CR5395 Chromium Thiophosphate Crystal (CrPS4)

Catalog No.	CR5395
Material	CrPS4
Dimensions	3-5 mm
Crystal Structure	Monoclinic phase
Purity	99.9995%

CrPS4 Crystal is a layered material with interesting electronic and magnetic properties, making it a subject of interest in the field of condensed matter physics and materials science. Stanford Advanced Materials (SAM) offers Optical Products renowned for exceptional quality, all at highly competitive prices.

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CrPS4 Crystal Description

CrPS4 Crystal emerges as a compelling semiconducting material distinguished by its distinctive magnetic properties. With a notable 1.35 eV optical band gap, this compound showcases intriguing characteristics in its bulk van der Waals (vdW) crystal form, including a Neel temperature ranging between 35-40 K.

Recent theoretical investigations have illuminated the magnetic behavior of CrPS4, revealing a propensity for A-type antiferromagnetism. This implies that the material's magnetic properties can undergo an alternating transition from ferromagnetism to antiferromagnetism, particularly notable for odd- and even-numbered layers. Such findings contribute to the burgeoning understanding of the versatile magnetic phenomena inherent in chromium thiophosphate, opening avenues for potential applications in advanced electronics and magnetic technologies.

CrPS4 Crystal Specifications

Sample size	~3-5mm in size
Properties	Magnetic semiconductor (~1.4 eV band gap)
Crystal structure	Monoclinic phase
Unit cell parameters	a=10.87Å, b=7.25Å, c=6.15Å, β=91.88°
Growth technique	Flux zone growth
Purity	99.9995%