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Intermittent Deposition Controls Molecule Placement for Better Organic Devices

Organic optoelectronic devices, such as organic light-emitting diodes (OLEDs), use molecules with specific structures arranged on thin films. Additionally, the arrangement of these molecules on any surface is crucial for various processes that occur within these devices.

Hisao ishiiYuya tanakaLaura thomsonjanMasahiro oharaGunma universityFrontier science at chiba universityApplied materialsSchool of scienceChiba universityGraduate schoolFrontier science

Deposition technology improves OLEDs

A team from Chiba University has introduced a new method for achieving stable deposition on thin films effectively and developed a tool to track

Hisao ishiiProfessor hisao ishii

The Power of Pause: Controlled Deposition for Effective and Long-Lasting Organic Devices

In organic optoelectronic devices, the control of molecular deposition on thin films is important for optimal surface arrangement and device performance

Masahiro oharaYuya tanakaHisao ishiiMegan craigApplied materialsChiba universityFrontier science at chiba universityGunma universitySchool of scienceGraduate schoolFrontier science

Power of Pause: Enhancing Organic Devices with Controlled Deposition

Power of Pause: Enhancing Organic Devices with Controlled Deposition
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Masahiro oharaYuya tanakaHisao ishiiMolecular chirality research center at chiba universitySurface science society of japanUniversity of tokyoChiba universityFrontier science at chiba universityChemical society of japanJapan society of applied physicsSchool of scienceGunma universityApplied materialsGraduate schoolFrontier scienceMolecular chirality research center

The power of pause: Controlled deposition for effective and long-lasting organic devices

The power of pause: Controlled deposition for effective and long-lasting organic devices
phys.org - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from phys.org Daily Mail and Mail on Sunday newspapers.

Masahiro oharaYuya tanakaHisao ishiiChiba universityApplied materialsFrontier science at chiba universityGunma universitySchool of scienceGraduate schoolFrontier scienceIntermittent depositionSpontaneous orientation polarizationOrganic amorphous films revealedRotary kelvin probe