Chemically Modified Metal Oxide Nanostructures Electrodes for Sensing and Energy Conversion

Hence, we have shown that a white light emission can be achieved in a ZnO-organic hybrid light emitting diode using cheap and low temperature growth techniques for both organic

Most importantly by using aqueous chemical growth method variety of metal oxide nanostructures can easily be grown on different substrates like metal surface, semiconductors,

Hur koden kommer att utformas ges av parametrarna [n− d, m, t+1] där den första parametern står för hur många bits det ska vara i en sträng, den andra parametern står för graden

Motivation kan vara en bidragande faktor till lärande och digitala spel ett relevant verktyg för att uppnå detta.. Gulz och Haake (2014) belyser att ”välutformade digitala

Synthesising Metal Oxide Materials and Their Composite Nanostructures for Sensing and Optoelectronic

Metal oxide nanostructures are of interest as electrode materials for sensor applications (Fig. 1b) and energy conversion because of; (1) they provide large surface area

Usman Ali completed his PhD studies from Depart- ment of Science and Technology (Physics, Electronics and Nanotechnology Division) Campus Norrköping, Linköping University, SE- 601

Saima Zaman received her M.Sc degree from UET Lahore, and M.Phil degree from Center of Solid State Physics, Punjab University Lahore, Pakistan. She accomplished her Ph.D studies