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ID31910625Published Date2020-02-12JournalNano letters, 2020-02-12, Volume 20
Covalent organic frameworks (COFs) are molecule-based 2D and 3D materials that possess a wide range of mechanical and electronic properties. We have performed a joint experimental and theoretical study of the electronic structure of boroxine-linked COFs grown under ultrahigh vacuum conditions and characterized using scanning tunneling spectroscopy on Au(111) and hBN/Cu(111) substrates. Our results show that a single hBN layer electronically decouples the COF from the metallic substrate, thus …
Publication
ID31916444Published Date2020-02-12JournalNano letters, 2020-02-12, Volume 20
We report the optical imaging and absorption spectroscopy on atomically precise armchair graphene nanoribbons (GNRs) on insulating fused silica substrates. This is achieved by controlling light polarization on macroscopically aligned GNRs which greatly enhances the optical contrast of the submonolayer GNRs on the insulating substrates. We measure the linear absorption spectra of 7-armchair and 9-armchair GNRs in this study, and the experimental data agree qualitatively with ab inito calculati…
Publication
ID31995371Published Date2020-02-12JournalJournal of the American Chemical Society, 2020-02-12, Volume 142
The design and synthesis of 2D and 3D crystalline covalent organic frameworks (COFs) from macromolecular and even infinite building units is largely undeveloped. Here, we report a strategy to link molecules and 1D ribbons into 2D cystalline frameworks. Triangular, tris(4-aminophenyl)amine (TAA), and square, 1,3,6,8-tetrakis(-formylphenyl)pyrene (TFPPy), organic building units are joined substoichiometrically by imine linkages to produce 1D ribbons, termed COF-76, bearing free amines, which ar…
Web Document
Date Added2020-02-11
This technology is currently not available for licensing - Available technology for licensing from the University of California, Berkeley Office of Technology Licensing Available Technologies Contact Us Office of Technology Licensing Available Technologies Contact Us  Request Information  Download PDF  Permalink  Print This technology is currently not available for licensing Tech ID: 19886 Share This University of California, Berkeley Office of Technology Licensing 2150 Shattuck Avenue, S…
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Date Added2020-02-11
Metal And Metal Core, Oxide Shell Nanoparticles - Available technology for licensing from the University of California, Berkeley Office of Technology Licensing Available Technologies Contact Us Office of Technology Licensing Available Technologies Contact Us  Request Information  Download PDF  Permalink  Print Metal And Metal Core, Oxide Shell Nanoparticles Tech ID: 19918 / UC Case 2010-042-0 Brief Description Synthesis of nanoparticles of the reactive metal variety are quite difficult to…
Web Document
Date Added2020-02-11
Direct Patterning Of Materials By Microcapillary Molding - Available technology for licensing from the University of California, Berkeley Office of Technology Licensing Available Technologies Contact Us Office of Technology Licensing Available Technologies Contact Us  Request Information  Download PDF  Permalink  Print Direct Patterning Of Materials By Microcapillary Molding Tech ID: 19908 / UC Case 2010-040-0 Brief Description Traditional nanoimprint lithography is a simple and versatile…
Web Document
Date Added2020-02-11
Compositions and Methods of Use for Variant Csy4 Endoribonucleases - Available technology for licensing from the University of California, Berkeley Office of Technology Licensing Available Technologies Contact Us Office of Technology Licensing Available Technologies Contact Us  Request Information  Download PDF  Permalink  Print Compositions and Methods of Use for Variant Csy4 Endoribonucleases Tech ID: 19837 / UC Case 2010-028-0 Patent Status Country Type Number Dated Case United States …
Web Document
Date Added2020-02-11
DNA Demethylases and uses thereof - Available technology for licensing from the University of California, Berkeley Office of Technology Licensing Available Technologies Contact Us Office of Technology Licensing Available Technologies Contact Us  Request Information  Download PDF  Permalink  Print DNA Demethylases and uses thereof Tech ID: 19817 / UC Case 2007-D33-0 Brief Description   Imprinting regulates a number of genes essential for normal development in mammals and angiosperms. In ma…
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Date Added2020-02-11
Microfluidic Flow Lysometer Device, System And Method - Available technology for licensing from the University of California, Berkeley Office of Technology Licensing Available Technologies Contact Us Office of Technology Licensing Available Technologies Contact Us  Request Information  Download PDF  Permalink  Print Microfluidic Flow Lysometer Device, System And Method Tech ID: 19443 / UC Case 2009-113-0 Patent Status Country Type Number Dated Case United States Of America Issued Patent 8…
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Date Added2020-02-11
Silicide-Induced Air Gaps - Available technology for licensing from the University of California, Berkeley Office of Technology Licensing Available Technologies Contact Us Office of Technology Licensing Available Technologies Contact Us  Request Information  Download PDF  Permalink  Print Silicide-Induced Air Gaps Tech ID: 19240 / UC Case 2009-131-0 Brief Description Investigators at the University of California, Berkeley have developed silicidation-induced air gaps, an innovative release…
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