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Tailoring the Hydrogen Detection Properties of Metal Hydrides
Christiaan Boelsma
ChemE/Materials for Energy Conversion and Storage
Research output
:
Thesis
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Dissertation (TU Delft)
61
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INIS
aging
12%
alloys
12%
ammonia
12%
carriers
12%
detection
100%
economy
12%
energy
37%
flexibility
12%
food
12%
gases
12%
hydrides
100%
hydrogen
100%
hydrogen additions
12%
ignition
12%
industry
12%
interfaces
12%
lactose
12%
layers
12%
metals
100%
output
12%
pressure range
12%
safety
12%
sensors
12%
thickness
12%
thin films
12%
Engineering
Aging
33%
Alloy
33%
Detection
100%
Energy Carrier
33%
Energy Engineering
33%
High Energy
33%
Ignition
33%
Layer Thickness
33%
Pressure Range
33%
Product
33%
Safety Requirement
33%
Sensing Property
66%
Sensor
33%
Thin Films
33%
Keyphrases
Detection Properties
100%
Hydrogen Sensing Property
33%
Ignition Energy
33%
Lactose Intolerance
33%
New Sensors
33%
Optical Changes
33%
Pressure Range
33%
Sustainable Economy
33%
Material Science
Alloy
50%
Gas
50%
Metal Hydride
100%
Thin Films
50%
Chemical Engineering
Ammonia
11%
Hydride
100%
Hydrogen
100%