Study of seasonal distribution of dust in the Middle East region using CALIOP and MODIS data.

Categorization of atmospheric suspended particles using degree of linear polarization parameter data of sun-photometer

How to Measure the Amount of Aerosol Optical Thickness in the Atmosphere in a Simple Way: A Calitoo Handheld Sun-Photometer Measurement

Study of air pollution of Isfahan based on NO2 measured data by OMI Satellite sensor

Classification of aerosol types using AERONET version 3 data over Kuwait City

Bayat A, Assar Enayati A, Toshani A. Verification of CALIOP, MODIS, MISR, and OMI aerosol optical depth retrievals against Sun-photometer data over Zanjan

Investigation of nitrogen dioxide behavior in Mashhad using OMI sensor measurements and its relationship with the wind, surface temperature, and horizontal visibility

Study of air pollution in Tabriz City by the use of Nitrogen Dioxide OMI sensor

Analysis of temporal and spatial correlation between precipitable water vapor retrievals from AIRS satellite sensor and 29 synoptic station measurements in Iran.

construction and calibration of single channel sun-photometer for study of aerosols

Optical and physical properties, time-period, and severity of dust activities as a function of source for the main dust sources of the Middle East

Calculation of Rotational Inertia of Gyroscope and Measurement of Force Vector by Precession

Investigation of Behavior and Trend of Nitrogen Dioxide in Tehran Using OMI Satellite Sensor Measurements

Comparison of precipitable water vapor derived from AIRS and SPM measurements and its correlation with surface temperature of 29 synoptic stations over Iran

Retrieval of aerosol optical and physical properties from ground-based measurements for Zanjan, a city in Northwest Iran

Retrieval of atmospheric optical parameters from ground-based sun-photometer measurements for Zanjan, Iran

Monitoring of Carbonaceous Pollution on Aerosol Hydration

Investigation of physical and optical properties of atmospheric aerosols in Lahore region of Pakistan and Jaipur, India using AERONET network level 3 data

Preparation of weather disaster atlas of Zanjan province with an emphasis on temperature and precipitation

Investigation of atmospheric particles in Urmia Lake region using a hand-held sun-photometer

Investigating impacts of dust events on surface temperature and atmospheric radiative forcing in Zanjan, Kuwait, and, Karachi

Temporal evolution of dust in the atmosphere of Baluchestan, southeast Iran, studied by handheld sun-photometer, space-borne lidar, and synoptic data

Investigating the effect of environmental factors on chlorophylldependent plant indices in corn leaves using the hyperspectral camera

Investigation of the correlation of Calitoo hand-held sun-photometer AOD data with Cimel sun-photometer in Zanjan city

Measuring spectral extinction (ATN) in aerosol particle using hyperspectral imaging

Investigation of a dusty day using a Calitoo hand-held sun-photometer, and HYSPLIT model in Yazd

Mechanization of a single-channel solar sun photometer for measuring the optical depth of atmospheric aerosols

Investigating the effect of heavy metals on tomato plants in Zanjan city using hyperspectral imaging

Studying a dusty day using data from the AEOLUS satellite and the AERONET station at IASBS

Investigation of optical properties of aerosols in Urmia Lake area using Calitoo handheld sun-photometer

Investigating impacts of dust events in Northwest Iran on atmospheric temperature and radiative forcing using sun-photometer recordings

Investigation of a dusty day using remote sensing sensors and HYSPLIT meteorological model in Yazd region

Measurement of optical and physical characteristics of dusty day March 27, 2021 with Calitoo hand-held sun-photometer and dust source with HYSPLIT model in Yazd

Classification of aerosols in the Persian Gulf region using polarized data from a sun-photometer

Investigation of optical characteristics of aerosols in Karaj city using Calitoo handheld Sun-photometer

Determination linear depolarization of atmospheric aerosols by using sun-photometer data for Zanjan city

Comparison of Sun-photometer and Lidar measurements for June 26, 2017, Zanjan atmosphere

Building One channel Sun-Photometer Using Light Emitting Diode

Measurement of Aerosol Optical Depth and Angstrom exponent of Atmospheric Particles Using Calitoo Sunphotometer in Milad Tower, Tehran

Comparison of the aerosol optical depth measured by the MISR sensor, and the Sunphotometer of IASBS site.

Investigating one day of urban pollution using the MODIS space-borne and measuring ground-based tools for Tehran

Study of Tehran air pollution using Nitrogen Dioxide data measured by OMI satellite sensor and wind, surface temperature and horizontal visibility of Mehrabad synoptic station

Study of a dusty day by using satellite data, HYSPLIT meteorological model and ground-based measurements over Tehran city

Investigation of the correlation of aerosol optical depth with PM2.5 and PM10 particles using data of MODIS sensor and Tehran air quality control center

Spectral analysis of NO2 time series of Isfahan using OMI sensor

calculating satellite-based trends of tropospheric nitrogen dioxide over tehran city

Design and building one channel sun-photometer for study of aerosols

Correlation between precipitable water vapor retrievals from AIRS satellite sensor and 29 synoptic station measurements in Iran

Spectral analysis of nitrogen dioxide time series measurements by OMI sensor in Tehran

Modeling and prediction of nitrogen dioxide concentration in Tehran using OMI and neural network measurements

ERA-Interim model and AIRS satellite columnar precipitable water vapor data validation with Zanjan’s sun-photometer measurements

Classification of atmospheric aerosol using polarized sun-photometer measurements

Retrieval of Aerosol Polarized Phase Function and Single Scattering Albedo from Polarized Sun-photometer Measurements

Retrieval of atmospheric optical parameters from ground-based sun-photometer measurements for Zanjan area

Columnar aerosol size distribution function obtained by inversion of spectral optical depth measurements for Zanjan area

Monitoring the aerosol size distribution for two years in Zanjan atmosphere by calculating the Angstrom exponent