Layered transition metal compound

FeCl2 is a two-dimensional material that exhibits good magnetic and optical properties and thus has potential applications in magnetic memories and optoelectronic devices.

NbS3 is a two-dimensional semiconductor material with low symmetry and excellent optical properties. Furthermore, it has wide applications in electronic devices and optoelectronic devices due to its good electron transport properties and high charge carrier mobility.

GaTeI is a two-dimensional material that exhibits excellent magnetic and optical properties, and thus has potential applications in magnetic memories and optoelectronic devices.

InSe is a two-dimensional material with excellent electronic properties, high electron mobility and good optical properties. Therefore, InSe is widely used in electronic equipment and optoelectronic devices.

CuInP2S6 is a two-dimensional material, due to its low-dimensional structure, it has unique electromagnetic properties, such as high electrical conductivity and excellent optoelectronic properties, so it is widely used in the electronics and optoelectronic industries.

WSSe is a two-dimensional semiconductor material with low symmetry and excellent optical properties. Furthermore, it has wide applications in electronic devices and optoelectronic devices due to its good electron transport properties and high charge carrier mobility.

Fe3GeTe2 is a two-dimensional material that exhibits excellent magnetic and optical properties and thus has potential applications in magnetic memories and optoelectronic devices.

NiI2It is a two-dimensional material with excellent electronic properties, high electron mobility and good optical properties. therefore,NiI2It is widely used in electronic equipment and optoelectronic devices.

FePS3 is a two-dimensional material that exhibits excellent magnetic and optical properties, and thus has potential applications in magnetic memories and optoelectronic devices.

MnPSe3 is a two-dimensional material with excellent electronic properties, high electron mobility and good optical properties. Therefore, MnPSe3 is widely used in electronic equipment and optoelectronic devices.

MnPS3 is a two-dimensional material with excellent optoelectronic and magnetic properties. As a material with low-dimensional magnetism, MnPS3 shows great potential in spintronics. Furthermore, its layered structure lends it potential applications in various electronic and optoelectronic devices, including optoelectronic devices, magnetic memories, and energy storage and conversion devices.