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Article
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AI-assigned paper type based on the abstract. Classification may not be perfect — flag errors using the feedback button.
Tier 2
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Original research — experimental, observational, or case-control study. Direct primary evidence.
Nanoplastics
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Top-down synthesis of luminescent microplastics and nanoplastics by incorporation of upconverting nanoparticles for environmental assessment
Environmental Science Nano
2022
10 citations
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Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count.
Score: 35
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0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Alexandra ter Halle,
Nadiia Yakovenko,
Magali Albignac
Nadiia Yakovenko,
Nadiia Yakovenko,
Alexandra ter Halle,
Nadiia Yakovenko,
Alexandra ter Halle,
Nadiia Yakovenko,
Magali Albignac
Alexandra ter Halle,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Magali Albignac
Magali Albignac
Nadiia Yakovenko,
Alexandra ter Halle,
Alexandra ter Halle,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Baptiste Amouroux,
Baptiste Amouroux,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Nadiia Yakovenko,
Magali Albignac
Nadiia Yakovenko,
Nadiia Yakovenko,
Magali Albignac
Magali Albignac
Magali Albignac
Magali Albignac
Clément Roux,
Clément Roux,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Magali Albignac
Magali Albignac
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Nadiia Yakovenko,
Fabrice Collin,
Fabrice Collin,
Clément Roux,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Magali Albignac
Fabrice Collin,
Nadiia Yakovenko,
Alexandra ter Halle,
Magali Albignac
Magali Albignac
Magali Albignac
Clément Roux,
Clément Roux,
Magali Albignac
Fabrice Collin,
Nadiia Yakovenko,
Alexandra ter Halle,
Nadiia Yakovenko,
Magali Albignac
Magali Albignac
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Anne‐Françoise Mingotaud,
Anne‐Françoise Mingotaud,
Anne‐Françoise Mingotaud,
Christophe Coudret,
Christophe Coudret,
Alexandra ter Halle,
Nadiia Yakovenko,
Magali Albignac
Alexandra ter Halle,
Pierre Roblin,
Pierre Roblin,
Pierre Roblin,
Pierre Roblin,
Alexandra ter Halle,
Anne‐Françoise Mingotaud,
Alexandra ter Halle,
Christophe Coudret,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Christophe Coudret,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Clément Roux,
Clément Roux,
Alexandra ter Halle,
Alexandra ter Halle,
Magali Albignac
Anne‐Françoise Mingotaud,
Clément Roux,
Alexandra ter Halle,
Alexandra ter Halle,
Anne‐Françoise Mingotaud,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Alexandra ter Halle,
Magali Albignac
Summary
Researchers synthesized luminescent polyethylene microplastic and nanoplastic model particles using a top-down approach by incorporating upconverting nanoparticles, producing irregularly shaped particles similar to environmental samples that are trackable under 980 nm near-infrared irradiation for environmental assessment applications.
Polymers
Polyethylene model particle is synthesized by a top-down approach with effective incorporation of upconverting nanoparticles. The particles with irregular shapes, similar to those found in the environment, are trackable under 980 nm irradiation.
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