1.A process was developed for fabrication of diode-type carbon nanotube/nanofiber(CNT/ CNF)field emission display(c-FED). The CNT/CNF was prepared by low pressure chemical vapor deposition. The anode and cathode were fabricated by screen printing of phosphor and CNT/CNF paste on glass plates.
2.An area of glow surrounding a bright spot on a fluorescent screen due to scattering by the phosphor or to multiple reflections at front and back surfaces of the glass faceplate.
4.The fluorescent material which coats the screen of a CRT. When the electron beam strikes the phosphor its electrons become excited and move to a higher energy level. When the electrons return to their original level they give off thelight that forms the display on the screen.
9.The half intensity line width of the 3 inch YAG phosphorscreen can be 85 μm at a cathode current of 0 5 mA. The red,green and blue YAG phosphor screens reach the luminance of 6 2×10 4,1 4×10 5 and 8 3×10 3 cd/m 2 at a current of 1 0 mA and an anode voltage of 29 kV,respectively.
10.Aim The method of assaying 125 I rhpro UK concentration of plasma in rabbits with combination of storage phosphorscreen autoradiography and PAGE were evaluated in this paper.
