Sentence examples for molecular and material from inspiring English sources

This analysis encourages the molecular and material design in organic semiconductors.

The particular molecular topography of the tribenzotriquinacenes combined with their versatile functionalization renders these compounds promising building blocks for application in molecular and material design.

The rational design and synthesis of organic inorganic hybrids in molecular and material sciences lies at the interface of several domains, such as synthetic organic and inorganic chemistry, coordination chemistry and supramolecular chemistry.

The derivative with two fluorine atoms at bay positions and –CH2C3F7 at imide group has broad and strong absorption in the UV-Visible region and the electron mobility could get to 0.514 cm2 V−1 s−1 which is greatly encouraging for molecular and material design in organic solar-cell devices.

with the extramolecular bonding capacity of ligands carrying hydrogen bonding groups allows one to prepare molecular and materials with desired architectures.

This chapter intends to put simulated moving bed (SMB) technology in the context of the current view of chemical engineering supported by the areas of process and product engineering, molecular and materials engineering, that is, ChE = M2P2E.

Even though we will focus in particular on a energy/structure data set of amino acid and dipeptide conformers obtained by an ab initio structure search [15, 27], many of the observations we will infer are general, and provide insight on the application of machine-learning techniques to the analysis of molecular and materials databases generated by high-throughput computations.

The relation between atomistic structure, architecture, molecular weight and material properties is a basic concern of modern soft material science.

A central problem in the preparation of new advanced materials, and particularly those based on complex molecules such as liquid crystals, is understanding the relation between molecular structure and material properties.

Macroscopic properties are thus controlled by microscopic control of the interfaces, i.e. we bridge the gap between the molecular level and material properties.

This chapter gives an overview of the techniques available to assess the physicochemical properties of nanofiber composites at different levels (molecular, surface, and material) and highlights the advantages and disadvantages of each technique applied to these materials.