BSMArt

Smart biodegradable material for medical applications

FECRODS

Experimental route of fabrication for Fe-Cr oxide dispersion strengthened steel used in Generation IV nuclear reactors construction

GI/P2/2021 PUBLICATIONS

Cecuri de inovare PN-III-P2-2.1-CI-2017. nr.110CI/2017

Proiectarea unui echipament pentru dezvoltarea etapei de învățare a scris-cititului

European Union’s Horizon 2020 research and innovation program

Ceramic layers as thermal barriers for aircraft turbine engines: CeLaTeBa

RVP2.0 Research Results Development Program

Medical recovery systems intelligently activated with shape memory wires : SMARS

MEDICAL MET MAT

Obtaining and expertise of new biocompatible materials for medical applications

DARLIOES

Fast laser imaging, detection and ranging of aerosol emissions in aircraft plumes

The study of polymer-laser radiation interactions in controlled atmosphere. Laser ablation nanostructured thin films layers. Applications

ELIAN

Extreme Light Induced Ablation Plasma Jet And Nano-patterning

ROBIM

MicroLIBS sensors for robotic planetary and astrobiological exploration missions

New beta type SHAPE MEMORY ALLOYS, with modified structure by means of complex alloying and thermomechanical training, used for robotic applications

Constrained recovery applications of Fe-(Mn, Ni)-Si-based shape memory alloys, with controlled properties by nanostructural changes at the level of martensite and austenitic matrix

Modular system of multifunctional elements with self-adaptive movement

MAGNANO

Development of magnetic nanostructures through modern electro-technologies

ENIAN

Enhanced ion acceleration by laser irradiation of special thin polymers layers containing nanoparticles

Growth and characterization of thin shape memory films with high damping capacity through pulsed laser deposition technique

A study of the factors that favor thermoelasticity in Fe-based superelastic alloys with shape memory effect

NanoAir

Nanoscale imaging and spectroscopy studies of atmospheric aerosols
to determine their influence on optical parameters