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关注：1
2013-05-23 12:21
求翻译：The phenoliccompounds were present as neutral molecules at pH < pKa and started the deprotonation at around pKa. At pH>pKa,phenolic molecules were mostly dissociated to anions, which would show an electrostatic repulsion with the negatively charged surface of the adsorbent as signed by its negative zeta potentials (Fig是什么意思？ 待解决
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- 离问题结束还有
The phenoliccompounds were present as neutral molecules at pH < pKa and started the deprotonation at around pKa. At pH>pKa,phenolic molecules were mostly dissociated to anions, which would show an electrostatic repulsion with the negatively charged surface of the adsorbent as signed by its negative zeta potentials (Fig
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2013-05-23 12:21:38
该phenoliccompounds存在的中性分子在pH < pKa值，并开始脱质子大约pKa值。
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2013-05-23 12:23:18
正在翻译，请等待...
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2013-05-23 12:24:58
phenoliccompounds是存在作为中立分子在酸碱度< pKa并且在pKa前后开始了deprotonation。 在pH>pKa，酚醛分子主要被离解了对阴离子，将显示静电厌恶与吸附消极地被充电的表面如由它的消极zeta潜力签字 (。 S2). 这导致了急流 倾向在酚醛树脂的吸附容量在酸碱度> pKa
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2013-05-23 12:26:38
Phenoliccompounds 作为 ph 值为中性分子在场 < pKa 和开始在质子周围 pKa。 在 ph 值 > pKa、 酚醛分子大多是分离阴离子，会显示与负电荷表面吸附剂的静电斥力为签署由其负面的 zeta 电位 (图。S2)。这引起快速的赤纬在 ph 值为酚类物质的吸附能力 > pKa
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2013-05-23 12:28:18
phenoliccompounds 是存在的作为 ph 值的中性的分子< pKa 和开始 deprotonation 在大约 pKa。在 pH>pKa，苯酚的分子大部分被分离到阴离子，会显示对吸附剂的消极地被起诉的表面的一静电的 repulsion 如通过其消极的 zeta 签名潜力 ( 无花果。S2 ).这在吸附容量导致快速 偏差苯酚以 ph 值> pKa
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