elimination member 12 incorporated in a video display terminal vdt 8 which has a cathode ray tube crt 10 member 12 includes an electrically conductive screen 14 secured to a flexible frame 15 by conductive polymeric strip 18 fig4 and an adhesive strip 17 a ground wire 16 extends from inside crt 10 and is attached to frame 15 by a nut 19 and bolt 20 combination frame 15 includes a front frame part 15 39 and a rear frame part 15 34 as shown in fig5 frame parts 15 39 and 15 34 are joined at their end edges 9 to form frame 15 screen 14 is formed of fibers which range from 0 002 inches to 0 0028 inches in diameter and a mesh count of 109 to 200 filaments per inch to provide mesh openings of 0 003 to 0 006 inches as indicated in u s pat no 4 253 737 incorporated herein by reference screen 14 is mounted in frame 15 and maintains contact over the display surface 27 of the crt 10 to eliminate the distortions in newton rings and morie patterns screen 14 is formed by treating fine mesh fabric preferably nylon or polyester in a heated bath which contains copper ii sulfide and an acid carbon black powder may be added to the bath as a catalyst the copper sulfide is adsorbed onto the fibers to render the fibers of screen 14 electrically conductive which allows the screen to function as a static electricity and radiation elimination device also the screen 14 may be dyed with an anti reflective color such as dark grey or black to reduce glare the method of.