CuS nanoparticlesProduct Name Name: CuS nanoparticles Product Overview Semiconductor nanoparticles have easy to regulate physical, chemical, magnetic, and optical properties, and their importance in applications such as cancer and other diseases detection, treatment, drug delivery, and in vitro biosensing is increasing. Copper sulfide (CuS), as a p type semiconductor with excellent optical and electrical properties, is also being explored by many researchers for its

with high conductivity

Name: Megnetic Graphene Oxide dispersion（negative potential:/span>

Temperature sensor: The resistance of LSG has a negative exponential relationship with temperature

Their high conductivity and adjustable electrical properties give these devices excellent performance

providing a new solution for solar water splitting and sustainable energy

It is recommended that the whole process be operated under the protection of inert gas or in vacuum

Optoelectronic devices: Due to their excellent optoelectronic properties

and can be used to manufacture aircraft engine hot end components

Characteristicc absorption peak: ~700 nm

combining single-walled carbon nanotubes with inorganic or polymer materials with better thermoelectric properties can comprehensively utilize their respective advantages to obtain thermoelectric materials with superior performance

flocculent or reticulated with a quasi-particulate structure

has the advantages of high resolution