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DreamX~木虫 (正式写手)
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| Super absorbent polymer (SAP) sorbs copious amount of liquid water but its sorption power for water vapor is quite low. On the other hand, mesoporous silica loaded with CaCl2 (MPS-CC) has high sorption capacity for water vapor. However, this is determined by the salt loading, which is limited due to its corrosiveness. Even by simple powder blending of 75 mass% of SAP and the balance of MPS-CC (SAP75/MPS-CC25), the 3-hour maximum specific water uptake (g H2O/g sorbent) reached the maximum, 3 times the equilibrium uptake of MPS-CC. The sorption property was further enhanced by developing a new sorbent in which mesoporous silica was grown on the surface of swelling SAP and then impregnated by CC in ethanol. In the new sorbent (SAP-iMPS-CC), MPS grew organized, straight and lengthwise by the help of SAP. Owing to such intimate contact between MPS and SAP, the 3-hour specific water uptake of the new sorbents grown for more than 24 h (SAP-iMPS-CC24) was kept constant at the value of 2 times that of SAP75/MPS25. The SAP mass% of SAP-iMPS-144 could reach 25 without the sacrifice of sorption capacity. |
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DreamX~
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3楼2016-05-18 13:53:04
818james
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DreamX~: 金币+20, 翻译EPI+1, ★★★★★最佳答案 2016-05-18 13:52:54
DreamX~: 金币+20, 翻译EPI+1, ★★★★★最佳答案 2016-05-18 13:52:54
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Owing to such intimate contact between MPS and SAP, the 3-hour specific water uptake of the new sorbents grown for more than 24 h (SAP-iMPS-CC24) was kept constant at the value of 2 times that of SAP75/MPS25. The SAP mass% of SAP-iMPS-144 could reach 25 without the sacrifice of sorption capacity. MPS 和 SAP 之间的接触如此紧密，使得发育24h 以上的这种新吸着剂(SAP-iMPS-CC24)的3小时比水吸收值一直稳定是SAP75/MPS25的2倍。SAP-iMPS-144中的SAP质量百分率可高达25而还不会降低其吸附能力。 |
2楼2016-05-17 11:00:10
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