《Table 1 CO2absorption capacity of the Ch-ILs at 30°C and atmospheric pressure》

《Table 1 CO2absorption capacity of the Ch-ILs at 30°C and atmospheric pressure》   提示：宽带有限、当前游客访问压缩模式
本系列图表出处文件名：随高清版一同展现
《Choline-based ionic liquids for CO_2 capture and conversion》


  1. 获取 高清版本忘记账户？点击这里登录
  1. 下载图表忘记账户？点击这里登录

The resultant Ch-ILs were applied in the CO2capture，and their CO2absorption capacities are shown in Table 1.Obviously，each Ch-IL has CO2absorption capacity higher than1.0 mol per mol IL，suggesting the strong interaction between the IL and CO2，which probably originated from the chemical absorption by the IL.In contrast，the CO2capacity of each Ch-IL was significantly greater than that of triethylene glycol dimethyl ether（0.14 mol/mol）.To explore the influences of temperature and pressure on the CO2capacities，the CO2adsorption capacities of these ILs were examined in the temperature range of 30–60°C at 1 atm，and in the pressure range of 0.3–1 atm at 30°C，respectively，as shown in Tables S1 and S2（Supporting Information online）.It is obvious that both temperature and pressure have a little influence on the CO2adsorption capacity，deduced from the facts that the CO2absorption capacity decreased slightly with the temperature，and increased slightly with the pressure under the experimental conditions.

图表编号XD0034633400    严禁用于非法目的
绘制时间2019.02.01
作者Ruipeng Li、Yanfei Zhao、Zhiyong Li、Yunyan Wu、Jianji Wang、Zhimin Liu
绘制单位Key Laboratory of Green Chemical Media and Reactions, Ministry of Education, School of Chemistry and Chemical Engineering,Henan Normal University、Beijing National Laboratory for Molecular Sciences, Key Laboratory of Colloid, Interface and Thermodynamics,
更多格式高清、无水印（增值服务）

相关图表

  1. 《表2 葫芦河径流量和降水量 (30 a尺度) 丰枯变化周期统计表Table 2The varying cycle at the scale of 30 years of runoff and precipitation in the Hul》2018.04.25
  2. 《表5 极限承载力试验值与规范值比较Table 5 Comparison between the test value of ultimate bearing capacity and the estimated value accordin》2018.08.25
  3. 《Table 4 The error matrix of GlobeLand30(2010)validation in the Roof of the World(at least)》2019.09.25
  4. 《Table 5 The error matrix of GlobeLand30(2010)validation in the Roof of the World(at most)》2019.09.25
  5. 《Table 1 The number of sand particles and area ratio at different weight of sand.》2019.08.01
  6. 《Table 2.Diffusion coefficients at 1300°C of elements in the present alloy and those reported for other Co-based alloy sy》2019.02.01
  7. 《Table 1–Comparison of the metal adsorption capacities and desorption of DBM, minerals and their complexes.》2019.04.15
  8. 《Table 3 Items of the list of data files(GlobeLand30＿ATS2010.xlsx)》2017.06.29
  9. 《表4 两组患者各时间点MMSE评分及POCD的发生情况 (n=30) Table 4 Comparison of MMSE scores and the occurrence of POCD at each time point in th》2018.08.01
  10. 《Table 3–The surface elemental composition of biochars at the hydrothermal temperature of 140°C, hydrothermal time of8 hr》2018.11.15
  11. 《Table 1 Tensile strength and elongation at break of conductive papers containing different PDA-GO content》2018.10.01
  12. 《表3 浸水前后测试点的承载力Table 3 The bearing capacity of the test points before and after immersion》2018.01.01
  13. 《表6 不同水位下各开度的单孔过流能力表Tab.6 The single-hole overcurrent capacity table of each opening at different water levels》2018.02.20
  14. 《Table 1–Chemical parameters of the topsoil (0–30 cm) at the experimental site.》2018.08.01
  15. 《Table 1 Surface area and amount of Brnsted and Lewis acid sites on Zr PO after evacuation at 100°C, 200°C and 400°C quan》2018.06.30
  16. 《Table 1 EDS results of the as-cast alloy and composites (at%)》2018.05.01
  17. 《表1 30℃下表面活性剂的表面活性参数及相关的TK和CS值Tab.1 Surface activities of surfactants at 30℃and the relevant TKand CS values》2018.10.22
  18. 《Table 2 Five types of carrying capacity characteristics of the countries along the“Belt and Road”region》2019.11.30
  19. 《Table 1.Average steel composition and temperature at the end of the RH refinement process》2018.03.01
  20. 《表2 情形1交班时刻拦截弹状态与消耗时间对比Tab.2 Comparisons of the interceptor states at the handover moment and time consumption in Scenari》2018.08.01

随机翻阅

《表2 随机路面激励下座椅悬架性能评价指标均方根值》 《表4 工效记录表c：关于旋挖灌注桩入中风化岩层施工研究》 《表1 访谈者使用“阅读大挑战”的原因》 《表1 对比三次工业革命：《为数据而生：大数据创新实践》提要》 《表2 老年人退休返聘的人口统计特征》 《表3 沿面电场仿真计算结果》 《表2 黄河下游滩地土地利用/覆盖分类体系》 《表2 对比两组患者嵌体填充后并发症发生状况[n (%) ]》 《表5 论文作者人数分布》 《表1 各年份发表的文献中进行了共同方法偏差检验的数量及比例》