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旋回流式マイクロバブル発生器の性能向上(第1報)実験による渦流室入口径が気泡径に及ぼす影響
Translated title of the contribution
:
Performance Improvement of Swirl Type Micro Bubble Generator
川口 清司,
加瀬 篤志
University of Toyama
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Dive into the research topics of 'Performance Improvement of Swirl Type Micro Bubble Generator'. Together they form a unique fingerprint.
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Keyphrases
Air Column
20%
Air Flow Rate
20%
Bubble Diameter
40%
Bubble Generation
20%
Inlet Size
100%
Low Pressure
20%
Mean Bubble Diameter
40%
Microbubble Generator
100%
Microbubbles
60%
Perforated Plate
20%
Performance Improvement
100%
Plate Method
20%
Pressure-driven Flow
20%
Radial Outflow
20%
Supply Air
20%
Swirl Chamber
100%
Velocity Distribution
20%
Water Supply Pressure
40%
Engineering
Airflow Rate
25%
Bubble Diameter
100%
Inlet Swirl
25%
Perforated Plate
25%
Performance Improvement
100%
Pressure Flow
25%
Radial Outflow
25%