The 2019 International Conference on Optoelectronic Science and Materials (ICOSM 2019) aims to provide a communication platform for experts, scholars, engineers and technicians in optoelectronics and electronic engineering. Through discussing scientific research achievements and frontier technologies, we can understand the academic development trend, broaden the research ideas, strengthen the academic research and discussion and promote the industrialization of academic achievements.


Theme setting of the conference:

(1) Infrared Technique and infrared information processing

(2) Optical information processing technology and application

(3) Photoelectric functional materials and devices

(4) Plasma technology

(5) Laser technology and application


Topics include but are not limited to:

1. Infrared technology and infrared information processing

(1) Infrared technology

(2) Infrared device

(3) Infrared information processing

(4) Atmospheric transmission of infrared radiation

(5) Infrared spectroscopy

(6) Infrared technology application

2. Optical information processing technology and application

(1) Optical information collection

(2) Optical holography

(3) Optical measurement technology

(4) Optical signal processing

(5) Optical technology application

3. Photoelectric functional materials and devices

(1) Optical functional materials

(2) Nano optical film material

(3) Photonic crystals and microstructured fibers

(4) Micro-nano photonics technology and devices

(5) Optical metamaterials

4. Plasma technology

(1) Plasma generation

(2) Wave propagation in plasma

(3) Plasma technology application

(4) Plasma diagnosis

5.Laser technology and applications

(1) Laser generation

(2) Laser transmission

(3) Laser material

(4) Laser and matter interaction

(5) Laser technology application



 会议主题设置:

(1)红外技术与红外信息处理

(2)光学信息处理技术及应用

(3)光电功能材料与器件

(4)等离子体技术

(5)激光技术及应用


议题包含但不限于:

1. 红外技术与红外信息处理

(1)红外技术

(2)红外器件

(3)红外信息处理

(4)红外辐射的大气传输

(5)红外光谱技术

(6)红外技术应用

2. 光学信息处理技术及应用

(1)光学信息采集

(2)光学全息技术

(3)光学测量技术

(4)光学信号处理

(5)光学技术应用

3.光电功能材料与器件

(1)光学功能材料

(2)纳米光学薄膜材料

(3)光子晶体与微结构光纤

(4)微纳光子技术与器件

(5)光学超材料

4.等离子体技术

(1)等离子体产生

(2)等离子体中波的传播

(3)等离子体技术应用

(4)等离子体诊断

5. 激光技术及应用

(1)激光的产生

(2)激光传输

(3)激光材料

(4)激光与物质相互作用

(5)激光技术应用



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