使用準分子雷射將高功率且連續性的紫外線脈衝打到光罩上此時光敏光纖受到紫

使用準分子雷射將高功率且連續性的紫外線脈衝打到光罩上此時光敏光纖受到紫外線穿透光罩所產生的繞射效應影響，使內部折射率產生些微的變化，折射率改變的光纖會造成特定能量間的耦合，達到對特定波長有選擇性的窄頻反射效應。

結果 (英文) 1:

Excimer lasers using high power ultraviolet pulses and continuous photosensitive optical fiber hit the reticle case affected by diffraction effects generated mask UV penetration, the internal refractive index produced slight changes in the refractive index change fiber causes coupling between the particular energy, to achieve narrowband reflection effect selective for a particular wavelength.

結果 (英文) 2:

Using quasi-molecular lightning to hit high-power and continuous ultraviolet pulses onto the mask at this time the light-sensitive fiber is affected by the winding effect caused by ultraviolet penetration of the mask, so that the internal refractive index produces some slight changes, the refractive index changes of the fiber will cause the coupling between specific energy, to achieve a selective narrow frequency reflection effect on a specific wavelength.

結果 (英文) 3:

Excimer laser is used to beat the high-power and continuous ultraviolet pulse on the mask. The light sensitive fiber is affected by the diffraction effect caused by the ultraviolet ray penetrating the mask, which makes the internal refractive index slightly change. The fiber with the changed refractive index will cause the coupling between specific energies, and achieve the selective narrow-frequency reflection effect of specific wavelength.