Formation of nanoporous titania on bulk titanium by hybrid surface mechanical attrition treatment

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

Overview

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Material Science

Titanium Material Science

Titanium Dioxide Material Science

Surface (Surface Sc... Material Science

Hydrogen Peroxide Material Science

Nanocrystalline Material Science

Intergranular Corro... Material Science

Calcination Material Science

Implant Material Material Science

Nanostructure Material Science

Keyphrases

Rutile Keyphrases

Surface Mechanical ... Keyphrases

Nanoporous Titania Keyphrases

Hybrid Surface Keyphrases

Hydrogen Peroxide Keyphrases

Reimplantation Keyphrases

Nanostructures Keyphrases

Implant Materials Keyphrases

Intergranular Stres... Keyphrases

Calcination Keyphrases

Nanoporous Keyphrases

Nanocrystalline Lay... Keyphrases

Chemical Treatment Keyphrases

Hydrogen Peroxide S... Keyphrases

Ultrafine-grained T... Keyphrases

Pure Ti Keyphrases

Ti Plate Keyphrases

Inflammatory Respon... Keyphrases

Nanostructured Surf... Keyphrases

INIS

interactions INIS

nanostructures INIS

hydrogen peroxide INIS

inflammation INIS

intergranular corro... INIS

calcination INIS

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