Nanoscale patterning of inorganics is crucial for the fabrication of advanced electronic,
photonic, and energy devices. The emerging sequential infiltration synthesis (SIS) method …

The in situ free carbon formation in polymer-derived ceramics (PDCs) is essential for its
microstructure evolution and resulting unique characteristics. This study advances the …

The sorption behavior of metalorganic species into polymers is important in various gas-
phase processes including vapor phase infiltration (VPI) which is used to transform organic …

Nanostructured organic templates originating from self-assembled block copolymers (BCPs)
can be converted into inorganic nanostructures by sequential infiltration synthesis (SIS). This …

Silicon-based polymers show great promise for various applications in biomedicine,
nanotechnology, tissue targeting, and drug delivery. The use of such materials as functional …

The vapor phase infiltration (VPI) process of trimethyl aluminum (TMA) into poly (4-
acetoxystyrene)(POAcSt), poly (nonyl methacrylate)(PNMA) and poly (tert-butyl …

Vapor-phase infiltration (VPI) infuses polymers with metalorganics to create organic–
inorganic hybrid materials with properties distinct from the parent polymer. While many …

Here, we report on a simultaneous growth and radical-initiated cross-linking of a hybrid thin
film in a layer-by-layer manner via molecular layer deposition (MLD). The cross-linked film …

In this study, sequential infiltration synthesis (SIS) is demonstrated as a novel method for
preparation of NP heterostructures with fine morphology tunability via a model system of SiO …

The history of the development of the molecular layering method is described, the fields and
results of using the nanotechnology based on this method in various branches of industry in …