Nat Commun July 2023 PMID 37438377

All-polymer organic solar cells with nano-to-micron hierarchical morphology and large light receiving angle.

Rui Zeng, Lei Zhu, Ming Zhang, Wenkai Zhong, Guanqing Zhou, Jiaxing Zhuang, Tianyu Hao, Zichun Zhou, Libo Zhou, Nicolai Hartmann, Xiaonan Xue, Hao Jing, Fei Han, Yiming Bai, Hongbo Wu

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Peak: 2 in Aug 2023

across 2 sources since Aug 2023

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What people are saying

The discussions primarily reference the technical aspects, such as nano- to-micron hierarchical structures and their influence on light absorption, with phrases like 'large light receiving angle' hinting at potential improvements in real-world applications. The tone is neutral and factual, emphasizing the research's innovative approaches without strong emotional or evaluative language.

AgreementNeither agree nor disagree

Comments are neutral or not explicitly supportive or dismissive, indicating mixed or uncertain agreement.

InterestModerate interest

Discussions show some curiosity but lack detailed analysis, reflecting moderate interest.

EngagementModerate engagement

Participants briefly mention the core concepts but do not deeply analyze or critique the research, indicating moderate engagement.

ImpactModerate impact

The references highlight the significance of the advanced morphology for solar efficiency, suggesting a noteworthy but not universally transformative impact.

Abstract in brief

Allpolymer organic solar cells with nanoscale phase separation and microscale surface structure achieve record efficiencies (around 19%) and have a large light reception angle, making them suitable for distributed applications.
The development involves a new processing method that creates a hierarchical nano- and microscale morphology, which enhances exciton-to-carrier conversion and traps light more effectively.
This design results in a 30% increase in power gain compared to flat devices, reducing installation constraints and improving performance for outdoor, real-world use.]

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Advances in All-Polymer Organic Solar Cells with Hierarchical Morphology

Discover how nanoscale phase separation and microscale structures in polymer solar cells achieve record efficiencies of around 19%, with enhanced light reception and a 30% power gain, making them ideal for distributed…

STEM RTCL TV · Oct 22, 2023 45 views

Materials Design Inc

@MedeAsoftware · X

RT @MedeAsoftware: All-polymer organic solar cells with nano-to-micron hierarchical morphology and large light receiving angle #materials h…

Aug 18, 2023 · 1 share · 367 followers View post →