SUPPLEMENTARY MATERIAL for Thermal and rheological behavior of ethylsulfate-based ionanofluids with long multi-walled carbon nanotubes

SUPPLEMENTARY MATERIAL for Thermal and rheological behavior of ethylsulfate-based ionanofluids with long multi-walled carbon nanotubes, Journal of Molecular Liquids 2026, 447, 129345. DOI: 10.1016/j.molliq.2026.129345. The Supporting Information includes a description of the measurement methods used to obtain the density, thermal conductivity, rheological, and structural properties of the studied ethylsulfate-based ionanofluids (Io-NFs). It also provides the specifications of the materials used (Tables S1 and S2), a list of prepared samples (Table S3), and the acoustic energy delivered to the samples during the sonication procedure (Table S4). Additionally, it contains the temperature and concentration dependent data for density (Tables S5, S6, S7), thermal conductivity (Tables S8, S9, S10), and viscosity (Tables S11, S12, S13) of the Io-NFs. Additionally, it contains storage and loss modulus dependencies on strain (Tables S14, S15) and angular frequency (Tables S16, S17) as a function of 16h-MWCNT concentration. The Supporting Information includes, in total, Figure S1 and Tables S1-S17.本补充材料对应《长多壁碳纳米管（long multi-walled carbon nanotubes, MWCNTs）基乙基硫酸酯离子纳米流体（ethylsulfate-based ionanofluids, Io-NFs）的热学与流变学行为》一文，该文发表于《分子液体杂志（Journal of Molecular Liquids）》2026年第447卷，文章编号129345，DOI：10.1016/j.molliq.2026.129345。 本补充信息详述了用于表征所研究乙基硫酸酯基离子纳米流体的密度、导热系数、流变学及结构性质的测试方法。同时提供所用材料的规格参数（表S1与表S2）、制备样品清单（表S3），以及超声处理过程中施加于样品的声能数据（表S4）。此外，补充信息还包含了该离子纳米流体的密度（表S5、S6、S7）、导热系数（表S8、S9、S10）与黏度（表S11、S12、S13）随温度与浓度变化的相关数据。另有储能模量与损耗模量随应变（表S14、S15）及角频率（表S16、S17）的变化关系数据，且该变化关系以16h-多壁碳纳米管浓度为变量。本补充信息总计包含图S1及表S1~S17。