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In-vitro investigations on ultrasonic control of water chestnut
Mei Yin Wu
, J. Wu
Biology
Research output
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Contribution to journal
›
Article
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peer-review
11
Scopus citations
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Keyphrases
Water Chestnut
100%
Ultrasonic Control
100%
In Vitro Investigation
100%
Ultrasound
85%
Plant Cells
28%
Ultrasound Waves
28%
North America
14%
High Efficiency
14%
Northeastern United States
14%
Potential Impact
14%
Ultrasonic Frequency
14%
Mortality Rate
14%
Southern Europe
14%
Wildlife
14%
Rosette
14%
Wild Population
14%
Trapa Natans
14%
Ultrasound Exposure
14%
Aquatic Communities
14%
Tropical Africa
14%
Benthic Organisms
14%
Petiole
14%
Seed Production
14%
Plant Tissue
14%
Tropical Asia
14%
Severe Damage
14%
Complete Coverage
14%
Cell Damage
14%
Plant Death
14%
Water Surface
14%
Aquatic Weeds
14%
Multi-transducers
14%
Aggressive Growth
14%
Engineering
Ultrasonics
100%
Transducer
100%
Surface Water
50%
Application Field
50%
Substantial Damage
50%
Severe Damage
50%
United States
50%
Physics
Transducer
100%
Ultrasonics
100%
Surface Water
50%
Agricultural and Biological Sciences
Water Caltrop
100%
Trapa natans
14%
Surface Water
14%
Cell Damage
14%
Aquatic Community
14%
Plant Damage
14%
Seed Production
14%
Aquatic Weeds
14%
Benthic Organisms
14%
Petiole
14%