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Criteria for measuring mixing performance in a vessel with a rising free surface
Grace Neal,
Mark Simmons
, JA Hough,
Peter Fryer
Chemical Engineering
Research output
:
Contribution to journal
›
Article
2
Citations (Scopus)
Overview
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Dive into the research topics of 'Criteria for measuring mixing performance in a vessel with a rising free surface'. Together they form a unique fingerprint.
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Weight
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Mathematics
Calibration
19%
Camera Calibration
30%
CCD Camera
33%
Dyes
50%
Energy
12%
Fluorescence
52%
Free Surface
78%
Inspection
20%
Laser
22%
Liquid
17%
Performance
43%
Quantitative Analysis
22%
Reynolds number
38%
Unit
12%
Vertical
50%
Vessel
88%
Vision
18%
Engineering & Materials Science
Calibration
27%
CCD cameras
42%
Chemical analysis
23%
Dyes
82%
Fluorescence
83%
Glycerol
44%
Inspection
27%
Lasers
27%
Liquids
24%
Pipe
27%
Reynolds number
61%
Tracers
42%
Chemistry
Aqueous Solution
18%
Dye
45%
Energy
17%
Fluorescence
41%
Glycerol
31%
Jet
38%
Liquid
19%
Reynolds Number
100%
Surface
23%
Volume
20%
Physics & Astronomy
aqueous solutions
16%
CCD cameras
19%
dyes
31%
energy
5%
entry
19%
fluorescence
26%
glycerols
20%
inspection
16%
lasers
7%
liquids
9%
performance
32%
quantitative analysis
18%
Reynolds number
30%
tracers
17%
vessels
65%