Implementation of LCD driver using asymmetric truncation error compensation for mobile DMB phone display

Synthesis and characterisation of nickel nanorods for cold cathode fluorescent lamps

“…The large aspect ratio of the nanorods generates a high field enhancement factor and hence high electron emission [8]. Therefore, such nanowires and nanorods have increasingly been investigated for employment in portable, highly efficient and long-life cold cathode fluorescent lamps for liquid crystal display (LCD) backlight and front light applications [9,10] whilst demand for slim, light LCDs with low power consumption is continually expanding at rapid pace for usage in a wide range of applications such as PC monitors, TV panels, digital still cameras, personal digital assistants, and mobile phones and notebook PCs [11,12]. This has led to considerable efforts being spent on the search for cost-effective synthesis of well ordered 1D array of vertically aligned nanorods with precise control over dimensions [13e16].…”