Ingeniería y ciencia de los materiales
pH effects
100%
Arsenic
79%
Capacitive sensors
68%
Nitrates
67%
Graphene
63%
Boron
60%
Ion chromatography
55%
Capacitance
46%
Membranes
45%
Monitoring
30%
Sensors
27%
Nutrients
27%
Nanofiltration membranes
22%
Osmosis membranes
20%
Borates
19%
Surface waters
18%
Reverse osmosis
17%
Watersheds
16%
Groundwater
15%
Desalination
15%
Seawater
14%
Gold
14%
Wastewater
14%
Rivers
13%
Electric Conductivity
12%
Crops
11%
Agriculture
11%
Time measurement
11%
Conservation
10%
Nitrogen
9%
Electric fields
9%
Productivity
8%
Capacitors
8%
Soils
8%
Electrodes
8%
Corrosion
8%
Acoustic impedance
7%
Metals
6%
Ciencias ambientales y de la tierra
boron
56%
arsenic
47%
landslide
45%
irrigation
41%
nitrate
39%
heavy metal
39%
removal
37%
sensor
36%
membrane
36%
material
33%
arsenate
31%
monitoring
28%
ion chromatography
25%
water
20%
arsenite
17%
borate
17%
thesis
16%
book
15%
desalination
14%
reverse osmosis
13%
surface water
13%
nutrient
12%
effect
12%
river water
12%
gold
11%
watershed
9%
sorption
9%
seawater
9%
cliff
9%
food production
9%
risk analysis
9%
literature review
9%
wastewater
8%
agricultural application
8%
loess
8%
process analysis
8%
groundwater
8%
analysis
7%
growth and development
7%
sawdust
7%
methodology
7%
traditional knowledge
7%
water reuse
7%
potato
6%
human activity
6%
agricultural soil
6%
cost
6%
infrastructure
6%
complexation
6%
electric field
6%
Agricultura y biología
landslides
85%
capacitance
66%
Peru
64%
graphene
61%
sensors (equipment)
51%
heavy metals
47%
nitrates
45%
irrigation
42%
monitoring
34%
ion exchange chromatography
21%
exoskeleton
15%
risk analysis
12%
nutrients
11%
dry climates
11%
cliffs
11%
loess
11%
peers
10%
manufacturing
10%
infrastructure
9%
college students
9%
electric impedance
9%
capacitors
9%
corn husks
9%
food production
8%
water reuse
8%
agricultural productivity
8%
processing time
8%
case studies
7%
agricultural soils
7%
sorption isotherms
7%
electric field
7%
field crops
7%
avocados
7%
repeatability
7%
rice hulls
7%
methodology
7%
rain
7%
analytical methods
6%
sawdust
6%
ecosystems
6%
lignocellulose
6%
surface water
6%
electrical conductivity
6%
sulfides
6%
detection limit
6%
corrosion
6%
electrodes
6%
ionic strength
6%
sorption
6%
plant development
5%
