Hassan Hashemipour
Department of Chemical Engineering, Faculty of Engineering, Shahid Bahonar University of Kerman, Kerman, Iran
[ 1 ] - Preparation of Graphene-amine Nanofluid for Absorption of Carbon Dioxide (CO2) and Hydrogen Sulfide (H2S) from a Natural Gas Stream in a Wetted Wall Column
In this study, it was shown that how CO2 and H2S were removed from a natural gas stream, using a nanofluid containing nanoporous graphene in Diehanolamine (DEA). Before running the experiments, the appropriate values were chosen for the nanosheet dosage and the liquid and gas flow rates in the absorption experiments, which were performed in a laboratory scale wetted wall column. In the expe...
[ 2 ] - بررسی ارتباط کنترل عمق بیهوشی و میزان شفافیت فیلد عمل در اعمال جراحی با فیلد محدود (گوش، بینی و سینوس‌ها) در بیمارستان مرادی رفسنجان در سال 1394: یک گزارش کوتاه
Background and Objective: Operation field in surgeries like sinus endoscopy, rhinoplasty, tympanoplasty, and mastoidectomy is limited and difficult to achieve. Bleeding in the field of these surgeries can opaque operation fields and ultimately affect surgery outcome. This study aimed to evaluate the relationship between anesthesia depth and transparency of operation field in the first and secon...
[ 3 ] - استفاده همزمان از دو ونتیلاتور برای درمان عوارض ریوی ناشی از تهویه مکانیکی در بیمار مولتیپل تروما: گزارش مورد
Background and Objective: Some of multiple trauma patients admitted in ICU (Intensive Care Unit) are intubated and ventilated by mechanical ventilation. These patients are prone to many complications such as lung disease. Reasons for this complication are patients without any movement, incomplete cough reflex, GI aspiration and then not a good pulmonary discharge prone the lungs of patients to ...
[ 4 ] - Methane oxy-steam reforming over a highly efficient Ni/Al2O3 nanocatalyst prepared by microwave-assisted impregnation method
An alumina-supported nickel catalyst was prepared by impregnation of Ni2+ solution onto mesoporous alumina under microwave irradiation (denoted as M-Ni/Al2O3). For comparison, a catalyst with the same nickel content was prepared by conventional impregnation method (denoted as UM-Ni/Al2O3). Both M-Ni/Al2O3 and UM-Ni/Al2O3 catalysts were applied to the syngas (H2 + CO) production by methane oxy-s...
Co-Authors