Hexabenzocoronene example sentences

Related (2): polycyclic, fluorescent

"Hexabenzocoronene" Example Sentences

Hexabenzocoronene is a polycyclic aromatic hydrocarbon with six benzene rings fused together.
Hexabenzocoronene is a popular molecule for studying in materials science.
The hexabenzocoronene molecule has exceptional thermal and photophysical stability.
Researchers have developed a method for synthesizing hexabenzocoronene using a biaryl coupling reaction.
The unique electronic properties of hexabenzocoronene make it ideal for use in organic semiconductors and optoelectronics.
Hexabenzocoronene has been shown to exhibit fluorescent properties, making it useful for sensing applications.
Researchers are working to develop methods for patterning hexabenzocoronene on surfaces to create functional electronic devices.
Hexabenzocoronene is a promising molecule for use in organic photovoltaics due to its high electron mobility.
The hexabenzocoronene molecule is also being studied for use in organic light-emitting diodes (OLEDs).
Hexabenzocoronene is a highly conjugated molecule with a planar structure.
The ability of hexabenzocoronene to form self-assembled monolayers on surfaces makes it useful for nanotechnology applications.
Hexabenzocoronene has been shown to interact with DNA via intercalation, potentially leading to applications in drug development.
The electronic properties of hexabenzocoronene can be tuned by functionalizing the molecule with various substituent groups.
Hexabenzocoronene has been used as a model system for studying molecular self-assembly on surfaces.
The high thermal stability of hexabenzocoronene makes it useful for high-temperature applications.
Hexabenzocoronene has a unique absorption spectrum, making it useful for spectroscopic studies.
The ability of hexabenzocoronene to function as an efficient singlet fission sensitizer has been demonstrated.
Research has shown that the properties of hexabenzocoronene can be improved by modifying the molecule's core structure.
Hexabenzocoronene has been used as a model system for studying surface-enhanced Raman spectroscopy (SERS).
Researchers have developed methods for functionalizing hexabenzocoronene with various groups, including amines and carbonyls.
The photophysical properties of hexabenzocoronene make it a promising candidate for use in fluorescence imaging applications.
The ability of hexabenzocoronene to intercalate into graphene oxide has been demonstrated, potentially leading to new graphene-based electronics.
Hexabenzocoronene has been shown to function as a highly selective sensor for detecting trace amounts of explosives.
Researchers have developed methods for synthesizing hexabenzocoronene derivatives with improved solubility.
The planar structure of hexabenzocoronene makes it useful for studying intermolecular interactions in materials science.
Hexabenzocoronene has been shown to function as a highly efficient organic photocatalyst.
The electronic properties of hexabenzocoronene can be influenced by changes in temperature and pressure.
Hexabenzocoronene has been used as a model system for studying electronic excitations in organic semiconductors.
The unique electronic structure of hexabenzocoronene has been studied using theoretical calculations and modeling.
Hexabenzocoronene has been used in the development of highly efficient organic light-emitting transistors.

Common Phrases

Hexabenzocoronene is a polycyclic aromatic hydrocarbon;
Hexabenzocoronene has excellent electrical and optical properties;
Hexabenzocoronene is used in organic electronics;
Hexabenzocoronene is a popular building block in supramolecular chemistry;
Hexabenzocoronene has a unique bowl-shaped structure;
Hexabenzocoronene exhibits strong fluorescence properties;
Hexabenzocoronene has potential applications in biomedical imaging;
Hexabenzocoronene is a promising candidate for organic solar cells;
Hexabenzocoronene is synthesized through multi-step organic synthesis;
Hexabenzocoronene has attracted significant attention in the scientific community.