عطا ملک قربان زاده

1. In-situ determination of micro-hardness in laser cladding of stellite using optical emission spectroscopy

Ajamgard Narges، Chehrghani Ali، Sobhani Mohammad Javad، Torkamany Mohammad Javad، Ghorbanzadeh Atamalek (2024)., OPTICS AND LASER TECHNOLOGY, 177(-), 111058.

1. Methane coupling by a parallel-electrodes pulsed gliding plasma: A strong correlation between conversion ability and the plasma mobility

Majidi bidgoli Abbas، Ghorbanzadeh Atamalek (2023)., CHEMICAL ENGINEERING SCIENCE, 281(281), 119143.

2. Parallel electrodes gliding plasma: Working principles and application in dry reforming of methane

Rahmati Hamed، Ghorbanzadeh Atamalek (2021)., ENERGY, 230(-), 120753.

1. Modification of the optical characteristics of Rhodamine B dye with different concentrations using gold nanorods

Razzaghi Davood، Barzan Mohammad، Sasani Ghamsari Morteza، Ghorbanzadeh Atamalek، Koohian Ata Allah، Ajamgard Narges (2020)., JOURNAL OF MODERN OPTICS, 67(3), 213-219.

2. A Vehicle-Based Remote Methane Detector Using Absorption Molecular Spectroscopy

Bakhtbidar Mohammad، Ghorbanzadeh Atamalek، Tasnim Ali (2019)., 22nd Iranian Physical Chemistry Conference, 20-22 August, Zanjan, Iran.

2. Gliding spark plasma: Physical principles and performance in direct pyrolysis of methane

Majidi bidgoli Abbas، Ghorbanzadeh Atamalek، Lotfalipour Rahele، Roustaei Ehsan، Zakavi Marjan (2017)., ENERGY, 125(-), 705-715.

1. Surface plasma preionization produced on specially patterned PCB and its application in a pulsed CO2 laser

Ghorbanzadeh Atamalek، Pakmanesh Nahid، Rastgari Ali، Abdolghader Pedram، Feizollah Peyman، Siadati Neda (2016)., OPTICS AND LASER TECHNOLOGY, 78(-), 83-86.

2. Quantum cascade laser-based sensors for the detection of exhaled carbon monoxide

Pakmanesh Nahid، Cristescu Simona M، Ghorbanzadeh Atamalek، Harren Frans J M، Mandon Jullen (2016)., APPLIED PHYSICS B-LASERS AND OPTICS, 122(1), 6294.

2. Methane conversion by repetitive nanosecond pulsed plasma

Lotfalipour Raheleh، Ghorbanzadeh Atamalek، Mahdian Amir (2014)., JOURNAL OF PHYSICS D-APPLIED PHYSICS, 47(36), 365201.

1. Improvement of Nd:YAG laser efficiency by long lifetime dye doped ORMOSILs

Ghorbanzadeh Atamalek، محمد برزن (2013)., LASER PHYSICS, 23(---), -.

2. production of hydrogen and Heavier Hydrocarbons in Methane Conversion process by High Repetition Rate pulsed Plasma

Ghorbanzadeh Atamalek (2012)., 12th International conference on Clean energy (ICCE2012, 26-30 October, Xi'an (Xian), China.

4. methane conversion to Hydrogen and Higher Hydrocarbons by Kilohertz pulsed plasma

Ghorbanzadeh Atamalek (2012)., 15th Iranian Physical Chemistry Conference, 3-6 September, Tehran, Iran.

1. Carbon dioxide reforming of methane at near room temperature in low energy pulsed plasma

Ghorbanzadeh Atamalek، Rahele Lotfalipour، Somaye Rezaei (2009)., INTERNATIONAL JOURNAL OF HYDROGEN ENERGY, 34(1), 293-298.

1. Influence of dyes doped in solid state polymeric matrices as spectral converters on efficiency of a flash - lamp pumped Nd : YAG laser

Javad Khalilzadeh، Ghorbanzadeh Atamalek، Abolghasem Moghimi (2008)., OPTICAL MATERIALS, 30(10), 1527-1530.

1. Carbon dioxide reforming of methane by pulsed glow discharge at atmospheric pressure : The effect of pulse compression

Ghorbanzadeh Atamalek، H Modarresi (2007)., JOURNAL OF APPLIED PHYSICS, 101(12), -.

1. methane conversion to hydrogen and higher hydrocarbons by double pulsed glow discharge

Matin، Ghorbanzadeh Atamalek (2005)., PLASMA CHEMISTRY AND PLASMA PROCESSING, 25(1), 19-29.

2. High energy efficiency in syngas and hydrocarbon production from Hdissociation of CH4 - CO2 mixture in a non - equilibrium pulsed plasma

Ghorbanzadeh Atamalek، S Norouzi، T Mohammadi (2005)., JOURNAL OF PHYSICS D-APPLIED PHYSICS, 38(20), 3804-3811.