Fullerene C78 is a member of the fullerene family, which are molecular allotropes of carbon. It consists of 78 carbon atoms arranged in a unique, spherical structure resembling a hollow cage. This particular fullerene exhibits a combination of pentagonal and hexagonal faces, contributing to its stability and distinctive geometry. C78 is less common than its more famous counterpart, C60, but it shares similar properties, such as the ability to form stable solutions in various organic solvents. Fullerene C78 has potential applications in materials science, nanotechnology, and medicine, particularly in drug delivery systems and as a component in organic photovoltaics. Its electronic properties are of interest for developing advanced electronic devices. Additionally, C78 can undergo various chemical reactions, allowing for functionalization that can enhance its solubility and reactivity. Overall, fullerene C78 represents a fascinating area of study within carbon chemistry, with ongoing research exploring its potential uses and characteristics.

Fullerene - C78

136316-32-0: Fullerene C78 is a member of the fullerene family, which are molecular allotropes of carbon. It consists of 78 carbon atoms arranged in a unique, spherical structure resembling a hollow cage. This particular fullerene exhibits a combination of pentagonal and hexagonal faces, contributing to its stability and distinctive geometry. C78 is less common than its more famous counterpart, C60, but it shares similar properties, such as the ability to form stable solutions in various organic solvents. Fullerene C78 has potential applications in materials science, nanotechnology, and medicine, particularly in drug delivery systems and as a component in organic photovoltaics. Its electronic properties are of interest for developing advanced electronic devices. Additionally, C78 can undergo various chemical reactions, allowing for functionalization that can enhance its solubility and reactivity. Overall, fullerene C78 represents a fascinating area of study within carbon chemistry, with ongoing research exploring its potential uses and characteristics.

Fullerene - C₇₈, min. 95%

<p>Fullerene C78 is an isomeric mixture of fullerenes that can be processed into a variety of shapes. Fullerene C78 has been studied for its use as a molecular system for studying vibrational and optical properties. Fullerene C78 interacts with silicon and azulene, which are both important in the development of solar cells. Fullerene C78 also displays optical properties that make it useful for sensing light or in some other optical applications. Fullerene C78 can be irradiated to produce carbon nanotubes, which have the potential to be used in electronics.</p>

CAS 136316-32-0

Fullerene - C78

Fullerene - C₇₈, min. 95%

Ref: 08-06-0530

Fullerene c78

Ref: 3D-LFA31632