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Direct contact condensation of steam bubbles in water at high pressure
G. G. Brucker, E. M. Sparrow
Mechanical Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
64
Scopus citations
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Dive into the research topics of 'Direct contact condensation of steam bubbles in water at high pressure'. Together they form a unique fingerprint.
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Earth and Planetary Sciences
Average
25%
Bar
12%
Bubble
100%
Coefficient
12%
Data Processing
12%
Diameter
12%
Difference
25%
Ellipsoid
12%
Environment
12%
Experiment
25%
Frame
25%
Heat Transfer Coefficient
37%
Height
12%
High Pressure
100%
High Speed
12%
History
25%
Increasing
12%
Information
12%
Motion Picture
12%
Order
12%
Photograph
12%
Shape
25%
Speed
12%
Sphere
25%
Steam
100%
Surface Pressure
37%
Temperature
25%
Time
12%
Variation
12%
Water
100%
Engineering
Average Heat Transfer Coefficient
16%
Bubble
100%
Bubble Collapse
16%
Bubble Diameter
16%
Data Reduction
16%
Decreasing Temperature
16%
Digital Form
16%
Direct Contact
100%
Environment
16%
Experiments
33%
Frame Analysis
16%
Heat Transfer Coefficient
33%
High Pressure
100%
High Speed
16%
Motion Picture
16%
Pressure Level
16%
Rise Velocity
16%
Saturated Steam
16%
Sphere
33%
Steam
100%
Temperature Difference
33%
Water
100%