Design and thermal field analysis of a single beam miniaturized all-optical atomic magnetometer

表面	中心点	X/mm	Y/mm	Z /mm	温度/°C
A1	$ {a}_{1} $	9.67	2	0	152.50
A2	$ {a}_{2} $	9.67	−2	0	152.11
B1	$ {b}_{1} $	9.67	0	2	148.89
B2	$ {b}_{2} $	9.67	0	−2	149.73
C1	$ {c}_{1} $	11.67	0	0	149.69
C2	$ {c}_{2} $	7.67	0	0	149.44

Table 2. Temperature and rubidium vapor density of each surface of the atomic vapor cell

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Table 2. Temperature and rubidium vapor density of each surface of the atomic vapor cell

表面	温度最小值/ ℃	温度最大值/ ℃	温度平均值/ ℃	铷蒸气密度/ cm⁻³
A1	152.49	152.51	152.50	$ 1.14\times {10}^{14} $
A2	152.10	152.13	152.11	$ 1.12\times {10}^{14} $
B1	149.85	150.23	150.00	$ 1.01\times {10}^{14} $
B2	149.60	149.90	149.77	$ 9.98\times {10}^{13} $
C1	148.48	150.02	149.59	$ 9.90\times {10}^{13} $
C2	148.47	150.12	149.32	$ 9.76\times {10}^{13} $

Table 3. Temperature at the center of each surface of the atomic vapor cell when using four heating plates

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Table 3. Temperature at the center of each surface of the atomic vapor cell when using four heating plates

表面	中心点	X/mm	Y/mm	Z/mm	温度/℃
A1	$ {a}_{1} $	9.67	2	0	152.99
A2	$ {a}_{2} $	9.67	−2	0	153.09
B1	$ {b}_{1} $	9.67	0	2	152.82
B2	$ {b}_{2} $	9.67	0	−2	152.44
C1	$ {c}_{1} $	11.67	0	0	156.14
C2	$ {c}_{2} $	7.67	0	0	157.63

Table 4. Temperature value of each surface parameter of the atomic vapor cell when using four heating plates
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Table 4. Temperature value of each surface parameter of the atomic vapor cell when using four heating plates
表面温度最小值/℃ 温度最大值/℃ 温度平均值/℃
A1 150.38 154.18 152.90
A2 148.86 154.13 152.97
B1 153.25 153.37 153.31
B2 153.16 153.94 153.74
C1 152.46 156.15 155.85
C2 149.28 157.64 157.08

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Yu WANG, Weiyu ZHAO, Yang LI, Jun LI, Xiumin GAO. Design and thermal field analysis of a single beam miniaturized all-optical atomic magnetometer[J]. Optical Instruments, 2022, 44(1): 55

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Paper Information

Category: DESIGN AND RESEARCH

Received: Nov. 4, 2021

Accepted: Dec. 21, 2021

Published Online: Mar. 22, 2022

The Author Email: LI Yang (liyang@usst.edu.cn)

DOI:10.3969/j.issn.1005-5630.2022.01.009

Topics

laser devices and laser physics

Lasers and Laser Optics

Laser physics

laser manufacturing

Instrumentation, Measurement and Metrology

Table 1. Temperature at the center of each surface of the atomic vapor cell

Table 1. Temperature at the center of each surface of the atomic vapor cell

Table 2. Temperature and rubidium vapor density of each surface of the atomic vapor cell

Table 2. Temperature and rubidium vapor density of each surface of the atomic vapor cell

Table 3. Temperature at the center of each surface of the atomic vapor cell when using four heating plates

Table 3. Temperature at the center of each surface of the atomic vapor cell when using four heating plates

Table 4. Temperature value of each surface parameter of the atomic vapor cell when using four heating plates

Table 4. Temperature value of each surface parameter of the atomic vapor cell when using four heating plates

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