میر صالح میر محمدی

1. Enhanced oxidative bioleaching for nickel and metal recovery from arsenic ores moves toward efficient and sustainable extraction

Boroumand Zohreh، Abdollahi Hadi، Najafi Asli Pashaki Shabnam، Mirmohammadi Mirsaleh، Ghorbani Yousef (2025)., CHEMOSPHERE, 370(-), 143944.

2. The Flotation of apatite and calcite using different reagents: A comparative study

Mahroomi Mostafa، Abdollahi Hadi، Gharabaghi Mahdi، Mirmohammadi Mirsaleh، Ehsan Ebrahimi (2024)., International Journal of Mining and Geo-Engineering, 58(4).

6. Unveiling the potential of Glutamicbacter nicotiana for enhanced bioleaching of nickel and valuable metals from low- and high-grade nickeline ores

boroumand Zohreh، Abdollahi Hadi، Mirmohammadi Mirsaleh، Najafi Asli Pashaki Shabnam، Ghorbani Yousef (2024)., Journal of Environmental Chemical Engineering, 12(2), 112141.

1. The Impact of Moderate Thermophiles on the Production of Acid Mine Drainage and the Dissolution of Ni and Zn from Iron-Bearing Sulfide Minerals

Yadollahi Ali، Abdollahi Hadi، Doulati Ardejani Faramarz، Mirmohammadi Mirsaleh (2024)., WATER AIR AND SOIL POLLUTION, 235(203).

2. Development of mineralogy-based approaches to study the loss of copper minerals into tailings of scavenger flotation circuit – Part I

Bahrami Ataallah، Rahbari Mahsa، Kazemi Fatemeh، Mirmohammadi Mirsaleh، Danesh Abolfazl (2024)., International Journal of Mining and Geo-Engineering, 58(1), 21-30.

3. Copper recovery improvement by reducing the misreported copper minerals into the tailings of scavenger flotation circuit – Part II

Bahrami Ataallah، Kazemi Fatemeh، Rahbari Mahsa، Danesh Abolfazl، Mirmohammadi Mirsaleh، Azizafshari Farhad (2024)., International Journal of Mining and Geo-Engineering, 58(1).

4. Enrichment of cobaltite bearing magnetite-rich ore with the flotation method: The effect of anionic sulfhydryl collectors at different pHs

Nazari Pouya، Abbaspour Amir، Abdollahi Hadi، Tahooni Bonab Sajjad، Mirmohammadi Mirsaleh، شکرزاده مریم (2024)., International Journal of Mining and Geo-Engineering, 58(1).

5. Sulfide Mineral Bioflotation Optimization and Prediction by Mixed Mesophilic Bacteria as a Green Alternative for Chemical Reagents

Shahbaznejad Morteza، Abdollahi Hadi، Gharabaghi Mahdi، Mirmohammadi Mirsaleh، Rezaei Ali، Saneie Roozbeh (2024)., Journal of Sustainable Metallurgy, 1(1).

6. A cell-based association data integration method for locating potential drilling targets: A case study at the Dalli Cu–Au porphyry deposit in Iran

Asadi Harouni Pouya، Asadi Haroni Hooshang، Carranza Emmanuel John M.، Asghari Omid، Mirmohammadi Mirsaleh، Abedi Maysam (2024)., ORE GEOLOGY REVIEWS, 165(2).

7. Mineral potential mapping of porphyry copper deposit by translating the mineral system using soil geochemistry data at Kahang, Iran

Hajsadeghi Saeid، Mirmohammadi Mirsaleh، Asghari Omid (2023)., International Journal of Mining and Geo-Engineering, 57(4).

8. Column Bioleaching of Nickel from Sulfidic Samples with Different Nickel and Magnesium Content

Mohammadzadeh Amirhossein، Abdollahi Hadi، Gharabaghi Mahdi، Saneie Roozbeh، Mirmohammadi Mirsaleh (2023)., GEOMICROBIOLOGY JOURNAL, 1(1).

9. A process mineralogy based approach for arsenic removal from copper concentrate in Cu – Mo flotation circuit

Bahrami Ataallah، Hassanpour Kashani Reza، Mirmohammadi Mirsaleh، Kazemi Fatemeh، Fathzadeh Ahmad، Ghorbani Yousef (2023)., Journal of Mining and Environment (JME),, 14(3).

10. Dissolution Kinetics of a Copper Oxide Ore Sample and Optimizing the Effective Parameters, Using Response Surface Methodology

Maleki Hassan، Chehreghani Sajjad، Noaparast Mohammad، Mirmohammadi Mirsaleh، Ghanbarzad Minoo (2023)., Rudarsko-geološko-naftni zbornik, 38(2), 75-85.

11. A multi-disciplinary and exploratory geospatial data set integration for porphyry copper prospectivity mapping in Kerman belt, Iran

Sadigh Sareh، Mirmohammadi Mirsaleh، Asghari Omid، porwal Alok (2023)., International Journal of Mining and Geo-Engineering, 57(3).

12. Bioleaching of zinc, copper and antimony from a tetrahedrite concentrate using acidophilic microorganisms

Aghazadeh Sajjad، Abdollahi Hadi، Gharabaghi Mahdi، Mirmohammadi Mirsaleh (2023)., HYDROMETALLURGY, 219(106075).

13. Green Extraction of Heavy Metals from Tetrahedrite-Rich Concentrates Using Mechanical Activation-Assisted Bioleaching

Aghazadeh Sajjad، Abdollahi Hadi، Gharabaghi Mahdi، Mirmohammadi Mirsaleh (2023)., Journal of Sustainable Metallurgy, 1(1).

1. Optimization of flotation of the Qaleh Zari mine oxidized copper ore sample by the sequential sulfidation approach using the response method technique

Maleki Hassan، Noaparast Mohammad، Chehreghani Sajjad، Mirmohammadi Mirsaleh، Rezaei Ali (2023)., Rudarsko-geološko-naftni zbornik, 38(nO. 1 (2023): nO.62).

5. Spatial distribution of porphyry copper deposits in Kerman Belt, Iran

sadigh sareh، Mirmohammadi Mirsaleh، Asghari Omid، porwal Alok (2022)., ORE GEOLOGY REVIEWS, 153(2), 1-17.

6. The effect of grinding circuit efficiency on the grade and recovery of copper and molybdenum concentrates

Bahrami Ataallah، Kazemi Fatemeh، Abdollahi Morteza، Mirmohammadi Mirsaleh، Danesh Abolfazl، Ghorbani Yousef (2022)., Energy Sources Part A-Recovery Utilization and Environmental Effects, 44(3).