Iranian researchers from Mazandaran University introduced a new DNA genosensor by synthesizing gold nanoparticles through chemical reduction method and producing carbon paste electrodes modified with the synthesized gold nanoparticles.
- Improve anti corrosion properties by using zinc oxide nanoparticles
- Production of polysulfonic nanofiltration membranes
- Separation of Desulfurization Bacteria by magnetite magnetic nanoparticles
- Production of Nanobiocomposite Films for Foodstuff Packaging
- Modification of a commercial type of membrane in fuel cells by using nanotubes
Iranian researchers from Institute for Color Science and Technology produced a new type of coating with desirable anticorrosion properties by using zinc oxide nanoparticles to be used in automobile manufacturing industries.
View detailPublish date :2013/09/24|Visited :2496
A group of Iranian researchers from Babol University of Technology succeeded in the production of polysulfonic nanofiltration membranes with desirable performance and high stability in non-aqueous media.
View detailPublish date :2013/09/24|Visited :6601
Iranian researchers from National Institute of Genetic Engineering and Biotechnology used magnetite magnetic nanoparticles to separate desulfurization bacteria from the two-phase system of oil and water during a bio-desulfurization process and succeeded in the development of an effective technology to carry out the separation. 329.
View detailPublish date :2013/09/24|Visited :4387
Iranian researchers used response level results and succeeded in the presentation of nanobiocomposite films that are appropriate for the packaging of foodstuff.
View detailPublish date :2013/09/24|Visited :2480
Iranian researchers from Amir Kabir University of Technology succeeded in the modification of a commercial type of membrane in fuel cells by using nanotubes.
View detailPublish date :2013/09/24|Visited :2406