The surface morphology exhibited highly interconnected bonded fibers due to the high fabrication rates.
A tightly interconnected hydrogen bond and salt bridge cluster composed of Glu325, Lys319 and His322 (TM10), Arg302 (TM9), Glu269 (TM8), and Tyr236 and Asp240 (TM7), can be found in the crystal structure.
We attribute this partially to the fact that the functional carbonyl groups sticking out of the particle surface may form interconnecting hydrogen bonds and also hydrogen bonds with other polar molecules such as water or additional acrylic acid, preventing the particle surface from immediate reoxidation.
Acoustic Micro Imaging has been used over the past years to successfully evaluate the quality of flip chip underfill and interconnect bonds.
Results demonstrate that the elastic stretchability of a serpentine interconnect bonded to this equivalent medium represents a lower-bound estimate for the case of the actual cellular substrate, where the bonding adopts different alignments and positions.
This alternating arrangement gives rise to a long-range ordered, 2D network of sulphate and water species interconnected by hydrogen-bonds, and capable to form hydrogen-bonds with second-layer water species.
Subjecting the PGN networks to a tensile deformation, we find that the networks encompassing catch bonds exhibit greater ductility and toughness than the networks interconnected by slip bonds.
They are composed of p-hydroxyphenylpropanoid units interconnected through covalent bonds formed during lignol radical coupling between six different pairs of atomic centers.
Cd-MOF is a 2D infinite layer framework, which is further interconnected by hydrogen-bond interactions leading to a 3D supramolecular architecture.
Compounds 2 and 3 features two similar 2D layer structures, and the resulting 2D structures are interconnected by hydrogen-bond interactions to lead to 3D supramolecular architectures.
Both 1 and 2 feature two similar 2D layer structures, and the resulting 2D structures are interconnected by hydrogen-bond and π⋯π interactions to lead to 3D supramolecular architectures. 3 possesses 1D positive double-stranded chains.
