Results: 91 - 100 of 4307
https://ldrd-annual.llnl.gov/archives/ldrd-annual-2015/bioscience/physics
Unraveling the Physics of Nanometer-Scale Fluidic Phenomena at the Single-Molecule Level Francesco Fornasiero 13-ERD-030 Abstract Carbon nanotubes hold the potential to provide superior platforms for elucidating novel poorly understood nanometer-scale fluidic phenomena To advance the understanding of ...
https://www.llnl.gov/article/49991/GET
Back Machine learning reveals refreshing understanding of confined water Download Image An atomic-level view of water confined in a small-diameter nanotube Fast water transport and high selectivity of small-diameter nanotubes can enable advanced water desalination technologies Illustration concept Tuan ...
https://www.llnl.gov/article/49991/machine-learning-reveals-refreshing-understanding-confined-water
Back Machine learning reveals refreshing understanding of confined water Download Image An atomic-level view of water confined in a small-diameter nanotube Fast water transport and high selectivity of small-diameter nanotubes can enable advanced water desalination technologies Illustration concept Tuan ...
https://www.llnl.gov/news/carbon-nanotube-research-garners-energy-commission-funding
Oct 22 2010 Artists rendering of methane molecules flowing through a carbon nanotube less than two nanometers in diameter Image by Scott Dougherty Download Image Olgica Bakajin Download Image Previous Next Carbon nanotube research garners Energy Commission funding Researchers in carbon nanotubes originally ...
https://www.llnl.gov/news/carbon-nanotube-research-garners-energy-commission-funding
Oct 22 2010 Artists rendering of methane molecules flowing through a carbon nanotube less than two nanometers in diameter Image by Scott Dougherty Download Image Olgica Bakajin Download Image Previous Next Carbon nanotube research garners Energy Commission funding Researchers in carbon nanotubes originally ...
https://www.llnl.gov/news/superheated-nanotubes-gain-strength-they-stretch-researchers-find
Jan 18 2006 A single-walled carbon nanotube of 75 nanometers can stretch to 84 nanometers before it breaks New calculations show that by heating the nanotube to more than 3600 degrees Fahrenheit it became nearly 280 percent stronger than it was in its original form and its diameter shrunk by 15 times ...
https://www.llnl.gov/news/superheated-nanotubes-gain-strength-they-stretch-researchers-find
Jan 18 2006 A single-walled carbon nanotube of 75 nanometers can stretch to 84 nanometers before it breaks New calculations show that by heating the nanotube to more than 3600 degrees Fahrenheit it became nearly 280 percent stronger than it was in its original form and its diameter shrunk by 15 times ...
https://data-science.llnl.gov/latest/news/machine-learning-reveals-refreshing-understanding-confined-water
July 24 2023 An atomic-level view of water confined in a small-diameter nanotube Fast water transport and high selectivity of small-diameter nanotubes can enable advanced water desalination technologies Illustration concept Tuan Anh Pham Fikret Aydin and Marcos Calegari AndradeLLNL Illustration by Ella ...
https://data-science.llnl.gov/article/26021/GET
Back Ionwater clusters in carbon nanotubes Download Image The cover image depicts an isolated ionwater cluster inside a carbon nanotube Such clusters are responsible for the unusually fast electrophoretic transport of potassium ions and lead to a strong breakdown of the NernstEinstein relation In 1888 ...
https://lasers.llnl.gov/article/26021/GET
Back Ionwater clusters in carbon nanotubes Download Image The cover image depicts an isolated ionwater cluster inside a carbon nanotube Such clusters are responsible for the unusually fast electrophoretic transport of potassium ions and lead to a strong breakdown of the NernstEinstein relation In 1888 ...
