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Adsorption and self-assembly of bio-organic molecules at model surfaces: A route towards increased complexity

机译：生物有机分子在模型表面的吸附和自组装：增加复杂性的途径

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International audience

机译：国际观众

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Costa, Dominique; Pradier, Claire-Marie; Tielens, Frederik; Savio, Letizia;
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年度 2015
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正文语种 en
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1. Adsorption and self-assembly of bio-organic molecules at model surfaces: A route towards increased complexity [J] . Dominique Costa, Claire-Marie Pradier, Frederik Helens, Surface Science Reports . 2015,第4期

机译：生物有机分子在模型表面的吸附和自组装：增加复杂性的途径
2. Mechanisms of the Adsorption and Self-Assembly of Molecules with Polarized Functional Groups on Insulating Surfaces [J] . B. Hoff, M. Gingras, R. Peresutti The journal of physical chemistry, C. Nanomaterials and interfaces . 2014,第26期

机译：绝缘表面上带有极化官能团的分子的吸附和自组装机理
3. Adsorption and Self-Assembly of Large Polycyclic Molecules on the Surfaces of TiO₂ Single Crystals [J] . Marek Szymonski, Szymon Godlewski International Journal of Molecular Sciences . 2013,第2期

机译：TiO _{2 单晶表面上大环多分子的吸附和自组装}
4. A Predictive Model to Link Molecular Structures to Carbonate Rock Wettability:Adsorption of Various Organic Molecules on Flat and Rugged Calcite Surfaces [C] . Martin V.Bennetzen, Kristian Mogensen, Evren Ataman Abu Dhabi International Petroleum Exhibition and Conference . 2014

机译：将分子结构链接到碳酸盐岩石润湿性的预测模型：扁平和崎岖方石表面上的各种有机分子的吸附
5. Polyelectrolyte adsorption and self-assembly on charged surfaces. [D] . Cheng, Hao. 2005

机译：聚电解质在带电表面上的吸附和自组装。
6. Adsorption and Self-Assembly of Large Polycyclic Molecules on the Surfaces of TiO2 Single Crystals [O] . Szymon Godlewski, Marek Szymonski 2013

机译：大型多环分子在TiO2单晶表面上的吸附和自组装
7. Adsorption and self-assembly of bio-organic molecules at model surfaces: A route towards increased complexity [O] . Costa, Dominique, Pradier, Claire-Marie, Tielens, Frederik, 2015

机译：生物有机分子在模型表面的吸附和自组装：增加复杂性的途径
8. Adsorption, Mobility and Organisation of Organic Molecules at Clay Surfaces Probed by Photophysics and Photochemistry. [R] . de Schryver, F. C. 1989

机译：光物理和光化学探测粘土表面有机分子的吸附，迁移和组织。

Adsorption and self-assembly of bio-organic molecules at model surfaces: A route towards increased complexity

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