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    Novel Red Phosphorescent Iridium- Phenylisoquinoline Complex for Organic Electroluminescent Device

    New search for: Dong Uk Kim,
    New search for: Seoung-Hey Paik,
    New search for: Sung-Hoon Kim,
    New search for: Yoon-Hoon Tak,
    New search for: Yoon Soo Han,
    New search for: Tae-Jeong Kim,

    Novel Red phosphorescent iridium complex with phenyl-isoquinoline ligands and 2-acetyl-cyclohexanone ligand (IR-PIQACH) was synthesized. The three types of EL devices, IR-PIQACH (5%)device, IR-PIQACH (10%)device and IRBTPAC device were fabricated to measure electroluminescent (EL) characteristics. The layer-structures of the devices was following; IR-PIQACH (5%) device: ITO/ NPD/ IR-PIQACH (5%) in CBP/ Balq/ Alq/ LiF/ Al, IR-PIQACH (10%) device: ITO/ NPD/ IR-PIQACH (10%) in CBP/ Balq/ Alq/ LiF/ Al and IR-BTPAC (10%) device: ITO/ NPD/ IR-BTPAC (10%) in CBP/ Balq/ Alq/ LiF/ Al. Emission characteristics of the IR-PIQACH (5%) and IR-PIQACH (10%) devices were about 3830 cd/m2 and 3960 cd/m2 at 100 mA/cm2 at the same current density respectively. The EL spectra of the IR-PIQACH (5%) and IRPIQACH (10%) devices were detected at about 635 nm and 637 nm with the maximum intensities at 11 mA/cm2.

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    Novel Red Phosphorescent Iridium- Phenylisoquinoline Complex for Organic Electroluminescent Device

    New search for: Dong Uk Kim,
    New search for: Seoung-Hey Paik,
    New search for: Sung-Hoon Kim,
    New search for: Yoon-Hoon Tak,
    New search for: Yoon Soo Han,
    New search for: Tae-Jeong Kim,

    Novel Red phosphorescent iridium complex with phenyl-isoquinoline ligands and 2-acetyl-cyclohexanone ligand (IR-PIQACH) was synthesized. The three types of EL devices, IR-PIQACH (5%)device, IR-PIQACH (10%)device and IRBTPAC device were fabricated to measure electroluminescent (EL) characteristics. The layer-structures of the devices was following; IR-PIQACH (5%) device: ITO/ NPD/ IR-PIQACH (5%) in CBP/ Balq/ Alq/ LiF/ Al, IR-PIQACH (10%) device: ITO/ NPD/ IR-PIQACH (10%) in CBP/ Balq/ Alq/ LiF/ Al and IR-BTPAC (10%) device: ITO/ NPD/ IR-BTPAC (10%) in CBP/ Balq/ Alq/ LiF/ Al. Emission characteristics of the IR-PIQACH (5%) and IR-PIQACH (10%) devices were about 3830 cd/m2 and 3960 cd/m2 at 100 mA/cm2 at the same current density respectively. The EL spectra of the IR-PIQACH (5%) and IRPIQACH (10%) devices were detected at about 635 nm and 637 nm with the maximum intensities at 11 mA/cm2.

    Access

    Check access
    Check availability in my library
    Order at Subito €

    Novel Red Phosphorescent Iridium- Phenylisoquinoline Complex for Organic Electroluminescent Device

    New search for: Dong Uk Kim,
    New search for: Seoung-Hey Paik,
    New search for: Sung-Hoon Kim,
    New search for: Yoon-Hoon Tak,
    New search for: Yoon Soo Han,
    New search for: Tae-Jeong Kim,

    Novel Red phosphorescent iridium complex with phenyl-isoquinoline ligands and 2-acetyl-cyclohexanone ligand (IR-PIQACH) was synthesized. The three types of EL devices, IR-PIQACH (5%)device, IR-PIQACH (10%)device and IRBTPAC device were fabricated to measure electroluminescent (EL) characteristics. The layer-structures of the devices was following; IR-PIQACH (5%) device: ITO/ NPD/ IR-PIQACH (5%) in CBP/ Balq/ Alq/ LiF/ Al, IR-PIQACH (10%) device: ITO/ NPD/ IR-PIQACH (10%) in CBP/ Balq/ Alq/ LiF/ Al and IR-BTPAC (10%) device: ITO/ NPD/ IR-BTPAC (10%) in CBP/ Balq/ Alq/ LiF/ Al. Emission characteristics of the IR-PIQACH (5%) and IR-PIQACH (10%) devices were about 3830 cd/m2 and 3960 cd/m2 at 100 mA/cm2 at the same current density respectively. The EL spectra of the IR-PIQACH (5%) and IRPIQACH (10%) devices were detected at about 635 nm and 637 nm with the maximum intensities at 11 mA/cm2.

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    Title:

    Novel Red Phosphorescent Iridium- Phenylisoquinoline Complex for Organic Electroluminescent Device

    Contributors:

    Dong Uk Kim, (author) / Seoung-Hey Paik, (author) / Sung-Hoon Kim, (author) / Yoon-Hoon Tak, (author) / Yoon Soo Han, (author) / Tae-Jeong Kim, (author)

    Published in:

    2006 IEEE Nanotechnology Materials and Devices Conference ; 1 ; 580-581

    Publication date:

    2006-10-01

    Size:

    313855 byte

    ISBN:

    978-1-4244-0541-1 , 978-1-4244-0540-4

    DOI:

    https://doi.org/10.1109/NMDC.2006.4388912

    Type of media:

    Conference paper

    Type of material:

    Electronic Resource

    Language:

    English

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