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Would you like to know more about hydrothermal synthesis of vanadium dioxide? Then join my colleague Roberto Habets during today’s poster session at #mrsfall23. He will explain you all the benefits of hydrothermal synthesis over other preparation techniques, and is happy to discuss the versatility of hydrothermal synthesis for the preparation of metal oxide nanoparticles!! TNO | Brightlands Materials Center | Eugene Veerkamp | Daniel Mann | Kimberly Timmers | Nicole Meulendijks

Moving toward a physically controlled nanoparticle decontamination method that is rapid and highly effective. Now the J&R Project has extended it to an immobilized system that uses ambient energy sources to drive it:

Did you miss our new product announcement? Triton AX is the newest member of the Protochips in situ TEM portfolio and is offering an unprecedented temperature range of -50 °C to 300 °C to be applied to liquid electrochemical experiments. This is a huge advancement for research in the areas of batteries, electrocatalysts, corrosion, and nanomaterial synthesis. There are three reasons for applying such a wide range of temperatures to electrochemical experiments: 📝To create an environment that is more relevant to the material (think cold weather climates or high operating temperatures) 📝To speed up or slow down reaction kinetics that are too slow or too fast to study in the TEM 📝To mitigate beam damage (using cooling) Want to discuss the details? Reach out to us at contact@protochips.com where we will gladly answer all your questions! #unveilinginnovation #nanoscience #nanotechnology #insitu #electronmicroscopy #findyourbreakthrough

A new insight into the potential of surface functionalization of perovskite nanomaterials to explore new interesting photoinduced reactivities

The thermoelectric properties in a device structure using an armchair graphene nanoribbon (AGNR) model. Since we have already built the 8AGNR we’ll use it to investigate the thermoelectric transport properties. https://lnkd.in/dWTDtEyj

A combination of structuring and carbon/MoS2 coatings allows the engineering of a surface which can endure high tribological loading in vacuum and air.

Time-dependent measurements of #carbon #nanoparticle inception   New video from the series of interviews with users of the #EuropeanXFEL   At MID experiment station of European #XFEL a team led by Andrea Comandini from the Centre National de la Recherche Scientifique (#CNRS) in Orléans, France, is investigating the formation of carbonaceous #nanoparticles at different temperatures and pressures. Nanoparticles containing carbon have extraordinary chemical and electronic properties. However, their formation out of the gas phase is still poorly understood. Using small-angle scattering (SAXS) the team hopes to answer long-standing questions about the nature and formation of carbonaceous nanoparticles. This could lead to the development of clean combustion devices and their safety, as well as the nanomaterials' industry in general. https://lnkd.in/eQgi-fwp

🔬 Delving into the World of Battery Innovation! ➡ Join Moritz Loewenich and Md Yusuf Ali on a journey behind the scenes to gain insights into the process of obtaining nanoparticles by using a spray flame reactor and a hot wall reactor. 🔎 Discover the process of developing materials for solid-state batteries, utilizing cutting-edge techniques that pave the way for scalable industrial applications for a future powered by sustainable energy solutions. This video was recorded at the NanoEnergieTechnikZentrum (NETZ) of the Universität Duisburg-Essen. #Nanomaterials #MaterialScience #ResearchAndDevelopment #LabTour

<The 339th ICYS Seminar> ・On-Surface Synthesis of Silicon or Germanium Incorporated Carbon Nanostructures ・Diamond Field-effect Transistor Utilizing h-BN Gate Insulator #silicon, #germanium, #carbon, #nanostructure, #diamond, #transistor, #insulator,