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Lithium Lanthanum Zirconate is a lithium-stuffed material that is now being experimented with to be utilized in solid-state electrolytes. This is known for its high ionic conductivity and thus plays a great role in transforming the future of lithium-ion batteries in a rather more positive way in accordance with its improved quality.Lithium-ion batteries are known to be doing great in the industries and Lithium Lanthanum Zirconate has been introduced to rather bring more advancements to the same …

Lithium-ion batteries are a well-known form of battery with a wide range of consumer products. These batteries are known to be used in several fields providing benefits to a lot of industries and markets. One of the forms includes lithium-ion coin cell battery which has so many different functions and mechanisms with the involvement of different coin cell materials and cases. The entire preparation phase of coin cell batteries is documented in this article.The success that these cells have …

Cesium Tungsten Oxide itself is written in two ways one of which is Cesium Tungsten as well. It is a chemical compound found inorganically in nature to form any sort of dense solutions of liquid. The compound, Cesium Tungsten Oxide is quite popular among the industries of the entire world as they boost their production rates and demands. The following article comprises the production method, properties both physical and chemical, and applications of the Cesium Tungsten Oxide. The produ …

Silver nanowires are nanostructured tubes comprising silver. These are known as nanowires due to their minute thickness and diameter which is present in ratios more than 1000 therefore these are found to be extremely thin. Silver is an excellent element owing to the remarkable properties that it exhibits in various forms and categories. Depending upon the characteristics and properties that these silver nanowires exhibit, a lot of different applications of these nanowires come into existence. Al …

New Phase in Twisted Double Bilayer Graphene and High-Temperature SuperconductivityVahid Javan Kouzegaran Analytical Chemist (Ph.D.) / Nanografi Nano TechnologyIn recent collaborative research published on Nature magazine, a three-fold rotational symmetry breaking was reported in moiré nematic graphene, the twisted double bilayer graphene resulting in “correlated electronic phases” (CEP). The moiré pattern gives rise to a large unit cell and forms flat bands near the Fermi level. In the newly pu …