Nadine Stratmann

Continuous-Flow Nanosecond UV Laser Fragmentation of LaB6: Process Limits, Size Control, and Electrocatalytic Performance

Benjamin Mockenhaupt, Tobias Bessel, Nadine Stratmann, Davide Beschi et autres

Continuous-flow nanosecond microparticle laser fragmentation in liquids (ns-MP-LFL) is investigated as a scalable route for producing LaB 6 nanoparticles from ball-milled ceramic feedstock. LaB 6 serves as a conductive refractory ceramic to evaluate photothermal ns-fragmentation of high-melting, low-work-function materials. Optical–thermal analysis shows …

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Nanosecond UV-Laser Fragmentation of LaB₆ for Scalable Production and Size Control of Nano-Sized Particles

Benjamin Mockenhaupt, Tobias Bessel, Nadine Stratmann, Anna Rosa Ziefuß et autres

Nanosecond laser fragmentation in liquids has recently emerged as a highly efficient alternative to picosecond laser fragmentation and ablation for nanoparticle production, but its applicability to mechanically robust, refractory ceramics in purely photothermal regime remains unclear. Here, LaB₆ is chosen as a …

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Thermally penetration driven, record nanoparticle yield and throughput by high-power, ultraviolet nanosecond microparticle laser fragmentation

Anna Rosa Ziefuß, Nadine Stratmann, christoph reifenrath, gaurav kanu et autres

Laser nanomanufacturing requires energy-efficient, high-throughput methods using inexpensive feedstocks and continuous operation. We demonstrate high-power ultraviolet nanosecond microparticle laser fragmentation in liquids as a controlled, high-yield route to ligand-free silver nanoparticles. Two synchronized 343 nm, 200 W beams enable dual-pulse volumetric heating …

Supplementary document for Record Nanoparticle Productivity by High-power, Ultraviolet Nanosecond Microparticle Laser Fragmentation - 7744919.pdf

Anna Rosa Ziefuß, Nadine Stratmann, christoph reifenrath, gaurav kanu et autres

Supporting Information

Thermally penetration driven, record nanoparticle yield and throughput by high-power, ultraviolet nanosecond microparticle laser fragmentation

Anna Rosa Ziefuß, Nadine Stratmann, christoph reifenrath, gaurav kanu et autres

Laser nanomanufacturing requires energy-efficient, high-throughput methods using inexpensive feedstocks and continuous operation. We demonstrate high-power ultraviolet nanosecond microparticle laser fragmentation in liquids as a controlled, high-yield route to ligand-free silver nanoparticles. Two synchronized 343 nm, 200 W beams enable dual-pulse volumetric heating …

Thermally penetration driven, record nanoparticle yield and throughput by high-power, ultraviolet nanosecond microparticle laser fragmentation

Anna Rosa Ziefuß, Nadine Stratmann, christoph reifenrath, gaurav kanu et autres

Laser nanomanufacturing requires energy-efficient, high-throughput methods using inexpensive feedstocks and continuous operation. We demonstrate high-power ultraviolet nanosecond microparticle laser fragmentation in liquids as a controlled, high-yield route to ligand-free silver nanoparticles. Two synchronized 343 nm, 200 W beams enable dual-pulse volumetric heating …

Supplementary document for Record Nanoparticle Productivity by High-power, Ultraviolet Nanosecond Microparticle Laser Fragmentation - 7744919.pdf

Anna Ziefuss, Nadine Stratmann, christoph reifenrath, gaurav kanu et autres

Supporting Information

Supplementary document for Record Nanoparticle Productivity by High-power, Ultraviolet Nanosecond Microparticle Laser Fragmentation - 7744919.pdf

Anna Rosa Ziefuß, Nadine Stratmann, christoph reifenrath, gaurav kanu et autres

Supporting Information

Thermally penetration driven, record nanoparticle yield and throughput by high-power, ultraviolet nanosecond microparticle laser fragmentation

Anna Rosa Ziefuß, Nadine Stratmann, christoph reifenrath, gaurav kanu et autres

Laser nanomanufacturing requires energy-efficient, high-throughput methods using inexpensive feedstocks and continuous operation. We demonstrate high-power ultraviolet nanosecond microparticle laser fragmentation in liquids as a controlled, high-yield route to ligand-free silver nanoparticles. Two synchronized 343 nm, 200 W beams enable dual-pulse volumetric heating …

Supplementary document for Record Nanoparticle Productivity by High-power, Ultraviolet Nanosecond Microparticle Laser Fragmentation - 7744919.pdf

Anna Rosa Ziefuß, Nadine Stratmann, christoph reifenrath, gaurav kanu et autres

Supporting Information

Supplementary document for Record Nanoparticle Productivity by High-power, Ultraviolet Nanosecond Microparticle Laser Fragmentation - 7744919.pdf

Anna Rosa Ziefuß, Nadine Stratmann, christoph reifenrath, gaurav kanu et autres

Supporting Information

Thermal–penetration–driven, record nanoparticle yield and throughput by high-power, ultraviolet nanosecond microparticle laser fragmentation

Anna Rosa Ziefuß, Nadine Stratmann, christoph reifenrath, gaurav kanu et autres

Laser nanomanufacturing requires energy-efficient, high-throughput methods using inexpensive feedstocks and continuous operation. We demonstrate high-power ultraviolet nanosecond microparticle laser fragmentation in liquids as a controlled, high-yield, high-throughput route to ligand-free silver nanoparticles. Two synchronized 343 nm, 200 W beams enable sufficient laser …