MnPS3 Single crystal

Product Name

^{Name:a>MnPS3 Single crystal}

Product Overview

^{MnPS3 single crystal has a layered honeycomb lattice, which endows it with unique physical and chemical properties. MnPS3 single crystal has a monoclinic crystal structure, and the crystal crystallizes along the 0001 direction. According to reports, its theoretical bandgap is approximately 2.1-3.0 eV. Below 78K, it exhibits antiferromagnetic behavior, while intercalation compounds exhibit weak ferromagnetism, possibly due to their tilted spin structure.}

^{MnPS3 is an antiferromagnetic material, which means that its internal magnetic moments are arranged in an antiparallel manner and do not exhibit magnetism externally. However, through external regulatory means such as temperature, pressure, magnetic field, etc., its magnetic state can be changed, thus exhibiting rich magnetic phenomena.}

^{Technical Parameter}

Crystal type:Layered honeycomb lattice antiferromagnet

Purity:9.99%

^{Product Features}

^{Layered honeycomb lattice: The layered structure endows it with excellent interlayer cleavage properties, while the honeycomb lattice brings it special electronic and magnetic properties.}

^{Antiferromagnetism: MnPS3 is an antiferromagnetic material with magnetic moments arranged in anti parallel. This magnetic property makes MnPS3 single crystal have potential application value in the field of magnetism, especially in spin electron devices and magnetic memory.}

^{Rich physical properties: In addition to magnetism, MnPS3 single crystals also have rich electrical, thermal, and other physical properties. These properties can be altered through external control measures such as temperature, pressure, magnetic field, etc., thus exhibiting a rich variety of physical phenomena.}

^{Good chemical stability: MnPS3 single crystal has good stability in a dry and dark environment at room temperature, and can maintain its crystal structure and properties unchanged for a long time. This makes it have a longer service life in experiments and applications.}

^{Application Fields}

^{Electronic Device Experiment: Theoretically, it can be used to prepare Field Effect Transistors (FETs).}

^{Physical performance research: helps to deepen the exploration of physical properties such as magnetism, electricity, and related physical mechanisms.}

^{UV detection: In theory, MnPS3 transistor devices can also be used as UV photodetectors.}

^{Related Information}

^{Please e-mail for the detailed characterization data.}

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