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    lattice

    Browse diverse articles and stories on lattice. The information of lattice is constantly complemented and updated on echemi.com.
    • The spent fuel storage lattice independently developed by CGN has passed the technical appraisal

      Time of Update: 2022-11-19
      According to CGN, the spent fuel storage grid is the core equipment in the nuclear fuel cycle, which is widely used in spent fuel storage at the reactor, intermediate separation from the reactor and reprocessing plants.
    • Li Yuan's group and collaborators in the School of Physics studied neutron scattering of cobalt-based hexagonal honeycomb lattice magnetic materials

      Time of Update: 2022-10-31
      Recently, Li Yuan, a long-term associate professor at the Center for Quantum Materials Science of the School of Physics of Peking University, and his collaborators used inelastic neutron scattering experiments and high-quality single crystal samples to completely determine the spin excitation spectrum of a quantum spin liquid candidate material for the first time in the world.
    • Create a one-stop supplier of single-cell sequencing products - face to face with the new lattice

      Time of Update: 2022-09-14
      , LtdStrength is strong, whether it is product or service Figure: Neolattice single-cell system solutionBased on the present, looking to the future Photo: New Geyuan booth of E-Trade ConferenceThe world's martial arts, only fast is not broken Pictured: The scene of the new Geyuan roadshow eventClear target, focused single-cell sequencing Figure: Dr. Zi Xiaoyuan, Senior Vice President of Clinical Development Center of Xingeyuan Biotechnology Co.
    • Jin Xianmin's team achieves free regulation of Zener tunneling in photonic honeycomb lattices

      Time of Update: 2022-08-16
      Research results: For the first time, free regulation of zener tunneling in photonic honeycomb lattices has been achieved, thereby protecting the coherent transport of quantum states in artificial photonic materials Recently, Jin Xianmin's team from the School of Physics and Astronomy, Shanghai Jiao Tong University published the latest research paper entitled "Inhibition and Reconstruction of Zener Tunneling in Photonic Honeycomb Lattices" [Advanced Materials 34, 2110044 (2022)] in Advanced Materials, an international authoritative journal of materials science.
    • in the study of lattice quantum chromodynamics of nuclear structures

      Time of Update: 2022-03-06
      Studying the composition of quarks and gluons of nucleons is of great significance for understanding the basic laws of strong interaction and the deep structure of matter; this is also the future big scientific device - China Polarized Electron Ion Collider (EicC) and American Polarized Electron One of the important physical targets of the ion collider (EIC) .
    • 3D printed yeast containing hydrogel lattice can accelerate the production of alcohol and drugs.

      Time of Update: 2018-05-18
      By injecting active yeast cells into hydrogels as 3D printing ink, researchers from University of Washington produced a bioreactor using 3D printing technology This bioreactor can ferment for several
    • of semiconductor nano lattice was assembled with a simple ball and stick

      Time of Update: 2018-01-29
      The assembly structure of materials has an important influence on the properties of materials In recent years, the study of the influence of the shape of the assembly on the assembly structure is a ho
    • China masters the new technology of super-lattic code

      Time of Update: 2020-12-15
      The super-lattice cryptotherapy technology is based on the physical characteristics of the material itself, because of the uniqueness of the material device itself and the true randomness of the resulting signal, the super-lattice password is theoretically unbreakable.
    • Lattice.

      Time of Update: 2020-12-09
      the structural particles (molecules, atoms, ions) that make up the crystal are arranged in three-dimensional space in a orderly way at points that periodically form an infinite grid with a certain geometric shape, called lattices.

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