〒819-0395
福岡市西区元岡744
最先端有機光エレクトロニクス
研究センター
共進化社会システムイノベーション施設224

Center for Organic Photonics
and Electronics Research
(OPERA)
Co-Evolutional Social Systems Building #224
744 Motooka, Nishi, Fukuoka 819-0395, Japan

TEL: 092-802-6920
FAX: 092-802-6921

adachi[at]cstf.kyushu-u.ac.jp

 
 

3rd Floor

1st floor | 3rd floor | Fukuoka City Industry-Academia Collaboration Center

Welcome to Laboratory Room 3rd Floor!

Laboratories in the east wing contain ample resources for cutting-edge research and include four vacuum deposition systems and an organic synthesis room that can accommodate up to 30 people.

Deposition system

The lab’s first deposition system, which has been with us every step of the way since the very beginning. It is still going strong!

Devices with high reproducibility can be fabricated and studied by processing at vacuum levels of 10-5 Pa in this deposition system designed by one of our lab members.
Streak camera Absoption&emission

Measuring the fluorescence lifetime of organic thin films gives insight into the mechanisms of radiative exciton recombination and TADF.

Equipment for measuring fundamental optical properties of materials, such as UV-Vis-NIR absorption spectra, light emission spectra, and emission lifetime, are available.
Synthesis lab

The spacious synthesis laboratory has numerous workstations all enclosed in fume hoods (Dalton). GPC and LC-MS equipment are installed for the chemical analysis and purification of organic compounds.
Optical properties lab

EL device emission patterns and laser-excited emission spectra of films can be measured to understand molecular orientation.

Ellipsometer
The molecular orientation in ultrathin films can be evaluated by measuring the refractive index anisotropy. Measurements can also be made in-situ during deposition.
Transient absorption measurement system Train sublimation purifier


With this system, the excited-state absorption spectra of materials can be measured, and the mechanisms controlling exciton quenching under high current flow can be investigated.


Organic semiconductors can be refined to high purifies by sublimation.