In this work, we present the design and optimization of an electromagnetic inertial
microgenerator for energy scavenging applications, compatible with Si technology. It …

This work describes the design and implementation of an electromagnetic inertial
microgenerator for energy scavenging from ambient vibrations. The structure of the device is …

This work reports the microstructural and stress analysis of Cu layers and Ni/Cu multilayer
structures grown onto Au (111) seed surfaces by EC processes that are developed for the …

New devices based on inductive planar coils have been designed in a manner that they can
be used for the detection of magnetic particles in biodetection applications from the changes …

This work reports the design and optimisation of an electromagnetic (em) vibrational
generator for energy scavenging applications, compatible with Si technology. The device …

This investigation has been carried out in order to analyse and compare the hardness
response of different composite systems of the same type, named'soft film on hard …

Predicting the integrity of metallic thin films deposited on semiconductors for
microelectromechanical systems (MEMS) applications requires a precise understanding of …

Tehnikom elektrohemijske depozicije iz dva kupatila (dual-bath technique, DBT), dobijeni su
višeslojni filmovi Ni i Cu, naizmeničnim deponovanjem na polikristalni, hladno-valjani …

Tehnikom elektrohemijske depozicije iz dva kupatila (DBT), dobijeni su višeslojni filmovi Ni i
Cu naizmeničnim deponovanjem na polikristalni bakarni supstrat. Promena parametara kao …

Multilayer Ni/Cu films were alternately electrochemically deposited on polycrystalline Cu
substrate by dual-bath technique. Change of the parameters such as total film thickness …