本研究是以不同螢光布樣貼合冷光片來產生不同的視覺效果，並與不同染色濃度之螢光布樣貼合探討亮度及L值的改變。螢光黃染料與冷光片貼合後，染料濃度0.05%時L值為95.32，染料濃度上升至1.0%時L值為102.71，使螢光黃染料濃度與亮度成正比關係。而螢光紅染料濃度0.05%時L值為60.67，染料濃度上升至1.0%時L值為54.69。隨濃度上升，L值跟著下降。螢光橘為中間值。一般染料的紅色及黃色皆會隨著染料濃度的上升，與冷光片貼合後的亮度會下降，與螢光紅染料及螢光橘染料相同，故染料濃度與亮度呈反比關係。冷光片與螢光布樣貼合會受到布樣本身之Lab值影響，造成冷光片光線色彩的改變，故欲改變色彩，除了改變絕緣層外，亦可以布樣貼合來改變其效果。

In this study, different luminescent swatches were used to fit the luminescent sheet to produce different visual effects, and the brightness and Lab values were changed in conjunction with the fluorescent swatches with different staining densities. After the fluorescent yellow dye is attached to the luminescent sheet, the L value is 95.32 when the dye concentration is 0.05%, and the L value is 102.71 when the dye concentration is increased to 1%, so that the concentration of the fluorescent yellow dye is directly proportional to the brightness. The L value was 60.67 when the fluorescent red dye concentration was 0.05%, and the L value was 54.69 when the dye concentration rose to 1%. As the concentration increases, the L value decreases. Orange is the median value. Generally, the red and yellow color of the dye will increase with the increase of the dye concentration, and the brightness after affixing to the luminescent sheet will decrease, which is the same as that of the fluorescent red dye and the fluorescent orange dye. Therefore, the dye concentration is inversely proportional to the brightness. The attachment of the cold light sheet to the fluorescent cloth sample will be influenced by the Lab value of the cloth sample body, resulting in a change in the color of the electroluminescent light. Therefore, in order to change the color, besides changing the insulating layer, the cloth type can also be used to change the effect.