Titlebook: LDA Application Methods; Laser Doppler Anemom Zhengji Zhang Book 2010 Springer-Verlag GmbH Germany, part of Springer Nature 2010 Laser.Lase

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Zhengji Zhang the system. Our approach is illustrated in the context of an unmanned aerial vehicle, such as the joined wing SensorCraft. It will be shown as to how DDDAS can be used to enhance the performance envelope as well as avoid aeroelastic instabilities, while reducing the need for user input. The DDDAS m

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Glossy

LDA Systems, the LDA-head, as shown in Fig. 4.1a for a system of Dantec Dynamics. The laser that is mostly used in LDA measurements is the argon-ion laser that basically provides three selectable wavelengths of 514.5, 488 and 476.5?nm. An LDA system is usually configured to use the laser light of the wavelength 514.5 (green) and 488 (blue) nanometers.

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Tracer Particles and Particle Motion Equations, particles is determined by both the particle size and the particle density. In general, a particle in the flow does not behave as a fluid particle because of the difference in their densities. In measuring non-stationary flows or the flows with large velocity fluctuations for instance, particles may have different velocities as the flow.

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Flow Measurements in Circular Pipes,ltaneous two-component velocity measurements, that are taken by using two pairs of laser beams, cannot be carried out, as the four laser beams do not intersect at a unique point in the flow because of optical aberrations.

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Book 2010bject of the book is focused on diverse application methods. In details, it deals with universal methodical techniques that have been mostly developed in the last 15 years. The book thus gives for the first time an application reference for LDA users in improving the opticalconditions and enhancing