CAS: 24621-21-4; Azanylidyneniobium

📜叠氮化钠 反应生成氮化铌
参考文献:Kaiehda,Josiya;Oieh,Masasi
标题:Kaiehda,Josiya;Oieh,Masasi

专利信息

专利号:US-2024097109-A1
优先权日:2021-02-11
标 题:Bottom-Up, Scalable Synthesis Of Oxide-Based Sub-Nano And Nanofilaments And Nanofilament-Based Two-Dimensional Flakes And Mesoporous Powders
发明人：BARSOUM MICHEL W; BADR HUSSEIN OSAMA
权利人:UNIV DREXEL
摘要:Provided are methods to convert—through a bottom-up approach—binary and ternary titanium carbides, nitrides, borides, phosphides, aluminides, and silicides into lepidocrocitic nanofilaments that in some cases self-assemble into 2D flakes by immersing them in a quaternary ammonium solution at moderate temperatures. The resulting flakes can comprise nanofilaments in cross-section, some of which nanofilaments can be few microns long in some instances.

专利号:SI-23988-A
优先权日:2012-02-22
标题:Method for the synthesis of 4d and 5d (Nb, Mo, Ta, W) nitride transition metals in the form of quasi-one-dimensional structures

专利号:CN-117042802-A
优先权日:2021-02-11
标题 :Bottom-up scalable synthesis of oxide-based subnanofilaments and nanofilaments and nanofilament-based two-dimensional flakes and mesoporous powders

专利号:KR-20140053100-A
优先权日:2011-06-27
标 题 :METHOD FOR SYNTHESIS OF TRANSIENT METAL NITRIDE AND TRANSITION METAL NITRIDE

专利号:US-11637276-B2
优先权日:2018-05-17
标 题:Molten fluid electrode apparatus with solid lithium iodide electrolyte having improved lithium ion transport characteristics
发明人：VISSERS DANIEL R; BRAUN PAUL V
权利人:VISSERS BATTERY CORP
摘要:Performance of a thermal lithium battery is improved by improving the ion-transport characteristics of a solid lithium iodide electrolyte. The lithium iodide lattice of the solid electrolyte includes defects that improve the ion-transport characteristics of the solid lithium iodide electrolyte. In one example, the defects are due to the introduction of nanoparticles that result in grain boundary defects. The defects resulting at the grain boundaries with the nanoparticles improve the ion transport characteristics of the electrolyte. In another example, defects originating from the synthesis process are pinned by the presence of nanoparticles and/or the reinforcing structure. In another example, the defects are aliovalent substitution defects. A cation that is aliovalent to the lithium cation (Li+), such as a barium cation (Ba2+), creates an aliovalent substitution defect in the lithium iodide lattice. In order to maintain charge neutrality in the lattice, two lithium cations are replaced by a single barium cation creating the defect in the lattice.

专利号:US-2024424465-A1
优先权日:2021-11-15
标题 :Tunable nanostructure formation methods and techniques exploiting ablation
发明人：NECHACHE RIAD
权利人:NECHACHE RIAD
摘要:Nanoparticles have applications across medicine, physics, chemistry, biochemistry, agriculture, optics, electronics, renewable energy, textiles etc. Whilst several methods for creating nanoparticles, including inert gas condensation, attrition, chemical precipitation, ion implantation, radiolysis, pyrolysis and hydrothermal synthesis, exist these exhibit limitations. These limitations are exacerbated when considering coating processes of nanoparticles to generate core-shell nanoparticles. Accordingly, the invention provides a manufacturing methodology suitable for production of nanoparticles at a high yield whilst facilitating core-shell nanoparticles, core-shell nanoparticles with organic cores etc. and their related colloidal solutions and inks.