Laser optical components/setup

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SUMMARY

This discussion focuses on the essential optical components and techniques for laser applications in measuring fluid flow, specifically through Particle Imaging Velocimetry (PIV) and fluorescent particle tracking. Key resources mentioned include the Melles Griot catalogue, the Edmund Scientific catalogue, and McGraw-Hill's series on practical optics engineering. Additionally, the book "Optical System Design - Making It Work" by Hobbs is recommended for its comprehensive insights into optical system design. The online laser encyclopedia at RP Photonics serves as a beginner-friendly starting point for understanding laser optics.

PREREQUISITES
  • Understanding of Particle Imaging Velocimetry (PIV)
  • Familiarity with laser beam manipulation techniques
  • Knowledge of optical component specifications
  • Basic principles of fluid dynamics
NEXT STEPS
  • Research the Melles Griot catalogue for optical components
  • Explore the Edmund Scientific catalogue for additional resources
  • Study McGraw-Hill's practical optics engineering series
  • Read "Optical System Design - Making It Work" by Hobbs for advanced insights
USEFUL FOR

Researchers, PhD students, and engineers involved in fluid dynamics and laser applications, particularly those focusing on optical measurement techniques.

ponjavic
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Hi I just started a PhD where I am going to use lasers to measure fluid flow among other things.

I am looking for some helpful information about otpical components and techniques mainly relating to lasers. How to correctly design a setup, how to split beams, how to expand/contract beam diameter and so on.

I have googled but I think I'm lacking the correct term to actually search for so if anyone has links to tutorials or material suggestion I'd be grateful.
 
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ponjavic said:
Hi I just started a PhD where I am going to use lasers to measure fluid flow among other things.

I am looking for some helpful information about otpical components and techniques mainly relating to lasers. How to correctly design a setup, how to split beams, how to expand/contract beam diameter and so on.

I have googled but I think I'm lacking the correct term to actually search for so if anyone has links to tutorials or material suggestion I'd be grateful.

Are you referring to Particle Imaging Velocimetry? What exactly do you mean by 'measure fluid flow'?
 
Andy Resnick said:
Are you referring to Particle Imaging Velocimetry? What exactly do you mean by 'measure fluid flow'?
Yes. Fluorescent particle tracking.
 
Get the melles-griot catalogue, it has a good intro to optics in the front (although you can probably find a cheaper source of components). The Edmund Scientific cartalogue is also usefull.

McGraw-Hill have a whole series of practical optics engineering books (optical system design, optics rules of thumb, optical engineering).
There is also a great book called "optical system design - making it work" by Hobbs, expensive and a few years old now but very good.
 
mgb_phys said:
Get the melles-griot catalogue, it has a good intro to optics in the front (although you can probably find a cheaper source of components). The Edmund Scientific cartalogue is also usefull.

McGraw-Hill have a whole series of practical optics engineering books (optical system design, optics rules of thumb, optical engineering).
There is also a great book called "optical system design - making it work" by Hobbs, expensive and a few years old now but very good.
Excellent, thank you.
 

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