| 摘要 |
PROBLEM TO BE SOLVED: To obtain a device in which influences of a reflection plate having a rugged pattern on the electro-optic characteristics of a liquid crystal can be suppressed and defects in domains or the like are eliminated by forming an alignment layer having different film thickness for the projected part and for the recessed part of the reflection layer having a rugged pattern so that the film thickness of the alignment layer on the recessed part is larger than the film thickness of the alignment layer on the projecting part. SOLUTION: In this liquid crystal device, external light is transmitted through a polarizing plate, a phase difference plate, a color filter and a liquid crystal layer 202, then is reflected on a rugged reflection electrode 205, and then is exited again from the polarizing plate to the outside of the liquid crystal cell. The liquid crystal layer 202 is held between the alignment layer 201 on the upper substrate side and alignment layer 203 (204) on the lower substrate side (alignment layer 204 formed on the projecting part and alignment layer 203 formed on the recessed part). The rugged reflection electrode 205 is formed under the alignment layer 203 (204) on the lower substrate side. Thus, the alignment layer 204, 203 different in film thickness are formed on the projecting part and recessed part of the rugged reflection layer so that the film thickness of the alignment layer 203 on the recessed part is larger than that of the alignment layer 204 on the projecting part. |
