Study on the micro cavity structure which contains a polymer dispersion type quantum dot

研究了含聚合物色散型量子点的微腔结构的制备工艺，并成功制备了该无源器件。对光学谐振腔的性能进行了评估，得到了与仿真结果一致的结果。我们开始了量子点合成技术的开发，实现了比商用量子点更对称的量子点结构，从而发出高偏振各向同性的光。我们开发了一种简单易行的利用x射线评价量子点结构的方法。我们制作了一种由化合物半导体制成的有源器件，并利用微机方法实现了对谐振器性能的控制。

We examined the production technology of micro cavity structure which contains a polymer dispersion type quantum dot, and succeeded in the manufacture of the passive device. We evaluated the optical resonator performance and obtained the result which agrees with simulation. We started the development of quantum dot synthetic technique and realized the quantum dot which has symmetric structure more than the commercial one and therefore emits light of high polarization isotropy. We developed the simple and easy method to evaluate quantum dot structure using X-rays. We produced an active device made by a compound semiconductor and realized the control of the resonator performance by the micromachine method.