Recently, much attention has been paid to nanostructured materials wit的简体中文翻译

Recently, much attention has been p

Recently, much attention has been paid to nanostructured materials with a hierarchicalarchitecture due to their large specific surface area, high porosity,high structural stability, as well as significantly enhancedperformances, e.g., electro-chemical responses, high ionictransport, enhanced adsorption capacity and catalytic activity, incomparison with their common counterparts. LDH is onetype of such widely studied nanostructured materials. Fabricationof hierarchical LDHs with a hollow or highly porous structure iscurrently an active approach to control the properties of LDHs.Various researchers have found that hollow or porous LDHs canbe prepared by using a template,applying bubbles,oremploying acid or alkali to etch LDHs.
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近年来,<br>由于具有大的比表面积,高孔隙率,<br>高结构稳定性以及显着增强的<br>性能(例如,电化学响应,高离子<br>迁移,增强的吸附能力),具有分层结构的纳米结构材料已引起了广泛关注。<br>与它们的普通对应物相比,具有催化活性。LDH是<br>这种被广泛研究的纳米结构材料的一种。目前<br>,具有中空或高度多孔结构的分层LDH的制造是<br>控制LDH性能的有效方法。<br>各种研究人员发现,可以<br>通过使用模板,施加气泡或<br>用酸或碱蚀刻LDH。
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结果 (简体中文) 2:[复制]
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Recently, much attention has been paid to nanostructured materials with a hierarchical<br>architecture due to their large specific surface area, high porosity,<br>high structural stability, as well as significantly enhanced<br>performances, e.g., electro-chemical responses, high ionic<br>transport, enhanced adsorption capacity and catalytic activity, in<br>comparison with their common counterparts. LDH is one<br>type of such widely studied nanostructured materials. Fabrication<br>of hierarchical LDHs with a hollow or highly porous structure is<br>currently an active approach to control the properties of LDHs.<br>Various researchers have found that hollow or porous LDHs can<br>be prepared by using a template,applying bubbles,or<br>employing acid or alkali to etch LDHs.
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结果 (简体中文) 3:[复制]
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近年来,人们开始关注具有层次结构的纳米材料<br>由于其比表面积大,孔隙率高,<br>高结构稳定性,以及显著增强<br>性能,例如电化学响应、高离子<br>运输,增强的吸附能力和催化活性,在<br>与普通同行的比较。乳酸脱氢酶是一种<br>这种被广泛研究的纳米结构材料的类型。制作<br>具有中空或高度多孔结构的分层LDHs<br>目前控制LDHs性质的一种有效方法。<br>许多研究人员发现,中空或多孔的乳酸脱氢酶可以<br>通过使用模板、应用气泡或<br>用酸或碱腐蚀乳酸脱氢酶。<br>
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