What is ISO/TS 19807-1 - Specification of magnetic nanosuspensions in nanomaterials about?
ISO/TS 19807 discusses magnetic nanomaterials for nanotechnologies. ISO/TS 19807-1 is an international standard that provides specifications of magnetic nanosuspensions in nanomaterials.
ISO/TS 19807-1 outlines the characteristics of magnetic nanosuspensions to be measured and lists measurement methods for measuring these characteristics.
ISO/TS 19807-1 enables the development of innovative technologies and products for magnetic nanosuspensions nanomaterials
Note: ISO/TS 19807-1 is a generic document and does not apply to any application.
Who is ISO/TS 19807-1 - Specification of magnetic nanosuspensions in nanomaterials for?
ISO/TS 19807-1 on the specification of magnetic nanosuspensions in nanomaterials is useful for:
- Magnetic nanomaterials manufacturers
- Test centers for magnetic nanomaterials
- Regulatory bodies
Why should you use ISO/TS 19807-1 - Specification of magnetic nanosuspensions in nanomaterials?
Magnetic nanosuspensions have important potential industrial and healthcare applications such as vacuum seals, lubricants, coolants, dampers, magnetic soaps, environmental remediation, medical imaging, drug delivery technologies, magnetic hyperthermia therapy, etc.
ISO/TS 19807-1 guideline assists you with detailed tables discussing characteristics such as amount concentration of magnetic nanoparticles, chemical composition, curie temperature, differential magnetic susceptibility, dry matter content, dynamic viscosity and more for magnetic nanosuspensions.
ISO/TS 19807-1 provides measurement methods such as TGA, Mossbauer spectroscopy, XRF, XRD, Raman spectroscopy, spectrophotometry, ICP-OES, ICP-MS, EDS, VSM, SQUID magnetometry, VCM, parallel plate rhinometry, rotational viscometry, vibration type densimetry, and many more for the characterization of magnetic nanosuspensions.
This encourages proper assessments for magnetic nanosuspensions and ensures reliability.
ISO/TS 19807-1 also provides universal definitions and measurement methods for the characteristics of these magnetic suspensions.
