Variations on different spectral parameters, such as peak position, bandwidth, and absorptivity, caused by intermolecular interactions result in rich and complex behavior in 2D synchronous spectrum.
The filtrate flux and maximum achievable antibody concentration in these systems is strongly influenced by the intermolecular interactions and non-ideal behavior in these highly concentrated protein solutions.
In the crystal structure of 1, an interesting one dimensional chain held by OH⋯O intermolecular interactions and also display weak CH⋯π and CH⋯S interactions.
Using on-surface CD, we show that an α-helical secondary structure can be induced and stabilized by intermolecular interactions within the densely packed peptide layers.
Wang et al. shows that PKM2 tetramer is formed by intermolecular interactions between four monomers on large (A-A′) and small (C-C′) interfaces and each individual monomer adopts similar fold with a root-mean-squared deviation of less than 0.6 Å.
Both low and high enlargements show that the SGO sheet is completely dispersed homogeneously in the overall polymer matrix and is guided by intermolecular interactions; it is recognized that hydrogen bonds occur between the sulfonic acid groups in SGO and polar groups (-O-, C = O) in the SA/SGO membrane [45].
This series of complexes has shown an intriguing variety of architectures, which firstly form zero- to two-dimensional frameworks by metal ligand interactions, and secondly form three-dimensional supramolecular frameworks by intermolecular interactions such as hydrogen bonds.
The new approach greatly simplifies the relationship between the intensity of the synchronous cross peak and the deviation terms caused by intermolecular interactions.
The studies revealed that the solid state architecture and solid state photoluminescent properties of the Cd II)–apbim X systems (X=N3, NCS– and dca–) are strongly influenced by intermolecular interactions.
In this paper, we propose an algorithm to estimate the variations of peak position and bandwidth of a characteristic peak caused by intermolecular interactions.
