exciton binding
激子结合
exciton energy
激子能量
exciton dynamics
激子动力学
exciton transport
激子传输
exciton lifetime
激子寿命
exciton model
激子模型
exciton dissociation
激子解离
exciton states
激子态
exciton wavefunction
激子波函数
exciton generation
激子生成
excitons are important in the study of semiconductor physics.
激子在半导体物理学的研究中非常重要。
the generation of excitons can lead to efficient energy transfer.
激子的产生可以导致高效的能量转移。
researchers are exploring the role of excitons in solar cells.
研究人员正在探讨激子在太阳能电池中的作用。
excitons can exist in both bound and free states.
激子可以存在于束缚态和自由态。
the lifetime of an exciton is crucial for its applications.
激子的寿命对其应用至关重要。
exciton dynamics can influence material properties significantly.
激子动力学可以显著影响材料特性。
understanding exciton formation is key to improving efficiency.
理解激子的形成是提高效率的关键。
excitons are often studied in two-dimensional materials.
激子通常在二维材料中进行研究。
excitons play a vital role in light-emitting devices.
激子在发光器件中发挥着重要作用。
the interaction between excitons and phonons is a fascinating topic.
激子与声子的相互作用是一个引人入胜的话题。
exciton binding
激子结合
exciton energy
激子能量
exciton dynamics
激子动力学
exciton transport
激子传输
exciton lifetime
激子寿命
exciton model
激子模型
exciton dissociation
激子解离
exciton states
激子态
exciton wavefunction
激子波函数
exciton generation
激子生成
excitons are important in the study of semiconductor physics.
激子在半导体物理学的研究中非常重要。
the generation of excitons can lead to efficient energy transfer.
激子的产生可以导致高效的能量转移。
researchers are exploring the role of excitons in solar cells.
研究人员正在探讨激子在太阳能电池中的作用。
excitons can exist in both bound and free states.
激子可以存在于束缚态和自由态。
the lifetime of an exciton is crucial for its applications.
激子的寿命对其应用至关重要。
exciton dynamics can influence material properties significantly.
激子动力学可以显著影响材料特性。
understanding exciton formation is key to improving efficiency.
理解激子的形成是提高效率的关键。
excitons are often studied in two-dimensional materials.
激子通常在二维材料中进行研究。
excitons play a vital role in light-emitting devices.
激子在发光器件中发挥着重要作用。
the interaction between excitons and phonons is a fascinating topic.
激子与声子的相互作用是一个引人入胜的话题。
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