علی میرزازاده

44 - A Khorramifar, A Mirzazadeh, V Rasooli Sharabiani,Determining nectarine cultivars using the spectroscopic method,2024
43 - A Khorramifar, A Mirzazadeh, V Rasooli Sharabiani,Determining nectarine cultivars using the spectroscopic method,2024
42 - A Mirzazadeh, Y Raey, M Hakimzadeh,Application of a new method evaluating the sustainability for agricultural systems,2023
41 - A Mirzazadeh, T Mesri Gundoshmian, M Hakimzadeh,Evaluation of different peanut harvesting systems and selection of the best system based on important biological indicators,2023
40 - A Mirzazadeh, Y Raey, M Hakimzadeh,Application of a new method evaluating the sustainability for agricultural systems,2023
39 - A Mirzazadeh, T Mesri Gundoshmian, M Hakimzadeh,Evaluation of different peanut harvesting systems and selection of the best system based on important biological indicators,2023
38 - A Mirzazadeh, S Abdollahpour, M Hakimzadeh,Optimized Mathematical Model of a Grain Cleaning System Functioning in a Combine Harvester using Response Surface Methodology,2022
37 - Z Vahidi Ezmareh, T Mesri Gundoshmian, A Mirzazadeh,Investigating the sustainability of biogas production from wheat waste: From a life cycle assessment perspective,2022
36 - Z Vahidi Ezmareh, T Mesri Gundoshmian, A Mirzazadeh,Biogas production in northwestern Iran: from the point of view of life cycle assessment,2022
35 - OPTIMIZED MATHEMATICAL MODEL OF A GRAIN CLEANING SYSTEMFUNCTIONING IN A COMBINE HARVESTER USING RESPONSESURFACE METHODOLOGY دریافت مقاله
34 - A Mirzazadeh, S Abdollahpour, M Hakimzadeh,Optimized Mathematical Model of a Grain Cleaning System Functioning in a Combine Harvester using Response Surface Methodology,2022
33 - Z Vahidi Ezmareh, T Mesri Gundoshmian, A Mirzazadeh,Investigating the sustainability of biogas production from wheat waste: From a life cycle assessment perspective,2022
32 - Z Vahidi Ezmareh, T Mesri Gundoshmian, A Mirzazadeh,Biogas production in northwestern Iran: from the point of view of life cycle assessment,2022
31 - A Mirzazadeh, E Kolahi, S Abdollahpour,Proposing the mathematical model of combine harvester rear losses in soybean harvesting,2021
30 - A Novel Technique for Classifying Bird Damage to Rapeseed Plants Based on a Deep Learning Algorithm
29 - A Mirzazadeh, A Azizi, Y Abbaspour-Gilandeh, JL Hernández-Hernández, ...,A novel technique for classifying bird damage to rapeseed plants based on a deep learning algorithm,2021
28 - A Mirzazadeh, E Kolahi, S Abdollahpour,Proposing the mathematical model of combine harvester rear losses in soybean harvesting,2021
27 - A Mirzazadeh, A Azizi, Y Abbaspour-Gilandeh, JL Hernández-Hernández, ...,A novel technique for classifying bird damage to rapeseed plants based on a deep learning algorithm,2021
26 - A Mirzazadeh, Y Raei,Evaluation of some important indicators of silage corn production in no-tillage systems,2020
25 - A Mirzazadeh, R Pourdarbani, S Fekri,Selection of the Most Appropriate Tillage System Based on TOPSIS Model with Emphasize on Impact of Different Tillage Systems on Yield,2020
24 - Selection of the Most Appropriate Tillage System Based onTOPSIS Model with Emphasize on Impact of Different TillageSystems on Yield دریافت مقاله
23 - A Mirzazadeh, Y Raei,Evaluation of some important indicators of silage corn production in no-tillage systems,2020
22 - A Mirzazadeh, R Pourdarbani, S Fekri,Selection of the Most Appropriate Tillage System Based on TOPSIS Model with Emphasize on Impact of Different Tillage Systems on Yield,2020
21 - ,study the benefits Leaving of vegetation on the soil surface in conservation tillage,2017
20 - ,The comparison of different tillage systems in wheat yield,2017
19 - ,study the benefits Leaving of vegetation on the soil surface in conservation tillage,2017
18 - ,The comparison of different tillage systems in wheat yield,2017
17 - Incorporating Skewness and Kurtosis in Improvement of Combine Harvester Cleaning System Performance دریافت مقاله
16 - A Mirzazadeh, S Abdollahpor, MM Vahed,Incorporating Skewness and Kurtosis in improvement of combine harvester cleaning system performance.,2015
15 - A Mirzazadeh, S Abdollahpor, MM Vahed,Incorporating Skewness and Kurtosis in improvement of combine harvester cleaning system performance.,2015
14 - ,کمینه کردن افت سیستم تمیزکننده کمباین با کنترل مواد غیردانه¬ ای عبوری از شبکه ضدکوبنده‎,2013
13 - ,کمینه کردن افت سیستم تمیزکننده کمباین با کنترل مواد غیردانه¬ ای عبوری از شبکه ضدکوبنده‎,2013
12 - S Abdollahpor, A Mahmoudi, A Mirzazadeh,Artificial neural network prediction model for material threshing in combine harvester,2012
11 - A Mirzazadeh, S Abdollahpour, A Mahmoudi, A Bukat,Intelligent modeling of material separation in combine harvester’s thresher by ANN,2012
10 - A Mirzazadeh, S Abdollahpour, A Mahmoudi, A Bukat,Intelligent modeling of material separation in combine harvester’s thresher by ANN,2012
9 - S Abdollahpor, A Mahmoudi, A Mirzazadeh,Artificial neural network prediction model for material threshing in combine harvester,2012
8 - A Mirzazadeh, SA Abdollahpour, M Moghaddam,Effects of operating parameters on threshing efficiency control the amount of threshing loss,2011
7 - ,اثر پارامترهای طراحی بر جدا شدن مواد در کوبنده برای کمینه کردن افت جداکننده در کمباین‎,2011
6 - ,اثر پارامترهای کاری بر بازده کوبنده به منظور کنترل افت کوبنده‎,2011
5 - A Mirzazadeh, SA Abdollahpour, M Moghaddam,Effects of operating parameters on threshing efficiency control the amount of threshing loss,2011
4 - A Mirzazadeh, S Abdollahpour, M Moghadam,Effect of design parameters on separation of grain in thresher to minimize separation loss of combine,2011
3 - A Mirzazadeh, S Abdollahpour, M Moghadam,Effect of design parameters on separation of grain in thresher to minimize separation loss of combine,2011
2 - ,اثر پارامترهای طراحی بر جدا شدن مواد در کوبنده برای کمینه کردن افت جداکننده در کمباین‎,2011
1 - ,اثر پارامترهای کاری بر بازده کوبنده به منظور کنترل افت کوبنده‎,2011