SEDL / STP / STP848-EB

STP848
Liquid Particle Size Measurement Techniques

Tishkoff JM, Ingebo RD, Kennedy JB
Pages: 191
Published: 1984

PDF (2.9M): $55
Print: $55
Print + PDF: $82.50
Save 25%!

Other books in this series

Twelve papers review techniques for determining the drop size of sprays under various conditions and applications. The techniques include light scattering, resonance light scattering, laser-video imaging, drops on glass plates, and drop interaction with a hot wire.



Table of Contents

Introduction
Tishkoff J.

Summary
Ingebo R.

Droplet Analysis Techniques: Their Selection and Applications
Bachalo W.

Investigating the Commercial Instrument Market
Simmons H.

Particle Sizing by Optical, Nonimaging Techniques
Hirleman E.

Measurement of Drop-Size Distribution by a Light-Scattering Technique
Lefebvre A., Rizk N.

Extending the Applicability of Diffraction-Based Drop Sizing Instruments
Cerwin S., Dodge L.

Liquid Rocket Injector Atomization Research
Ferrenberg A.

A Review of Ultrahigh Resolution Sizing of Single Droplets by Resonance Light Scattering
Jenkins W., Lettieri T.

Droplet Characteristics with Conventional and Holographic Imaging Techniques
Thompson B.

An Instrumentation System to Automate the Analysis of Fuel-Spray Images Using Computer Vision
Oberdier L.

Sizing Study of Drops Produced by High Diesel Fuel Injection Pressure Sprays
Popa D., Varde K.

Hot-Wire Technique for Droplet Measurements
Magnus D., Mahler D.

Comparative Measurements Using Different Particle Size Instruments
Chigier N.

Index


Committee: E29
Paper ID: STP848-EB
DOI: 10.1520/STP848-EB
ISBN-EB: 978-0-8031-4913-7

ASTM International is a member of CrossRef.
0-8031-0227-5
978-0-8031-0227-9
STP848-EB