The nonlinear optical properties and through-space charge-transfer effects of the twist donor-acceptor complexes

Self-Assembly Structures and Nonlinear Optical Properties of V-Type Fluorenone-Based Molecules

The Nonlinear Optical Properties and Through-Space Charge-Transfer Effects of the Twist Donor-acceptor complexes

Nonlinear optical properties of covalent organic frameworks based on completely conjugated donor–acceptor structures

Size effects of Möbius carbon nanobelts (MCNBs) from the (7-7)MCNB to the (21-21)MCNB on their aromatic properties and third order nonlinear optical properties

Möbius carbon nanobelts (MCNBs) were potential third-order nonlinear optical materials with aromatic properties, which can be further improved by increasing the number of benzene rings.

Self-assembly structures and nonlinear optical properties of V-type fluorenone-based molecules

Effect of intermolecular interaction of the charge-transfer complex between molecular “tweezers” and C₆₀/C₇₀ on second-order nonlinear optical properties

Through increasing the volume of fullerene and embedding alkali metal ions, we could enhance intermolecular interactions and intermolecular CT significantly, thereby improving the second-order NLO properties of CT complexes.

Third-order nonlinear optical properties of the host–guest complexes formed between fullerenes and cycloparaphenylene ([<i>n</i>]CPP: <i>n</i> = 9, 10 and 11)

Among [9–11]CPPs, [10]CPP is the most ideal fullerene encapsulator. With the increase of the CPP ring size, the polarizability values and second hyperpolarizability values of [9–11]CPP⊂C60 increase gradually.

The effect of the CPP size on the nonlinear optical properties of the new necklace-type molecules formed by carborane and [n]Cycloparaphenylenes(n = 8–11)

Molecular Layer-by-Layer Self-Assembly of Water-Soluble Perylene Diimides through π−π and Electrostatic Interactions