点击查看下载加野麦克斯FLUOSTAR用于粒子成像测速(PIV)的荧光示踪粒子 立体显微PIV，波前形变显微PIV和标准显微PIV的测量不确定性比较研究相关资料，进一步了解产品。

In this paper a comparative study is presented to assess the uncertainty of two methods for 3C3D velocimetry in microscopic flows: stereoscopic micro-particle image velocimetry (S-μPIV) and wavefront-deformation, or astigmatism, micro-particle tracking velocimetry (WD-μPTV). First, the main parameters affecting both methods’ measurement uncertainty are identified, described and quantified. Second, the test case of flow over a backward-facing step is analyzed using both methods. For comparison standard 2D-2C μPIV measurements and numerical flow simulations are shown as well. Advantages and disadvantages of both methods are discussed.

 荧光示踪粒子,应用于:
- 单相液体流动
- 多相流
- 工业大尺度流动
- 近壁面流动
- 立体PIV