on the coating of the surface of the crt 39 s display screen the second silane coupling agent prevents moisture from permeating into the antireflective or antistatic antireflective coating when the display screen is wiped with a wet or moist cloth or in high moisture atmospheric conditions in a preferred embodiment the ratio of the first silane coupling agent to the dye is 6 while the preferred ratio of the second silane coupling agent to the dye is 10 the present invention can employ various silane coupling agents well known to those skilled in the relevant arts referring to fig3 there is shown a flow chart illustrating the series of steps involved in forming and applying the combination of an inner antistatic layer and an outer antireflective layer to the outer surface of a glass display screen of a crt in accordance with one embodiment of the present invention in step 60 an organic dye as well as the disclosed silane coupling agents are added to an antireflective solution to be applied to outer surface of the crt 39 s glass display screen at step 62 the crt 39 s display screen or faceplate is cleaned and preheated to a temperature range of 30 34 u00b0 c at step 64 an antistatic solution is applied to the outer surface of the crt 39 s display screen to form an antistatic layer thereon at step 66 the antireflective solution is applied to the surface of the crt 39 s display screen over the inner antistatic layer to form an outer anti reflective layer the thus coated glass display is then baked at 200 u00b0 c for approximately 30 minutes at step 68 the coated display screen in then air cooled to room temperature at step 70 the inner.