Raman Shift Temperature Effect and New Temperature Measurement Method

Fig. 2. Raman frequency shift effect at high temperature (scattered points are experimental measured values and solid lines are theoretical values). (a) Diamond and graphite^[24,28]; (b) CdS, Bi₂Se₃ and Sb₂T ${e_{3}}^{[25,26]}$

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Table 1. Debye temperature, atomic cohesive energy, Raman vibration mode, reference frequency and bulk Raman shift of each material^[24-28]

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Table 1. Debye temperature, atomic cohesive energy, Raman vibration mode, reference frequency and bulk Raman shift of each material^[24-28]

Material	Mode	θ_D /K	E_coh /eV	B_exp /(cm^-1·K^-1)	ω(1) /cm^-1	ω(∞) /cm^-1
Diamond	D	2230	0.59	0.033	1276.00	1333
Graphite	G	1000	0.70	0.028	1566.70	1584
CdS	LO	450	2.00	0.010	113.00	307
Bi₂Se₃	$A_{1 g}^{2}$	185	1.10	0.013	40.57	179
Sb₂Te₃	$A_{1 g}^{2}$	165	0.90	0.018	30.65	172

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Yan Wang, Ling Zhu, Xuexian Yang, Xiaoyun Wang, Jinzhang Peng. Raman Shift Temperature Effect and New Temperature Measurement Method[J]. Acta Optica Sinica, 2021, 41(17): 1732001

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Paper Information

Category: Ultrafast Optics

Received: Nov. 2, 2020

Accepted: Mar. 23, 2021

Published Online: Sep. 3, 2021

The Author Email: Yang Xuexian (yangxuexiand@163.com), Peng Jinzhang (1972930690@qq.com)

DOI:10.3788/AOS202141.1732001

Topics

laser devices and laser physics

Lasers and Laser Optics

Laser physics

laser manufacturing

Instrumentation, Measurement and Metrology

Table 1. Debye temperature, atomic cohesive energy, Raman vibration mode, reference frequency and bulk Raman shift of each material[24-28]

Table 1. Debye temperature, atomic cohesive energy, Raman vibration mode, reference frequency and bulk Raman shift of each material[24-28]

Table 1. Debye temperature, atomic cohesive energy, Raman vibration mode, reference frequency and bulk Raman shift of each material^[24-28]

Table 1. Debye temperature, atomic cohesive energy, Raman vibration mode, reference frequency and bulk Raman shift of each material^[24-28]