Zr⁴⁺/Ti⁴⁺ codiffusion characteristics in lithium niobate

Research output: Journal Publications and Reviews (RGC: 21, 22, 62) › 21_Publication in refereed journal › peer-review

Overview

Fingerprint

???publication_fingerprints_help???

Engineering & Materials Science

Oxide films Engineering & Materials S...

Film thickness Engineering & Materials S...

Refractive index Engineering & Materials S...

Waveguides Engineering & Materials S...

Metals Engineering & Materials S...

Coatings Engineering & Materials S...

Holograms Engineering & Materials S...

Secondary ion mass ... Engineering & Materials S...

Prisms Engineering & Materials S...

Lithium Engineering & Materials S...

Crystals Engineering & Materials S...

Ions Engineering & Materials S...

Substrates Engineering & Materials S...

Earth & Environmental Sciences

Physical, Chemical and Earth Phenomena

diffusivity Earth & Environmental Sci...

refractive index Earth & Environmental Sci...

Materials, Products and Resources

metal Earth & Environmental Sci...

coating Earth & Environmental Sci...

oxide Earth & Environmental Sci...

ion Earth & Environmental Sci...

lithium Earth & Environmental Sci...

crystal Earth & Environmental Sci...

substrate Earth & Environmental Sci...

Research and Methodology

mass spectrometry Earth & Environmental Sci...

Environmental Phenomena

damage Earth & Environmental Sci...

Research OutputsResearch Output authored by Zr4+/Ti4+ codiffusion characteristics in lithium niobate is tagged with the concept

Find experts having the same concept