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New Magnetic Janus Particles Facilitate Rapid Oil-Water Separation

New Magnetic Janus Particles Facilitate Rapid Oil-Water Separation

Systec GmbH and New Business Partner Evidencia GmbH

Systec GmbH and New Business Partner Evidencia GmbH

ACHEMA 2018: Systec GmbH and Evidencia GmbH Present Innovation and Proven Quality in Laboratory Technology

ACHEMA 2018: Systec GmbH and Evidencia GmbH Present Innovation and Proven Quality in Laboratory Technology

Novel Keyboard Design Reduces Cost and Improves Flexibility

Novel Keyboard Design Reduces Cost and Improves Flexibility

Electron Arrangements in a Semiconductor Provide New Design Opportunities for Electronic Devices and Quantum Computing

Electron Arrangements in a Semiconductor Provide New Design Opportunities for Electronic Devices and Quantum Computing

Artificial Superlattice Yields Higher Voltage and Improves Thermoelectric Conversion Rate

Artificial Superlattice Yields Higher Voltage and Improves Thermoelectric Conversion Rate

Cancer Research Aided by First-Of-Its-Kind Microscope at UNF

Cancer Research Aided by First-Of-Its-Kind Microscope at UNF

Laurent Dumas Joins TESCAN USA Team

Laurent Dumas Joins TESCAN USA Team

Sodium-and Potassium-Based Batteries Could be Key for Smart Grid of Future

Sodium-and Potassium-Based Batteries Could be Key for Smart Grid of Future

New 3D Printing Method Could Help Develop Materials for Energy Storage and Electronics

New 3D Printing Method Could Help Develop Materials for Energy Storage and Electronics

Study Aims at Producing Novel Composite Fuel for Futuristic Fast Reactors

Study Aims at Producing Novel Composite Fuel for Futuristic Fast Reactors

Heterostructural Alloys Could Serve as a Promising Coating for Smart Windows

Heterostructural Alloys Could Serve as a Promising Coating for Smart Windows

New Material with Optical Properties for Better Infrared Detection in Autonomous Vehicles

New Material with Optical Properties for Better Infrared Detection in Autonomous Vehicles

MIT Researchers Develop Blubber-Like Insulating Material that Dramatically Increases the Survival Time for Swimmers

MIT Researchers Develop Blubber-Like Insulating Material that Dramatically Increases the Survival Time for Swimmers

Novel Molecular, Soft Cocrystalline Material Bends and Twists Reversibly

Novel Molecular, Soft Cocrystalline Material Bends and Twists Reversibly

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