HINDMET: High induction Nanostructure Ferromagnetic Metallic Ribbons.

Accessibility Controls

Implementing Organization

National Metallurgical Laboratory (NML)

Project Overview

FeCoSiBNb nanostructured alloy system is prepared by melt spinning technique in the form of ribbons with Curie temperature >1000K and saturation Induction ~ 1.75T. Ribbon thickness ~ 25-35 micron. No hazardous gas is emitted

Source

Source URL

https://www.nmlindia.org/

Related Research

View All

Quick Information

Thrust Areas

Material Sciences

Focus Area

Chemical technology, Metallurgy

director@nmlindia.org

Source Title

https://www.nmlindia.org/

Output

TRL: Technology Readiness Level

Technology Demonstration

Accessibility Controls

All Technologies

HINDMET: High induction Nanostructure Ferromagnetic Metallic Ribbons.

Implementing Organization

Project Overview

Source

Related Research

Quick Information

Output

विज्ञान एवं प्रौद्योगिकी विभाग

Department of
Science and Technology

Accessibility Controls

All Technologies

HINDMET: High induction Nanostructure Ferromagnetic Metallic Ribbons.

Implementing Organization

Project Overview

Source

Related Research

Quick Information

Output

You are leaving this website