The ultrafast onset of exciton formation in 2D semiconductors

The dataset is organized as follows:

[Fig. 2]

Probe wavelength of the Pump Probe map - MoS2 photoexcited at 2.29 eVlambda_2.29.txtTime delay of the Pump Probe map - MoS2 photoexcited at 2.29 eVtime_2.29.txtPump Probe signal map - MoS2 photoexcited at 2.29 eVmap_2.29.txt

Probe wavelength of the Pump Probe map - MoS2 photoexcited at 2.75 eV

lambda_2.75.txt

Time delay of the Pump Probe map - MoS2 photoexcited at 2.75 eV

time_2.75.txt

Pump Probe signal map - MoS2 photoexcited at 2.75 eV

map_2.75.txt

A exciton dynamics at increasing pump photon energy

Time delays = time_A.txt

Dynamics = dynamics_A.txt

B exciton dynamics at increasing pump photon energy

Time delays = time_B.txt

Dynamics = dynamics_B.txt

[Fig. 3]

Time delay: time_theory.txt

Simulated A exciton dynamics at increasing pump photon energya1_theory.txta2_theory.txta3_theory.txta4_theory.txta5_theory.txt

Simulated B exciton dynamics at increasing pump photon energyb1_theory.txtb2_theory.txtb3_theory.txtb4_theory.txtb5_theory.txt

[Fig. 4]

A exciton - Pump photon energy = 2.29 eV• Time delay: time_Aexc_pump2.29eV_theory.txt• Coherent solution: coherentsolution_Aexc_pump2.29eV_theory.txt• Incoherent solution: incoherentsolution_Aexc_pump2.29eV_theory.txt• Full solution: fullsolution_Aexc_pump2.29eV_theory.txt

A exciton - Pump photon energy = 2.75 eV• Time delay: time_Aexc_pump2.75eV_theory.txt• Coherent solution: coherentsolution_Aexc_pump2.75eV_theory.txt• Incoherent solution: incoherentsolution_Aexc_pump2.75eV_theory.txt• Full solution: fullsolution_Aexc_pump2.75eV_theory.txt

B exciton - Pump photon energy = 2.29 eV• Time delay: time_Bexc_pump2.29eV_theory.txt• Coherent solution: coherentsolution_Bexc_pump2.29eV_theory.txt• Incoherent solution: incoherentsolution_Bexc_pump2.29eV_theory.txt• Full solution: fullsolution_Bexc_pump2.29eV_theory.txt

B exciton - Pump photon energy = 2.75 eV• Time delay: time_Bexc_pump2.75eV_theory.txt• Coherent solution: coherentsolution_Bexc_pump2.75eV_theory.txt• Incoherent solution: incoherentsolution_Bexc_pump2.75eV_theory.txt• Full solution: fullsolution_Bexc_pump2.75eV_theory.txt

本数据集的组织形式如下：

[图2]

泵浦探测图谱的探测波长——2.29 eV光激发二硫化钼（MoS2）
lambda_2.29.txt
泵浦探测图谱的时间延迟——2.29 eV光激发二硫化钼（MoS2）
time_2.29.txt
泵浦探测信号图谱——2.29 eV光激发二硫化钼（MoS2）
map_2.29.txt

泵浦探测图谱的探测波长——2.75 eV光激发二硫化钼（MoS2）

lambda_2.75.txt

泵浦探测图谱的时间延迟——2.75 eV光激发二硫化钼（MoS2）

time_2.75.txt

泵浦探测信号图谱——2.75 eV光激发二硫化钼（MoS2）

map_2.75.txt

随泵浦光子能量递增的A激子（exciton）动力学

时间延迟数据文件：time_A.txt

动力学数据文件：dynamics_A.txt

随泵浦光子能量递增的B激子动力学

时间延迟数据文件：time_B.txt

动力学数据文件：dynamics_B.txt

[图3]

时间延迟数据文件：time_theory.txt

随泵浦光子能量递增的模拟A激子动力学对应文件：a1_theory.txt、a2_theory.txt、a3_theory.txt、a4_theory.txt、a5_theory.txt
随泵浦光子能量递增的模拟B激子动力学对应文件：b1_theory.txt、b2_theory.txt、b3_theory.txt、b4_theory.txt、b5_theory.txt

[图4]

泵浦光子能量为2.29 eV的A激子：
· 时间延迟数据文件：time_Aexc_pump2.29eV_theory.txt
· 相干解（coherent solution）数据文件：coherentsolution_Aexc_pump2.29eV_theory.txt
· 非相干解（incoherent solution）数据文件：incoherentsolution_Aexc_pump2.29eV_theory.txt
· 完整解（full solution）数据文件：fullsolution_Aexc_pump2.29eV_theory.txt

泵浦光子能量为2.75 eV的A激子：
· 时间延迟数据文件：time_Aexc_pump2.75eV_theory.txt
· 相干解数据文件：coherentsolution_Aexc_pump2.75eV_theory.txt
· 非相干解数据文件：incoherentsolution_Aexc_pump2.75eV_theory.txt
· 完整解数据文件：fullsolution_Aexc_pump2.75eV_theory.txt

泵浦光子能量为2.29 eV的B激子：
· 时间延迟数据文件：time_Bexc_pump2.29eV_theory.txt
· 相干解数据文件：coherentsolution_Bexc_pump2.29eV_theory.txt
· 非相干解数据文件：incoherentsolution_Bexc_pump2.29eV_theory.txt
· 完整解数据文件：fullsolution_Bexc_pump2.29eV_theory.txt

泵浦光子能量为2.75 eV的B激子：
· 时间延迟数据文件：time_Bexc_pump2.75eV_theory.txt
· 相干解数据文件：coherentsolution_Bexc_pump2.75eV_theory.txt
· 非相干解数据文件：incoherentsolution_Bexc_pump2.75eV_theory.txt
· 完整解数据文件：fullsolution_Bexc_pump2.75eV_theory.txt