Mohammad Azam

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mohammad azam azam shah university of hyderabad hyderabad uoh basic principle humidity sensors capacitive base sensors flexible polymers sensors for medical monitoring applications flexible capacitive based sensors electrocaloric effect (ec) dielectric properties of materials agnbo3 ferroelectric and antiferroelectric dilectrics liquid crystal nanocomposite silver nanoparticle nanomaterial

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Synthesis and Characterization of nanoparticle

Vor 6 Jahren • 4871 Aufrufe

Synthesis and Characterization of Silver Nanoparticle and Liquid Crystal Nanocomposite

Vor 6 Jahren • 869 Aufrufe

Influence of La3+ substitution on dielectric, ferroelectric and electrocaloric properties in AgNbO3

Vor 2 Jahren • 76 Aufrufe

Flexible capacitive based sensor for medical monitoring applications.

Vor 2 Jahren • 87 Aufrufe

mohammad azam azam shah university of hyderabad hyderabad uoh basic principle humidity sensors capacitive base sensors flexible polymers sensors for medical monitoring applications flexible capacitive based sensors electrocaloric effect (ec) dielectric properties of materials agnbo3 ferroelectric and antiferroelectric dilectrics liquid crystal nanocomposite silver nanoparticle nanomaterial