NCMST

National Center for Materials Study and Testing

  • About NCMST
  • The News
  • Search
  • Booklet
  • Regulament NCMST (Ro)
  • Rapoarte NCMST
  • Join us!
  • Contacts

Main Menu

  • Home
  • Laboratories
  • Staff
  • Research areas
  • Publications
  • Projects
  • Partners
  • Exhibitions
  • Research Highlights

Collaborations

  • nanomedtwin
  • H2020 Twinning
  • Network of nano research infrastructures in the Danube region (DNMF_net)

Usefull Links

  • Porous III-V Semiconductors: Online Book
  • NCMST Doctoral thesis
  • Download NCMST Booklet

Login Form

  • Forgot your password?
  • Forgot your username?

Micro- and nanotetrapods combine to make new optical scattering and absorbing material

Published on Thursday, 30 March 2017 19:35 | Print

A new optical scattering and absorbing material created by an international group, including scientists from Germany, Moldova, Denmark, and Australia, consists of microscopic tetrapods made of aerogra

phite carbon, with these microtetrapods covered with a "fur" of much smaller nanotetrapods made of zinc oxide (ZnO) crystals.1 The material dem

onstrates photoabsorption in the UV and visible regions due to the wide bandgap of ZnO and its intrinsic defects, and photoabsorption in the IR due to the architecture of the ZnO nanostructures and their doping by carbon impurities. The tetrapod mixture can be attached to stretchable substrates if desired.

Read more...

Echipament performant pentru CNSTM donat de Fundatia Alexander von Humbold

Published on Thursday, 02 February 2017 08:44 | Print

Ambasada Germaniei în Republica Moldova a transmis o donație de utilaj științific Centrului Național de Studiu și Testarea Materialelor din cadrul Universității Tehnice a Moldovei. Înmânarea oficială a echipamentului laser cu emisie infraroșie și a unui boxcar integrator, procurate în baza unui grant oferit de Fundația Alexander von Humboldt, a avut loc la 1 februarie 2017.

 
La evenimentul de înmânare a echipamentului a participat acad. Ion Tighineanu, prim-vicepreședinte al AȘM, dr. hab. Viorel Bostan, rector al UTM, dl Florian Seitz, șef adjunct al Misiunii diplomatice germane la Chișinău, dr. hab. Veaceslav Ursachi, coordonator al Sectiei Științe Inginerești și Tehnologice a AȘM, dr. Eduard Monaico, unul din beneficiarii donației, precum și tineri cercetători din cadrul Centrului.

Read more...

10 years of Physica Status Solidi - Rapid Research Letters

Published on Sunday, 29 January 2017 08:19 | Print

 

 

 

 

 

 

 http://onlinelibrary.wiley.com/doi/10.1002/pssb.201770204/full

http://onlinelibrary.wiley.com/doi/10.1002/pssb.201770204/pdf

 

Graphene aerogel makes for ultra-lightweight pressure sensors. Nanotechweb.org (Lab Talk)

Published on Friday, 09 December 2016 17:28 | Print

The automotive and aeronautic industries are looking for more lightweight materials to reduce the weight of the future cars and airplanes, and ultimately the fuel they consume and pollution they produce. Among the devices that contribute the mass of vehicles are an array of sensors. in a recent Nanotechnology article, researchers from the Institute of Microtechnologies in Bucharest, Romania, and the Academy of Sciences and Technical University in Chisinau, Republic of Moldova, report on flexible, ultra-lightweight pressure sensors based on graphene aerogel decorated by piezoelectric SnO2 or GaN nanocrystalline thin films.

Read more...

Savanţii din Republica Moldova şi România au elaborat senzori de presiune mult mai uşori decât fulgii de zăpadă

Published on Friday, 09 December 2016 17:19 | Print

Cercetătorii de la Institutul de Inginerie Electronică şi Nanotehnologii al Academiei de Ştiinţe a Moldovei, Centrul Naţional de Studiu şi Testare a Materialelor al Universităţii Tehnice a Moldovei şi Institutul de Microtehnologie din Bucureşti, sub conducerea academicianului Ion Tighineanu şi profesorului Mircea Dragoman, au elaborat senzori de presiune care cântăresc jumătate de miligram, fiind de circa 6-8 ori mai uşori decât fulgii de zăpadă.

Read more...

Ultrathin nano-membranes

Published on Wednesday, 12 February 2014 09:34 | Print

Молдавские ученые совершили открытие в области нанотехнологий. Они разработали ультратонкие наномембраны. Рассмотреть их можно только при помощи специальных медицинских микроскопов, ведь толщина их составляет миллионную долю миллиметра. О том, где можно использовать это открытие, рассказывает корреспондент телеканала «МИР 24» Ксения Яниева.

 {youtube}vCj8hySAYe8{/youtube}

 

Read more...

Our paper highlighted by NanoTechWeb.org

Published on Sunday, 26 January 2014 19:26 | Print

enachi2

Surface writing produces optical waveguides

Titanium dioxide nanotubes are widely used in devices to purify air, to make self-cleaning surfaces, in photovoltaics and sensors, and in biomedicine. Researchers in Moldova, Australia and the UK are now reporting on a new way to tailor the refractive index of these nanotubular structures using a focused laser beam. The new result could widen the potential applications for these materials even further.

 

Read more...

  • Start
  • Prev
  • 1
  • 2
  • 3
  • 4
  • 5
  • 6
  • Next
  • End

Link1 | Link2 | Link3

Copyright © 2013. All Rights Reserved.