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wd1E1
- 用二分法，求超晶格束缚能量程序。应用物理专业和凝聚态物理学低维物理方向程序。-with dichotomy, seeking superlattice binding energy procedures. Application of physics and condensed matter physics of low-dimensional physical orientation procedures.
wd1E2
- 用二分法，求超晶格束缚能量程序。应用物理专业和凝聚态物理学低维物理方向程序。程序（2）-with dichotomy, seeking superlattice binding energy procedures. Application of physics and condensed matter physics of low-dimensional physical orientation procedures. (2)
wd1E3
- 用二分法，求超晶格束缚能量程序。应用物理专业和凝聚态物理学低维物理方向程序。程序（3）-with dichotomy, seeking superlattice binding energy procedures. Application of physics and condensed matter physics of low-dimensional physical orientation procedures. (3)
wd1E4
- 用二分法，求超晶格束缚能量程序。应用物理专业和凝聚态物理学低维物理方向程序。程序（4）-with dichotomy, seeking superlattice binding energy procedures. Application of physics and condensed matter physics of low-dimensional physical orientation procedures. (4)
ws1E1
- 用二分法，求超晶格束缚能量程序。应用物理专业和凝聚态物理学低维物理方向程序。程序（5）-with dichotomy, seeking superlattice binding energy procedures. Application of physics and condensed matter physics of low-dimensional physical orientation procedures. (5)
wd1E1
- 用二分法，求超晶格束缚能量程序。应用物理专业和凝聚态物理学低维物理方向程序。-with dichotomy, seeking superlattice binding energy procedures. Application of physics and condensed matter physics of low-dimensional physical orientation procedures.
wd1E2
- 用二分法，求超晶格束缚能量程序。应用物理专业和凝聚态物理学低维物理方向程序。程序（2）-with dichotomy, seeking superlattice binding energy procedures. Application of physics and condensed matter physics of low-dimensional physical orientation procedures. (2)
wd1E3
- 用二分法，求超晶格束缚能量程序。应用物理专业和凝聚态物理学低维物理方向程序。程序（3）-with dichotomy, seeking superlattice binding energy procedures. Application of physics and condensed matter physics of low-dimensional physical orientation procedures. (3)
wd1E4
- 用二分法，求超晶格束缚能量程序。应用物理专业和凝聚态物理学低维物理方向程序。程序（4）-with dichotomy, seeking superlattice binding energy procedures. Application of physics and condensed matter physics of low-dimensional physical orientation procedures. (4)
ws1E1
- 用二分法，求超晶格束缚能量程序。应用物理专业和凝聚态物理学低维物理方向程序。程序（5）-with dichotomy, seeking superlattice binding energy procedures. Application of physics and condensed matter physics of low-dimensional physical orientation procedures. (5)
aaa1
- 一个公式拟合的算法，适用于凝聚态物理中的物态方程- formula fitting algorithm, applied condensed matter physics in the equation of State
linear_mag
- 在凝聚态物理领域，测得的实验数据，需要做线性磁阻分析，可以用这个程序-the analysis of linear magnetoresistance
MRsymm
- 在凝聚态物理领域，测得的实验数据，需要做磁阻对称化分析，可以用这个程序-the analysis of magnetoresistance symmetry
hall_twocarrier_rxx
- 在凝聚态物理领域，测得的实验数据，需要做双载流子拟合数据分析，可以用这个程序-two carrier model analysis
hall_conduc
- 在凝聚态物理领域，测得的实验数据，需要做霍尔电导率的计算，可以用这个程序-the calculation of hall conductance
data_process
- 在凝聚态物理领域，测得的实验数据，需要按照温度来分列，可以用这个程序-the process of data by temperature
固体物理
- 解释凝聚态物理中的晶体结构问题，包括三角晶格、正方晶格和蜂窝晶格。涉及一维、二维和三维问题。(Explain the crystal structure problems in condensed matter physics, including triangular lattices, square lattices and honeycomb lattices. One dimensional, two dimensional a
激子寿命
- 本程序用python计算激子寿命，处理vasp输出的后续程序(Calculations of exciton lifetime)