Based on contingency theory, we investigate how mechanistic (control-oriented) and organic (flexibility-oriented) management systems influence the implementation of JRM in two construction projects.
For example, organic materials provide flexibility and easy processing, and inorganic materials provide optical and mechanical properties.
Organic inorganic hybrid coatings are of special interest because they combine properties of organic polymers (hydrophobicity, flexibility and functional compatibility with organic paint systems) with those of inorganic ceramics (scratch resistance, durability and adhesion to the metal substrate).
A notable increase from 3.77 × 10−4 to 1.59 × 10−3 g/m2/day in WVTR was obtained for film A, while a more subtle increase from 9.94 × 10−5 to 7.1 × 10−5 g/m2/day was achieved for film C. The results indicate that internal alucone organic layers improve flexibility under the same thicknesses.
The approach involves the use of glassy carbon microspheres and organic components to provide flexibility in the green state.
The hybrid superlattice films provide both the stable and distinguished optical or electrical properties of inorganic constituents and the structural flexibility of organic constituents.
Furthermore, it offers promising opportunities for the development of new products that utilize the special features of organic electronics such as flexibility, bendability, and transparency [4-6].
Moreover, barrier materials should have the same driving aspects as organic devices like transparency, flexibility and low cost processing techniques such as coating or lamination.
Polymer nanocomposite shows unique properties, combining the advantages of the inorganic nanofillers (e.g., rigidity, thermal stability) and the organic polymers (e.g., flexibility, dielectric, ductility and processability) [2].
The present study deals with the solid-state of β-resorcylic acid (2,4-dihydroxybenzoic acid, βRA, Figure 1), a small organic molecule exhibiting molecular flexibility and the ability to form different hydrogen bonding motifs.
