KIT - Karlsruhe Institute of Technology
image/svg+xml
INT | Nanostructured Materials
skip navigation
INT Home
Legals
Privacy Policy
Sitemap
INT-ra Net
KIT
search
search
Nanostructured Materials
Research
Start
Research
Research
High-Entropy Materials
Start
Research
High-Entropy Materials
High-Entropy Materials
General Features
Electrochemical Properties
High-Throughput Synthesis and Analysis
Ionic Transport Properties of High Entropy Materials
Magneto-Electronic Properties
Tunable Material Properties
Mechanical Synthesis and Properties of Nanomaterials
Start
Research
Mechanical Synthesis and Properties of Nanomaterials
Mechanical Synthesis and Properties of Nanomaterials
Equipment
Cluster-Assembled Materials
► Electron Microscopy
Nanoglasses
Joint Laboratory Nanomaterials
People
Equipment
Start
Equipment
Equipment
Magnetometry
Ferroelectric Test Systems
UHV thin film synthesis and characterization
Mössbauer Spectrometry
X-ray diffraction
Inert-gas condensation
Mechanical Synthesis and Characterization
Printed Electronics
Electron Microscopy (➤Group-Website)
Publications
Startpage
INT Home
Legals
Privacy Policy
Sitemap
INT-ra Net
search
search
Campusplan
Campus Map
INT | Nanostructured Materials
Startpage
Research
High-Entropy Materials
Ionic Transport Properties of High Entropy Materials
INT
Nanostructured Materials
Nanostructured Materials
Research
People
Equipment
Publications
Research
High-Entropy Materials
Tunable Material Properties
Mechanical Synthesis and Properties of Nanomaterials
Cluster-Assembled Materials
► Electron Microscopy
Nanoglasses
Joint Laboratory Nanomaterials
High-Entropy Materials
General Features
Electrochemical Properties
High-Throughput Synthesis and Analysis
Ionic Transport Properties of High Entropy Materials
Magneto-Electronic Properties
Ionic Transport Properties of High Entropy Materials
Mohana Veerraju
Kante
, M.Tech
Scientist/Ph.D. student
Room:
0-302
CN 640
Phone:
+49 721 608-28923
mohana kante
∂
does-not-exist.
kit edu
www.int.kit.edu/staff_7211.php
