HD18O recommended line list for the bands involving the two lowest states (000) and (010) gan Semen Mikhailenko (5241511)

Image 1_Organ-resolved lipid mapping in Steatoda nobilis spider model using high-resolution mass spectrometry imaging and Kendrick mass defect analysis.tif gan Damien Redureau (22175653)

Image 5_Organ-resolved lipid mapping in Steatoda nobilis spider model using high-resolution mass spectrometry imaging and Kendrick mass defect analysis.tif gan Damien Redureau (22175653)

Image 6_Organ-resolved lipid mapping in Steatoda nobilis spider model using high-resolution mass spectrometry imaging and Kendrick mass defect analysis.tif gan Damien Redureau (22175653)

Image 3_Organ-resolved lipid mapping in Steatoda nobilis spider model using high-resolution mass spectrometry imaging and Kendrick mass defect analysis.tif gan Damien Redureau (22175653)

Image 4_Organ-resolved lipid mapping in Steatoda nobilis spider model using high-resolution mass spectrometry imaging and Kendrick mass defect analysis.tif gan Damien Redureau (22175653)

Image 2_Organ-resolved lipid mapping in Steatoda nobilis spider model using high-resolution mass spectrometry imaging and Kendrick mass defect analysis.tif gan Damien Redureau (22175653)

Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution gan Tomonori Nomoto (5158805)

Pynciau:

Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution gan Tomonori Nomoto (5158805)

Pynciau:

Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution gan Tomonori Nomoto (5158805)

Pynciau:

Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution gan Tomonori Nomoto (5158805)

Pynciau:

Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution gan Tomonori Nomoto (5158805)

Pynciau:

Conversion Mechanism of Front-Side Marangoni Convection to Droplet Motion in Continuously Moving Self-Propelled 1‑Hexanol Droplet on an Aqueous Solution gan Tomonori Nomoto (5158805)

Pynciau:

Upcycling of Polyethylene Terephthalate Waste into Closed-Loop Recyclable Carbon Fiber-Reinforced Polymer Composites with High Performance gan Saipeng Feng (22141784)

Pynciau:

Upcycling of Polyethylene Terephthalate Waste into Closed-Loop Recyclable Carbon Fiber-Reinforced Polymer Composites with High Performance gan Saipeng Feng (22141784)

Pynciau:

Upcycling of Polyethylene Terephthalate Waste into Closed-Loop Recyclable Carbon Fiber-Reinforced Polymer Composites with High Performance gan Saipeng Feng (22141784)

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<i>far8</i>Δ mutants display a high rate of pseudosexual reproduction. gan Patricia P. Peterson (20291306)

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Effect of a high-fat/high-sugar diet on genes involved in ether lipid and fatty acid metabolism. gan Yvette L. Schooneveldt (22138892)

Making Use of Si Contaminants during Chemical Vapor Deposition of Graphene on Cu: Synthesis of a Stable Material with the Textbook-like Band Structure of Free-Standing Graphene gan Tim Kratky (7296743)

“...The alternating stacking of 30°-rotated layers in thicker graphene leads to electronically noninteracting layers. Moreover, in angle-resolved photoemission, replica bands due to Umklapp processes emerge without the opening of an energy gap....”

Making Use of Si Contaminants during Chemical Vapor Deposition of Graphene on Cu: Synthesis of a Stable Material with the Textbook-like Band Structure of Free-Standing Graphene gan Tim Kratky (7296743)

“...The alternating stacking of 30°-rotated layers in thicker graphene leads to electronically noninteracting layers. Moreover, in angle-resolved photoemission, replica bands due to Umklapp processes emerge without the opening of an energy gap....”