, 303≤
T/K≤ 370, for studying the anion and temperature dependencies of heterogeneous
dynamics of three different ionic acetamide deep eutectics: acetamide+ LiX, X being
bromide (Br−), nitrate ( NO 3−), and perchlorate ( ClO 4−). These systems are chosen
because the fractional viscosity dependence of average relaxation rates reported by various …
[PDF][PDF] Heterogeneous Dynamics, Correlated Time and Length Scales in Ionic Deep Eutectics: Anion and Temperature Dependence
PKG Swarup Banerjee, S Das, J Rajbangshi, R Biswas - researchgate.net
Heterogeneous relaxation dynamics often characterizes deep eutectic solvents. Extensive
and molecular dynamics simulations have been carried out in the temperature range, 303≤
𝑇 𝐾≤ 370⁄, for studying the anion and temperature dependencies of heterogeneous
dynamics of three different ionic acetamide deep eutectics: acetamide+ LiX, X being
bromide (𝐵𝑟−), nitrate (𝑁𝑂3−) and perchlorate (𝐶𝑙𝑂4−). These systems are chosen
because fractional viscosity dependence of average relaxation rates reported by various …
and molecular dynamics simulations have been carried out in the temperature range, 303≤
𝑇 𝐾≤ 370⁄, for studying the anion and temperature dependencies of heterogeneous
dynamics of three different ionic acetamide deep eutectics: acetamide+ LiX, X being
bromide (𝐵𝑟−), nitrate (𝑁𝑂3−) and perchlorate (𝐶𝑙𝑂4−). These systems are chosen
because fractional viscosity dependence of average relaxation rates reported by various …
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