1-丁基-3-甲基咪唑醋酸盐
1-butyl-3-methylimidazolium acetate
- 分子式: C10H18N2O2
- 分子量:198.26
- CAS编号:284049-75-8
- 纯度:98%
基本信息
产品名称: | 1-丁基-3-甲基咪唑醋酸盐 | ||
英文名称: | 1-butyl-3-methylimidazolium acetate | ||
CAS编号: | 284049-75-8 | 简 写: | BMImOAc |
分 子 式 : | C10H18N2O2 | 分 子 量 : | 198.26 |
纯 度: | 98% | 产品编号: | CP0095 |
物性数据
项目 | 数据 | 测试条件 | 备注 | 数据来源 |
long-term热稳定性 ℃ | 112.8 | 2014客户文章 | ||
表面张力 mN/m | 44 | 20℃ | H2O<50ppm | 2016论文 |
表面张力 mN/m | 43.7 | 25℃ | H2O<50ppm | 2016论文 |
表面张力 mN/m | 43 | 30℃ | H2O<50ppm | 2016论文 |
表面张力 mN/m | 42.4 | 35℃ | H2O<50ppm | 2016论文 |
表面张力 mN/m | 41.8 | 40℃ | H2O<50ppm | 2016论文 |
表面张力 mN/m | 41.1 | 45℃ | H2O<50ppm | 2016论文 |
表面张力 mN/m | 40.5 | 50℃ | H2O<50ppm | 2016论文 |
表面张力 mN/m | 37.6 | 25℃,101KPa | 液体, Pendant drop shape | ILThermo |
纯度H2O ppm | 6397 | 323-343K真空干燥24h | 2012客户文章 | |
纯度H2O ppm | 4000 | 2016客户文章 | ||
纯度H2O ppm | 620 | 65℃,90h真空干燥,P2O5 | 2014客户文章 | |
电导率 mS/cm | 3.75 | 60℃ | H2O<50ppm | 2016论文 |
电导率 mS/cm | 2.9 | 55℃ | H2O<50ppm | 2016论文 |
电导率 mS/cm | 2.67 | 50℃ | H2O<50ppm | 2016论文 |
电导率 mS/cm | 1.79 | 45℃ | H2O<50ppm | 2016论文 |
电导率 mS/cm | 1.44 | 40℃ | H2O<50ppm | 2016论文 |
电导率 mS/cm | 1.06 | 35℃ | H2O<50ppm | 2016论文 |
电导率 mS/cm | 0.8 | 30℃ | H2O<50ppm | 2016论文 |
电导率 mS/cm | 0.56 | 25℃,101KPa | 液体, Alternating current cell with electrodes | ILThermo |
电导率 mS/cm | 0.56 | 25℃ | H2O<50ppm | 2016论文 |
电化学窗口 V | 3.1 | 2014年整理 | ||
密度 g/mL | 1.1092 | 2016客户文章 | ||
密度 g/mL | 1.0911 | 20℃ | H2O<50ppm | 2016论文 |
密度 g/mL | 1.0879 | 25℃ | H2O<50ppm | 2016论文 |
密度 g/mL | 1.0846 | 30℃ | H2O<50ppm | 2016论文 |
密度 g/mL | 1.0814 | 35℃ | H2O<50ppm | 2016论文 |
密度 g/mL | 1.0782 | 40℃ | H2O<50ppm | 2016论文 |
密度 g/mL | 1.0749 | 45℃ | H2O<50ppm | 2016论文 |
密度 g/mL | 1.0718 | 50℃ | H2O<50ppm | 2016论文 |
密度 g/mL | 1.0685 | 55℃ | H2O<50ppm | 2016论文 |
密度 g/mL | 1.0653 | 60℃ | H2O<50ppm | 2016论文 |
密度 g/mL | 1.0519 | 25℃,101KPa | 液体, Vibrating tube method | ILThermo |
热分解onset温度 ℃ | 216 | 2014客户文章 | ||
热分解peak温度 ℃ | 242 | 2014客户文章 | ||
热分解start温度 ℃ | 139 | 2014客户文章 | ||
熔点 ℃ | -7 | H2O,0.85% | 2011论文 | |
粘度 cP | 485 | 25℃ | H2O,0.85% | 2011论文 |
粘度 cP | 440 | 25℃,101KPa | 液体, Concentric cylinders viscometry | ILThermo |
粘度 cP | 383 | 25℃ | H2O,2.9% | 2011论文 |
粘度 cP | 368.3 | 2016客户文章 | ||
粘度 cP | 341 | 25℃ | H2O,3.1% | 2011论文 |
粘度 cP | 333.5 | 25℃ | H2O<50ppm | 2016论文 |
粘度 cP | 297 | 30℃ | H2O=0.085% | 2019客户文章 |
粘度 cP | 257.6 | 30℃ | H2O<50ppm | 2016论文 |
粘度 cP | 236 | 25℃ | H2O,4.8% | 2011论文 |
粘度 cP | 200.3 | 35℃ | H2O<50ppm | 2016论文 |
粘度 cP | 145.1 | 40℃ | H2O<50ppm | 2016论文 |
粘度 cP | 109.9 | 45℃ | H2O<50ppm | 2016论文 |
粘度 cP | 92.69 | 50℃ | H2O<50ppm | 2016论文 |
粘度 cP | 79.35 | 55℃ | H2O<50ppm | 2016论文 |
粘度 cP | 64.17 | 60℃ | H2O<50ppm | 2016论文 |
粘度 cP | 26 | 80℃ | H2O,0.85% | 2011论文 |
粘度 cP | 18 | 25℃ | H2O,51.2% | 2011论文 |
粘度 cP | 15 | 100℃ | H2O,0.85% | 2011论文 |
粘度 cP | 9 | 120℃ | H2O,0.85% | 2011论文 |
粘度 cP | 5 | 25℃ | H2O,73.1% | 2011论文 |
折光率 | 1.4949 | 25℃,101KPa | 液体, Standard Abbe refractometry | ILThermo |
折光率 | 1.489 | 2012客户文章 |
参考谱图
1-丁基-3-甲基咪唑醋酸盐,BMImOAc,284049-75-8,1-butyl-3-methylimidazolium acetate,核磁 NMR, H谱, 氘代DMSO
1-丁基-3-甲基咪唑醋酸盐,BMImOAc,284049-75-8,1-butyl-3-methylimidazolium acetate,核磁 NMR, C谱, 氘代DMSO
安全信息
Code |
Hazard Statement |
Source |
---|---|---|
H335 |
May cause respiratory irritation |
Expert Curated |
H319 |
Causes serious eye irritation |
Expert Curated |
H315 |
Causes skin irritation |
Expert Curated |
Other Names and Identifiers
Canonical SMILES
O=C([O-])C.C1=C[N+](=CN1C)CCCC
InChI
InChI=1S/C8H15N2.C2H4O2/c1-3-4-5-10-7-6-9(2)8-10;1-2(3)4/h6-8H,3-5H2,1-2H3;1H3,(H,3,4)/q+1;/p-1
InChI Key
BSKSXTBYXTZWFI-UHFFFAOYSA-M
8 Other Names for this Substance
- 1H-Imidazolium, 1-butyl-3-methyl-, acetate (9CI)
- 1-Butyl-3-methyl-1H-imidazol-3-ium acetate
- 1-Butyl-3-methylimidazolium acetate
- 1-Methyl-3-butylimidazolium acetate
- 3-Butyl-1-methylimidazolium acetate
- [Bmin][OOCCH3]
- [C4Mim]Ac
- Basionics BC 02
参考文献
Experimental Properties
Acoustic
Chemical
Density
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- (6) Yokozeki, A.; Journal of Physical Chemistry B, (2008), 112(51), 16654-16663, CAplus
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- (11) Liu, Yi-Fan; Chemical Engineering Communications, (2019), 206(3), 301-317, CAplus
Flow and Diffusion
- (1) Santiago, R.; Separation and Purification Technology, (2018), 204, 38-48, CAplus
- (2) Almeida, Hugo F. D.; Journal of Chemical & Engineering Data, (2012), 57(11), 3005-3013, CAplus
- (3) Santiago, R.; Separation and Purification Technology, (2018), 204, 38-48, CAplus
- (4) McHale, Glen; Analytical Chemistry (Washington, DC, United States), (2008), 80(15), 5806-5811, CAplus
- (5) Bogolitsyn, K. G.; Russian Journal of General Chemistry, (2009), 79(1), 125-128, CAplus
- (6) Bogolitsyn, K. G.; Russian Journal of General Chemistry, (2010), 80(7), 1355-1357, CAplus
- (7) Fendt, Sebastian; Journal of Chemical & Engineering Data, (2011), 56(1), 31-34, CAplus
- (8) Jameson, Laramie P.; Journal of Natural Products, (2011), 74(3), 310-313, CAplus
Interface
Optical and Scattering
Thermal
- (1) Bogolitsyn, K. G.; Russian Journal of General Chemistry, (2009), 79(1), 125-128, CAplus
- (2) Bogolitsyn, K. G.; Russian Journal of General Chemistry, (2010), 80(7), 1355-1357, CAplus
- (3) Strechan, A. A.; Journal of Chemical Thermodynamics, (2008), 40(4), 632-639, CAplus
- (4) Almeida, Hugo F. D.; Journal of Chemical & Engineering Data, (2012), 57(11), 3005-3013, CAplus
- (5) Song, Xiuyan; Journal of Hazardous Materials, (2013), 244-245, 204-208, CAplus
- (6) Kunov-Kruse, Andreas J.; Chemistry - A European Journal, (2016), 22(33), 11745-11755, CAplus
- (7) Vitz, Juergen; Green Chemistry, (2009), 11(3), 417-424, CAplus
Experimental Spectra
1H-NMR
- (1) Yu, Yinyin; Synthetic Communications, (2013), 43(9), 1287-1298, CAplus
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- (7) Yadav, Kumar Karitkey; Synthetic Communications, (2014), 44(19), 2797-2807, CAplus
- (8) Men, Shuang; Chemical Physics Letters, (2017), 674, 86-89, CAplus
- (9) Matthews, Richard P.; Physical Chemistry Chemical Physics, (2016), 18(12), 8608-8624, CAplus
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- (16) Kunov-Kruse, Andreas J.; Chemistry - A European Journal, (2016), 22(33), 11745-11755, CAplus
- (17) Lepre, L. F.; Physical Chemistry Chemical Physics, (2017), 19(19), 12431-12440, CAplus
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- (19) Toral, Antonio Ruiz; Enzyme and Microbial Technology, (2007), 40(5), 1095-1099, CAplus
- (20) Vitz, Juergen; Green Chemistry, (2009), 11(3), 417-424, CAplus
- (21) Brandt, Agnieszka; Green Chemistry, (2010), 12(4), 672-679, CAplus
- (22) Yang, Yu; Chemical Research in Chinese Universities, (2010), 26(4), 554-557, CAplus
- (23) Jameson, Laramie P.; Journal of Natural Products, (2011), 74(3), 310-313, CAplus
- (24) Ab Rani, M. A.; Physical Chemistry Chemical Physics, (2011), 13(37), 16831-16840, CAplus
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13C-NMR
- (1) Jakhar, Ajay; ChemistrySelect, (2017), 2(34), 11346-11351, CAplus
- (2) Ab Rani, M. A.; Physical Chemistry Chemical Physics, (2011), 13(37), 16831-16840, CAplus
- (3) Paterno, Alessio; Tetrahedron, (2016), 72(23), 3282-3287, CAplus
- (4) Matthews, Richard P.; Physical Chemistry Chemical Physics, (2016), 18(12), 8608-8624, CAplus
- (5) Jork, C.; Journal of Chemical Thermodynamics, (2005), 37(6), 537-558, CAplus
- (6) Liu, Fusheng; Journal of Hazardous Materials, (2011), 189(1-2), 249-254, CAplus
- (7) Vander Hoogerstraete, Tom; Analytical Chemistry (Washington, DC, United States), (2014), 86(8), 3931-3938, CAplus
- (8) Kunov-Kruse, Andreas J.; Chemistry - A European Journal, (2016), 22(33), 11745-11755, CAplus
- (9) Lepre, L. F.; Physical Chemistry Chemical Physics, (2017), 19(19), 12431-12440, CAplus
- (10) Liu, Ye; Catalysis Communications, (2006), 7(12), 985-989, CAplus
- (11) Ebner, Gerald; Cellulose (Dordrecht, Netherlands), (2008), 15(6), 763-767, CAplus
- (12) Brandt, Agnieszka; Green Chemistry, (2010), 12(4), 672-679, CAplus
- (13) Schrems, Michael; ACS Symposium Series, (2010), 1033, 149-164, CAplus
- (14) Ab Rani, M. A.; Physical Chemistry Chemical Physics, (2011), 13(37), 16831-16840, CAplus
Additional Spectra
hetero NMR
IR
- (1) Lee, Ki Yong; International Journal of Hydrogen Energy, (2010), 35(19), 10173-10178, CAplus
- (2) Liu, Fusheng; Journal of Hazardous Materials, (2011), 189(1-2), 249-254, CAplus
- (3) Song, Xiuyan; Journal of Hazardous Materials, (2013), 244-245, 204-208, CAplus
- (4) Chen, Yu; Journal of Physical Chemistry B, (2014), 118(24), 6896-6907, CAplus
- (5) Kunov-Kruse, Andreas J.; Chemistry - A European Journal, (2016), 22(33), 11745-11755, CAplus
- (6) Liu, Ye; Catalysis Communications, (2006), 7(12), 985-989, CAplus
- (7) Bogolitsyn, K. G.; Russian Journal of General Chemistry, (2009), 79(1), 125-128, CAplus
- (8) Chandran, Aneesh; Chemical Physics, (2010), 374(1-3), 46-54, CAplus
- (9) Jork, C.; Journal of Chemical Thermodynamics, (2005), 37(6), 537-558, CAplus
- (10) Song, Xiuyan; Journal of Hazardous Materials, (2013), 244-245, 204-208, CAplus