Thermal Conductivity and Large Isotope Effect in GaN from First Principles

Lindsay, L., Broido, D. A., Reinecke, T. L.·2012·Physical Review Letters

Cited by (306)

Items 301–306 of 306

  1. Ballistic contributions to mesoscale thermal conductivity: Closing a flux-based model with lattice–Boltzmann–Peierls–Callaway simulations
    Pranay Biswas, Jonghoon Lee, Ajit Kumar Roy, Beni Cukurel · 2026 · Journal of Applied Physics
  2. Large lattice thermal conductivity and significant role of electron-phonon interaction in MAX phase T i 2 SC
    Anonymous, Guijian Pang, Yuwen Zhang, Xiao-Ping Yao, Wu Li · 2026 · Physical review. B./Physical review. B
  3. Anisotropic thermoelectric performance and anomalous Seebeck enhancement in monolayer HfNI
    Simin Xue, Yan Zhang, Zhiye Deng, 豆喜龙, Ting Song, Shengbo Qiu, Yi Chen · 2026 · Computational Materials Science
  4. Thermal and mechanical modulation of interfacial thermal resistance in GaN/diamond heterostructures based on machine learning potentials
    Shengnan Ji, Qing Ai, Bowei Zeng, Jialong Chen, Meng Liu, Xiangyu Liu, Yong Shuai · 2026 · International Journal of Heat and Mass Transfer
  5. Influence mechanisms of twin boundaries and inversion domain boundaries on lattice thermal conductivity of GaN semiconductor
    Min Huang, Wenjun Lei, Yaqin Zeng, Guodong Li · 2026 · SSRN Electronic Journal
  6. Influence mechanisms of twin boundaries and inversion domain boundaries on lattice thermal conductivity of GaN semiconductor
    Min Huang, Wenjun Lei, Yaqin Zeng, Guodong Li · 2026 · SSRN Electronic Journal