“…70 Rigid membranes on smooth surfaces have been reviewed under the title of "Molecular Landscapes". 85 The stiffness may be reached by either two parallelrunning hydrogen-bond chains between two secondary amide groups at the ends of hydrophobic cores made of oligomethylene chains 39,[86][87][88] or stiff hydrophobic units such as bridged carbocycles, stilbene, or biphenylene [89][90][91][92][93][94][95][96] (Figure 21a-d).…”
“…70 Rigid membranes on smooth surfaces have been reviewed under the title of "Molecular Landscapes". 85 The stiffness may be reached by either two parallelrunning hydrogen-bond chains between two secondary amide groups at the ends of hydrophobic cores made of oligomethylene chains 39,[86][87][88] or stiff hydrophobic units such as bridged carbocycles, stilbene, or biphenylene [89][90][91][92][93][94][95][96] (Figure 21a-d).…”
“…in an M-DHO molecule, it is easy to understand that M-DHO molecules can form various types of molecular aggregates via hydrogenbonding at the air-water interface (Fig. 10) [14][15][16][44][45][46][47][48]. Formation of intermolecular hydrogen bonds could lead to the anisotropic growth of LC domains.…”
Section: Elongated Aggregates and Intermolecular Hydrogen-bondingmentioning
“…[8,79] Rigidity only arises when two amide hydrogen bond chains run parallel to each other, [80] and both amide groups are located near the a and w positions of a longer alkyl chain. Secondary diamides are mostly used in analogy to protein sheets.…”
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