Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Particle image velocimetry (PIV) is an important technique in experimental fluid mechanics to obtain instantaneous fields of the velocity vecto rs. The fluid is seeded with tracer particles that follow the flow, which are illuminated by a sheet of light. By using a high-speed camera, two successive images of the particles are taken. The displacements of the particles beten the two images determine the velocity vectors of the flow (for details, see Raffel et al. 2007 [3]; Adrian and  sterel 2010 [1]). The interval beten times for the two images has to be short, especially when the flow is fast. It has been essential to prepare a high-speed cam era. Hover, the high speed is achieved at the expense of other performances of the camera. Even at the time of writing this paper, the sensitivity remains . ISO 2000 in the color mode and the sensor resolution remains . 4000× 3000. These performances are significantly lor than those of top-end still cameras. Although high-speed cameras are being improved, such a lag behind still cameras does not vanish because they are being improved as ll. The high speed also raises the cost of the camera, which prevents some researchers from PIV.  point out that the two images could be taken individually with two still cameras. Even if the cameras are those at low cost, they could achieve the same performance as a standard high-speed camera. More importantly, there is a possibility to be able to make an imaging system that has a higher sensitivity or a higher resolution than any high-speed camera. The idea is simple and is probably not new, but  have found no example that such a system was actually made and used for PIV.  is the first demonstration of PIV with two still cameras. The i maging system is de
['Kazunori Hashimoto', 'Akihiro Hori', 'T. Hara', 'Shigeru Onogi', 'Hideaki Mouri']
I am writing a research paper on a idea Dual-camera system for high-speed imaging in particle image velocimetry
[{"from": "human", "value": "I am writing a research paper on a idea Dual-camera system for high-speed imaging in particle image velocimetry"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Particle image velocimetry (PIV) is an important technique in experimental fluid mechanics to obtain instantaneous fields of the velocity vecto rs. The fluid is seeded with tracer particles that follow the flow, which are illuminated by a sheet of light. By using a high-speed camera, two successive images of the particles are taken. The displacements of the particles beten the two images determine the velocity vectors of the flow (for details, see Raffel et al. 2007 [3]; Adrian and  sterel 2010 [1]). The interval beten times for the two images has to be short, especially when the flow is fast. It has been essential to prepare a high-speed cam era. Hover, the high speed is achieved at the expense of other performances of the camera. Even at the time of writing this paper, the sensitivity remains . ISO 2000 in the color mode and the sensor resolution remains . 4000\u00d7 3000. These performances are significantly lor than those of top-end still cameras. Although high-speed cameras are being improved, such a lag behind still cameras does not vanish because they are being improved as ll. The high speed also raises the cost of the camera, which prevents some researchers from PIV.  point out that the two images could be taken individually with two still cameras. Even if the cameras are those at low cost, they could achieve the same performance as a standard high-speed camera. More importantly, there is a possibility to be able to make an imaging system that has a higher sensitivity or a higher resolution than any high-speed camera. The idea is simple and is probably not new, but  have found no example that such a system was actually made and used for PIV.  is the first demonstration of PIV with two still cameras. The i maging system is de"}]