Phosphorus doped C60 (P:C60 thin films were prepared by a radio frequency plasma assisted thermal evaporation technique using C60 powder as a carbon source and a mixture of argon and phosphine (PH…
In this paper, the electrochemical characteristics of semi conductive silicon thin films (n-type and p-type silicon) anodes integrated with the solid polymer electrolyte for lithium polymer batter…
Carbon films from fullerene C60 were coated on the surface of lithium metal for the anode of lithium secondary battery. In order to investigate the relationship between the electrochemical charact…
Effects of B or P doping and Fullerene C60 film coating on the anodic characteristics of Si film are studied by electrochemical measurements such as charge-discharge tests, cyclic voltammetry and e…
Silicon thin films with thickness of about 300 nm were coated by fullerene thin film with different thickness (50-200 nm) using plasma assisted thermal evaporation technique. The fullerene coated s…
Silicon has been considered as alternative anode materials for rechargeable lithium batteries since it has large theoretical capacity and works well at low operating voltages. One main constraint p…
Phosphorus doped fullerene C60 (P:C60) thin films were introduced as coating materials for silicon film anodes of lithium secondary batteries using a plasma assisted thermal evaporation technique. …
To overcome the poor electrochemical characteristics of lithium metal anodes due to the dendrite formations, diamond like carbon (DLC) films were deposited onto the surface of lithium metal by rad…
In this work, activated carbons were prepared from coconut shell by chemical activation method and utilized as electrode materials for electrochemical double layer capacitor (EDLC). A preliminary c…
Carbon nano-spheres (CNSs) were synthesized from commercial activated carbons and cooking oil as carbon precursors using simple pyrolytic process and then were used as anode materials of lithium se…