Water Loses Its Hydrogen Bonds When Squeezed Into Nanotubes, Landmark Study Shows
Using nanoscale vibrational spectroscopy inside carbon nanotubes, researchers have directly observed water losing its hydrogen-bond network under extreme confinement.
Using nanoscale vibrational spectroscopy inside carbon nanotubes, researchers have directly observed water losing its hydrogen-bond network under extreme confinement.
Researchers have created a flexible, adhesive hydrogel reinforced with carbon nanotube and metal-organic framework nanoparticles that achieves over 33 decibels ...
A new DFT study shows that carboxyl-functionalized single-walled carbon nanotubes bind the tuberculosis drug isoniazid far more strongly than pristine ...
An AI-driven inverse-design framework has identified multiple distinct chemical vapour deposition recipes that grow carbon nanotube arrays with nearly identical ...
Researchers in China have built an asymmetric supercapacitor from lanthanum-doped flower-like iron molybdate cathodes and tin oxide-carbon nanotube anodes that ...
Researchers in Korea and the United States have developed a carbon nanotube and magnetite nanocomposite aerogel that nearly doubles the ...
A new review shows that graphene, carbon nanotubes, and carbon composites can slash weight and dramatically outperform metals in the ...
Researchers have engineered glucuronic acid and polyethyleneimine-functionalized carbon nanotubes that load 5-fluorouracil with 88 percent efficiency and release it preferentially ...
Chemists have created a guanine-functionalized, magnetic carbon nanotube catalyst carrying Cu(I) sites that builds biologically important isoquinolines in high yields ...
Researchers used a high-shear kitchen blender process in water to disentangle carbon nanotubes for polycarbonate nanocomposites with dramatically improved strength, ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine