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5.7K Views
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08:44 min
October 24th, 2018
DOI :
10.3791/55807-v
Chapters
0:04
Title
1:16
Device Fabrication
2:58
Photonic Chip Alignment
4:28
Photonic Chip Testing
5:00
Bonding of the Optical Fibers
5:49
Packaging of Photonic Thermometer and Temperature Measurement
6:47
Results: Temperature Response of Photonic Sensor
7:39
Conclusion
Transcript
光子热测量可帮助将温度计量领域从基于电阻的传统技术过渡到基于频率的测量。该技术的主要优点是,我们可以利用频率测量的进步进行更精确的测量,同时制造能够克服当前技术的物理限制的设备,如尺寸和对机械冲击和环境变化的敏感性。这种技术的含义延伸到改变我们在美国和世界分析方式。
超稳定的光子温度计将减少频繁校准的需要。未来视光温度标准的制定可以将校准标准放在用户手中,无需专门的校准设施。一般来说,对这种方法的新鲜个体会进行斗争,因为它是两个不同领域的交集,它们都有自己的语言、技术要求和最大
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Summary
我们描述了光子温度计的制造和测试过程。
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