… a holistic perspective of the vapor phase infiltration technique, the processing kinetics,
and the materials produced. Specific emphasis is given to the VPI processing kinetics. These …

… polymers to inorganic materials. Furthermore, inorganic–organic hybrid materials such as
… successfully grown using these solvent-less vapor-phase approaches. The wide range of …

… functional groups within the polymer to form hybrids.3 For the hybrid material to exhibit mixed
… , and this can be achieved via vapor-phase material infiltration using ALD.4 Over recent …

… -inorganic hybrid materials and their utilization as optical and electronic functional materials
for … Mostly, we will focus on organic-inoragnic hybrid materials containing polymers as one of …

… Vapor-phase synthesis provides an important way to grow large-scale, high-quality MHP …
-/microstructure by vapor-phase synthesis. The detailed classification of vapor-phase synthesis …

… However, synergistic combinations of various precursors as hybrid‐nanocomposites (MXP‐HNCs)
have emerged as superior sensing materials to develop next‐generation intelligent …

… of novel strategies for the construction of three-dimensional HOI materials where functional
organic compounds are combined with metal ions and porous inorganic materials. The …

… Thus, the paper attempts to present recent and novel approaches by the authors around
the world on PCMs applications in the solar energy in well documented forms. Based on the …

… process parameters, novel ceramic and metal/ceramic hybrid materials with structural and
functional … manner, enabling new, innovative material design solutions for tackling current and …

… same time also a great novel approach for the synthesis of new hybrid materials. In order to
… this hybrid layer, the ALD process was modified resulting in a new technique: Vapour Phase …