optical device for measuring fine particles in suspension, and related apparatus and optical measurement method.

• 1. 用于利用光学各向异性纳米粒中的松弛测量进行分子检测的光学测量方法 [P] . 中国专利： CN101743475B . 2015.04.01
• 2. 用于利用光学各向异性纳米粒中的松弛测量进行分子检测的光学测量方法 [P] . 中国专利： CN101743475A . 2010-06-16
• 3. OPTICAL MEASURING DEVICE OPTICAL MEASURING APPARATUS AND FINE PARTICLE MEASURING APPARATUS USING OPTICAL MEASURING DEVICE [P] . 韩国专利： KR101670854B1 . 2016-10-31

  机译： 光学测量设备光学测量设备和使用光学测量设备的细颗粒测量设备

• 4. Optical measuring device, optical measuring apparatus and fine particle measuring apparatus using optical measuring device [P] . 欧洲知识产权局专利： EP2051061B1 . 2016-07-13

  机译： 光学测量装置，光学测量装置和使用该光学测量装置的微粒测量装置

• 5. Optical measuring device, optical measuring apparatus and fine particle measuring apparatus using optical measuring device [P] . 欧洲知识产权局专利： EP2051061A3 . 2014-09-24

  机译： 光学测量装置，光学测量装置和使用该光学测量装置的微粒测量装置

• 1. Low Cost Acrylic-Based 1×2 Asymmetric Plastic Optical Fiber Coupler for Optical Code Generating Devices [J] . Abang Annuar Ehsan, Sahbudin Shaari, Kamil Abd Rahman 中国电子科技：英文版 . 2010,第001期
• 2. Measurement of velocity and diameter of individual fertilizer particles by an optical method. [J] . Grift TE, Hofstee JW Journal of Agricultural Engineering Research . 1997,第3期
• 3. Measuring devices for fine wires, cables and optical fibre industries [J] . Wire: Manufacture and processing of wire and cable . 2020,第2期
• 4. Determining the relationship between chemical composition and size,shape and effective density of airborne fine particles through concurrent use of inertial and optical based measurements [J] . Anand Kumar, Tarun Gupta 颗粒学报（英文版） . 2016,第005期
• 5. Nanometer Profile Measurement of Large Aspheric Optical Surface by Scanning Deflectometry with Rotation Devices - Development of Three Dimensional Measuring Facility and Experiment [C] . Muzheng Xiao, Satomi Jujo, Satoru Takahashi, International conference of the European Society for Precision Engineering and Nanotechnology . 2012
• 6. Optical bottles: A quantitative analysis of optically confined nanoparticle ensembles in suspension. [D] . Junio, Joseph. 2010
• 7. An optical-coding method to measure particle distribution in microfluidic devices [O] . Tsung-Feng Wu, Zhe Mei, Luca Pion-Tonachini, -1
• 8. Study of particle suspensions in microfluidics for the development of optical devices [O] . Kayani A 2012

• 1. Phantom of Human Adipose Tissue and Studies of Light Propagation and Light Absorption for Parameterization and Evaluation of Noninvasive Optical Fat Measuring Devices [J] . Stefan Hartmann ,Matthias Moschall ,Oliver Schafer . 光学与光子学期刊（英文） . 2015,第2期
• 2. Morphology and Optical Measurements of Nanostructured Insub2/subOsub3/sub:SnOsub2/subNanoparticle [J] . A. Ayeshamariam ,M. Jayachandran ,C. Sanjeeviraja . 纳米科学与工程（英文） . 2012,第1期
• 3. Low Cost Acrylic-Based 1×2 Asymmetric Plastic Optical Fiber Coupler for Optical Code Generating Devices [J] . Abang Annuar Ehsan ,Sahbudin Shaari ,Mohd Kamil Abd Rahman . 电子科技学刊 . 2010,第001期
• 4. The Technology Evolution of Optical Integration in the Optical Active Devices [J] . Hongchun Xu . 材料科学与工程：中英文版 . 2010,第003期
• 5. 自适应光学系统中哈特曼传感器与变形镜对准误差测量方法 [C] . 顾乃庭 ,杨泽平 ,黄林海 . 2009年先进光学技术及其应用研讨会 . 2009
• 6. 非接触式光学测量方法在材料动态性能测试中的应用研究 [A] . 张振 . 2018