INIS
concentration
100%
kazakhstan
92%
mines
77%
underground
50%
particles
49%
gases
44%
particulates
39%
oil shales
36%
ventilation systems
33%
surface area
31%
simulation
29%
data
27%
copper
23%
validation
22%
optimization
22%
risks
21%
loaders
19%
air quality
18%
lungs
17%
monitoring
16%
values
16%
reduction
16%
air
15%
reserves
14%
efficiency
14%
sampling
14%
blasting
13%
emission
12%
chromium
12%
crushing
12%
aerosols
12%
ores
12%
heavy metals
12%
modeling
12%
nitrogen dioxide
12%
mass number
11%
zinc
11%
chemistry
11%
cooking
11%
mapping
11%
stoves
11%
emulsions
11%
cadmium
11%
coronaviruses
11%
covid-19
11%
trucks
11%
atmospherics
11%
risk analysis
11%
explosives
11%
humans
11%
images
11%
lhd device
11%
nervous system
11%
solids
11%
indoors
11%
pits
11%
nanoparticles
11%
shale oil
11%
deposition
11%
mining
10%
ventilation
10%
comparative evaluations
10%
brain
9%
roofs
8%
diseases
8%
economics
8%
loading
8%
surfaces
7%
size
7%
atmospheres
7%
correlations
7%
range
7%
soils
7%
pollutants
6%
pollution
6%
cost
6%
distribution
6%
peaks
6%
oils
6%
walls
5%
errors
5%
roots
5%
losses
5%
operation
5%
levels
5%
engines
5%
dusts
5%
Keyphrases
Kazakhstan
71%
Ventilation System
33%
Underground Mining
24%
Mine Simulator
22%
Experimental Validation
22%
System Optimization
22%
Simulation Validation
22%
Particulate Matter Concentration
22%
Gas Concentration
22%
Cr(VI)
22%
Loader
22%
Cabin
20%
Total Cr
19%
Mine Ventilation System
16%
Cr(VI) Concentration
16%
Particulate Matter
14%
Ultrafine Particles
14%
Hexavalent Chromium
14%
Surface Area Concentration
12%
Particle Mass
12%
Gas-solid
11%
Prospectivity Analysis
11%
Blasting Efficiency
11%
Concentration Mapping
11%
Multi-temporal Landsat
11%
Landsat 9
11%
Risk Analysis Methods
11%
Aerosol
11%
Ambient PM
11%
Fast Wave
11%
Human Exposure
11%
Nervous System
11%
Gas Stove
11%
System Response
11%
Oil Shale
11%
Electroencephalograph
11%
Astana
11%
Nanoparticles
11%
In-pit Crushing
11%
Emulsion Explosives
11%
Diesel Exhaust
11%
Cadmium Concentration
11%
Particle number
11%
Particle Surface
11%
Aktobe
11%
Source Identification
11%
High Concentration
8%
Multitemporal Images
8%
Single-date
8%
Near-infrared-II
8%
Particle Surface Area
7%
Immediate Roof
7%
Lung Deposited Surface Area Concentration
6%
Operating Area
6%
Operational Losses
6%
Air Quality
5%
Neurodegenerative Diseases
5%
Observed Behavior
5%
Band Ratio
5%
Decay Rate
5%
Fall Season
5%
Slow Wave
5%
Human Brain Activity
5%
Pre-exposure
5%
Theta-beta Ratio
5%
Early Alzheimer's Disease
5%
Particle number Emission
5%
Brain Response
5%
Healthy Adults
5%
Chicken
5%
Exposure Conditions
5%
Cooking Aerosol
5%
Cooking Effects
5%
Gas-solid Reactions
5%
Alzheimer's Disease
5%
Ultrafine Particle Concentration
5%
Frying
5%
Emission Rate
5%
Airborne Particles
5%
Regression Model
5%
Chromium
5%
Carcinogen
5%
High Temperature
5%
Cr(III)
5%
Alzheimer's Disease Patient
5%
Anthropogenic Sources
5%
Natural Sources
5%
Least Squares Support Vector Regression (LSSVR)
5%
Particulate Matter 2.5 (PM2.5)
5%
Engineering
Atmospheric Aerosol
44%
Oil Shale
33%
Ventilation System
33%
Air Quality
26%
Particular Matter 2.5
23%
Particle Surface
23%
Diesel Exhaust
18%
Particle Number
12%
Global Scale
11%
Air Cleaners
11%
Nanoparticle
11%
Heavy Metal
11%
Sentinel-2
11%
Shale Oil
11%
Crusher
11%
Experimental Measurement
11%
Solid/Gas Reaction
11%
Airborne Particle
11%
Industrial Activity
11%
Copper Mines
11%
Room and Pillar Mining
11%
Diesel Engine
8%
Operational Phase
7%
Input Parameter
5%
Health Issue
5%
Individual Country
5%
Case Scenario
5%
Size Range
5%
Ground Level
5%
Chromium (Cr)
5%
Hexavalent Chromium
5%
Conveying System
5%
Particle Diameter
5%
Pearsons Linear Correlation Coefficient
5%
Respiratory Tract
5%
Cascade Impactor
5%
Major Change
5%
Root Mean Square Error
5%
Air Pollution
5%
Delay Time
5%
Natural Source
5%
Adverse Health Effect
5%
Particle Number Concentration
5%