Rozita Fooladi-Dehaghi

Rozita Fooladi-Dehaghi is a graduate of analytical chemistry from the Faculty of Science at the University of Guilan. Her research areas include wastewater treatment, drug delivery systems, Fluorescence chemosensors, and Iodine capture on porous materials. She specializes in applying porous materials, particularly Covalent Organic Frameworks and nanostructures in chemical processes, with a focus on environmental and biomedical applications. She is skilled in synthesizing and characterizing nanomaterials. Currently, she is seeking a postdoctoral position to further her research.

Living in : Iran

Gender : FemaleRace : Middle Eastern

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Educations

Analytical ChemistryPhDUniversity of Guilan2023-09-06 Iran

Supervisor's name :Prof. Shabanm Sohrabnezhad

Title :

Synthesis, characterization and application some of Covalent organic framework hybrids

NanochemistryMaster'sUniversity of Kashan2015-09-21 Iran

Work Experiences

institue lecturer

at Paiedia

I am currently working in this role

Conferences

Your Presentation Title :

Immobilization of pure and Dy doped TiO2 nanoparticles on glass beads for photocatalytic degradation of Blue active 41 by fixed bed photoreactor under visible light irradiation

Conference Name : Second Iranian Student Chemis

Iran

2015

Journal Publications

Publication Title :

Considering photocatalytic activity of N/F/S-doped TiO2 thin films in degradation of textile waste under visible and sunlight irradiationSecond author

Journal :

Solar Energy

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Publication Title :

Purification of textile wastewater by using coated Sr/S/N doped TiO2 nanolayers on glass orbsFirst author

Journal :

Korean Journal of Chemical Engineering

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Publication Title :

Hybridization of Schiff base network and amino functionalized Cu based MOF to enhance photocatalytic performanceFirst author

Journal :

Journal of Solid State Chemistry

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Publication Title :

Drug delivery with solvent-free synthesized polyimide-COF/amino-functionalized MCM-41 nanohybridFirst author

Journal :

Journal of Drug Delivery Science and Technology

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Publication Title :

Visible and solar photodegradation of textile wastewater by multiple doped TiO2/Zn nanostructured thin films in fixed bed photoreactor modeFirst author

Journal :

Inorganic Chemistry Communication

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Publication Title :

Triplet Cu2O/MOF-2/MMT nanocomposite: Antibacterial and photocatalyst agentFirst author

Journal :

Journal of Molecular Structure

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Publication Title :

Room temperature hybridization of amide-linked COF (RT-COF) and Na-mordenite zeolite (MOR) as a potential adsorbent in three-medium iodine captureFirst author

Journal :

Journal of Water Process Engineering

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Research Keywords

Drug delivery

Metal organic framework

Photocatalyst

Iodine capture

Covalent Organic Framework

synthesis and characterization

MCM-41

Mosoporous

Mordenite

nanoporous

References

Shabnam Sohrabnezhad

Sohrabnezhad@guilan.ac.ir

Mohsen Behpour

m.behpour@kashanu.ac.ir

Mohammad Ali Zanjanchi

zanjanchi@guilan.ac.ir