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永續環境實驗所
國立成功大學
電話
886-6-3840136
電子郵件
[email protected]
網站
http://serl.ncku.edu.tw/
Postal address
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概要
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專案
(12)
研究成果
(221)
指紋
查看啟用 永續環境實驗所 的研究主題。這些主題標籤來自此機構會員的作品。共同形成了獨特的指紋。
排序方式
重量
按字母排序
Engineering & Materials Science
Groundwater
100%
Wastewater
96%
Arsenic
82%
Flue gases
75%
Nitrification
63%
Degradation
63%
Cyanobacteria
51%
Refuse incinerators
47%
Sodium hydroxide
46%
Slags
43%
Biomass
41%
Soils
40%
Bioremediation
39%
Remediation
37%
Carotenoids
36%
Bioreactors
36%
Water
35%
Rocks
35%
Recycling
34%
Ashes
33%
Photobioreactors
33%
Ammonia
32%
Wastewater treatment
31%
Nutrients
31%
Scrubbers
30%
Productivity
29%
Waste incineration
29%
Phosphorus
29%
Temperature
29%
Sandstone
29%
Microorganisms
29%
Geopolymers
28%
Carbon
28%
Genes
27%
Caves
26%
Sediments
26%
Heavy metals
26%
Neural networks
26%
Carbon dioxide
26%
Gases
25%
Compressive strength
25%
Estrogens
24%
Bacteria
24%
Concretes
24%
Aquifers
23%
Power plants
23%
Potable water
23%
Rivers
23%
Glycogen
23%
Cements
22%
Air pollution control
22%
Byproducts
22%
Fly ash
21%
Pollution
20%
Sulfides
20%
Photocatalytic activity
20%
Nitrogen oxides
19%
Rate constants
19%
Earthquakes
18%
Monitoring
18%
Algae
18%
Sodium
18%
Industry
18%
Trichloroethylene
18%
Analytic hierarchy process
18%
Toxicity
18%
Catalysts
17%
Recovery
17%
Digital differential analyzers
17%
High performance concrete
17%
Effluents
17%
Ethylenediaminetetraacetic acid
17%
Water quality
16%
Iron
16%
Macromolecules
16%
Adsorption
16%
Lighting
16%
Assays
16%
Volcanoes
16%
Carbohydrates
15%
Biological materials
15%
Experiments
15%
X ray photoelectron spectroscopy
15%
Availability
15%
Silicates
15%
Biotechnology
15%
Biodegradation
15%
Plasmas
14%
Photodegradation
14%
Oxidation
14%
Sintering
14%
Liquids
14%
Sand
14%
Hydrocarbons
14%
Lipids
14%
Crude oil
14%
Volatile organic compounds
13%
Diesel fuels
13%
Earth & Environmental Sciences
removal
62%
flue gas
61%
laboratory waste
61%
arsenic
59%
wastewater
56%
fixation
54%
groundwater
49%
degradation
48%
dibenzofuran
44%
dioxin
43%
PCDD
39%
kinetics
38%
waste incinerator
36%
slag
31%
rate
31%
combustion
30%
reactor
29%
thermal treatment
29%
bioreactor
29%
sludge
29%
sandstone
27%
nitrification
27%
cyanobacterium
24%
wet scrubber
24%
carbon dioxide
24%
effect
24%
biomass
24%
biological treatment
22%
hazardous waste
22%
monitoring system
22%
incinerator
22%
test
21%
nitrogen
21%
artificial neural network
20%
ash
19%
power plant
19%
productivity
18%
ammonia
18%
cold
18%
oxidation
18%
analysis
18%
shear test
17%
dissolved inorganic carbon
17%
temperature
17%
gas
17%
aquifer
17%
slope failure
17%
remediation
17%
rock
17%
pond
16%
sponge
16%
stabilization
16%
nitrogen oxides
16%
semiconductor industry
16%
pollution control
16%
water
16%
bottom ash
15%
wastewater treatment
15%
furnace
15%
power company
15%
hydroxide
15%
pollutant
15%
sliding
15%
incineration
15%
carbohydrate
14%
hydrofluoric acid
14%
pollutant emission
14%
toxicity
14%
adsorption
14%
sodium
14%
diesel
14%
mud volcano
14%
light intensity
13%
oxygen
13%
thermal spring
13%
acetate
13%
carotenoid
13%
feasibility study
13%
carbon
13%
sulfide
13%
microbial community
13%
gene
12%
phosphorus
12%
PAH
12%
cave
12%
persistent organic pollutant
12%
oxic conditions
12%
bacterium
12%
chlorite
12%
trichloroethylene
12%
rock avalanche
12%
evaluation
12%
regulation
11%
alluvial fan
11%
X-ray diffraction
11%
sulfuric acid
11%
pressing
11%
material
11%
particulate matter
11%
human health
11%
Chemical Compounds
Groundwater
95%
Wastewater
74%
Nitrification
63%
Wet Scrubbing
38%
Air Pollution
37%
Photobioreactors
35%
Nitrogen
35%
Bioreactors
34%
Dibenzofurans
33%
Nutrient
32%
Soil
30%
Scrubbing
26%
Environmental Pollutant
25%
Carbohydrate
24%
Industry
24%
Nitrogen Oxide
22%
Carbon Atom
22%
Dibenzofuran
22%
Slag
22%
Lipid
21%
Sodium Chlorite
21%
Carbon Dioxide
20%
Remediation
20%
Heavy Metal
20%
Petroleum Derivative
19%
Wastewater Treatment
19%
Environment
18%
pH Value
18%
Byproduct
18%
Diesel Fuel
18%
Estrogen
17%
Carcinogenic
17%
Air Pollutant
16%
Hazardous Waste
16%
Mass Transfer
16%
Phosphorus(.)
15%
Solid Waste
15%
Tetracycline
15%
Dimethyl Sulfide
15%
Flow Kinetics
14%
Reduction
13%
Dioxygen
13%
Ammonia
13%
Fuel
13%
Biodegradation
13%
Gas
12%
Semiconductor
12%
Column Like Crystal
12%
Retention Time
12%
Drinking Water
11%
Filtration
11%
Greenhouse Gas
11%
Plate Like Crystal
11%
Sintering
11%
Arene
11%
Leaching
11%
Liquid
11%
Salinity
11%
Acetate
11%
Nitrogen Cycle
11%
Degradation Rate
10%
Cold Rolling
10%
Denitrification
10%
Macromolecule
10%
Spray
10%
Plasma
10%
Adsorption
9%
Metabolic
9%
Toxic
9%
Acidic Condition
9%
Alkaline Condition
9%
Particle Size Distribution
9%
Flue Gas Desulfurization
9%
Porosity
9%
2-Methylisoborneol
8%
Humidity
8%
Glucose
8%
Foam Fractionation
8%
Bioaccumulation
8%
Geosmin
8%
Reaction Rate Constant
8%
Waste Incineration
8%
Electric Arc
8%
Amount
8%
Fiber
8%
Absorbent
8%
Strength
8%
Photosynthesis
8%
Zeaxanthin
7%
Fluidized Bed
7%
Metal
7%
Compression Strength
7%
Palygorskite
7%