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55篇 您的检索式:作者名="Zanganeh"
    题名 作者 年代 出处 被引量
1Penbactam for Helicobacter pylori eradication: A randomised comparison of quadruple and triple treatment schedules in an Iranian population显示文摘Seyedali Seyedmajidi Dariush Mirsattari Homayoun Zojaji Elahe Zanganeh Mohammadreza Seyyedmajidi Shohreh Almasi Mohammadreza Zali 2012Arab Journal of Gastroenterology2012,,:2
2Improvement of the ANFIS-based wave predictor models by the Particle Swarm Optimization显示文摘In this paper,the Particle Swarm Optimization(PSO)algorithm is employed to deal with the Adaptive Network based Fuzzy Inference System(ANFIS)model drawbacks in prediction of wind-driven waves.In the ANFIS model selection of fuzzy IF-THEN rules structure and numbers is not an automatic process.In addition,in the ANFIS model extraction of fuzzy antecedent and consequent parameters is a gradient-based method which makes the answer susceptible to entrap in local optima.To cope with the ANFIS deficiencies,herein the PSO algorithm is coupled with the wave predictor FIS models in three viewpoints to optimize fuzzy subtractive clustering parameters,i.e.radii of clustering and quash factor,and the antecedent and consequent parameter of fuzzy IF-THEN rules.At first viewpoint,two PSO algorithms are used to optimize fuzzy subtractive clustering parameters and fuzzy IF-THEN rule parameters.In the second viewpoint,a PSO algorithm is used to optimize subtractive clustering parameters while the ANFIS model is used to tune the fuzzy IF-THEN rule parameters.In the third viewpoint,only a PSO algorithm is used to optimize the subtractive clustering parameters along with fuzzy IF-THEN rule parameters.Gathered data sets by National Data Buoy Center(NDBC)at Lake Michigan are used to evaluate the developed models for prediction of wave parameters including significant wave height and peak spectral period.Results indicate the efficiency of PSO algorithm to improve the ANFIS model accuracy.Morteza Zanganeh 2020Journal of Ocean Engineering and Science2020,5,1:2
3Quantifying crack tip displacement fields with DIC显示文摘YATES J R ZANGANEH M TAI Y H 2010Engineering Fracture Mechanics2010,77,11:1
4An interpretation of flue-gas mercury speciation date from a kinetic point of view显示文摘WANG J CLEMENTS B ZANGANEH K 2003Fuel2003,82,8:1
5A solar dish concentrator based on ellipsoidal polyester membrane facets显示文摘Zanganeh G Bader R Pedretti A 2012Solar Energy2012,86,1:1
6Crack paths under mixed mode loading显示文摘Yates J R Zanganeh M Tomlinson R A 2008Engineering Fracture Mechanics2008,75,:1
7Kinematics and dynamics of a six-degree-of-freedom parallel manipulators with revolute legs显示文摘ETEMADI ZANGANEH K SINATRA R ANGELES J 1997Robotica1997,,15:1
8Asphaltene Deposition during CO2Injection and Pressure Depletion:A Visual Study显示文摘Zanganeh Peyman Ayatollahi Shahab Alamdari Abdolmohammad Zolghadr Ali Dashti Hossein and Kord Shahin 2011Energy&Fuels2011,26,2:1
9Folic Acid Functionalized Vertically Aligned Carbon Nanotube (FA-VACNT) Electrodes for Cancer Sensing Applications显示文摘An electrical cancer biosensor was developed using amine-functionalized vertically aligned carbon nanotubes(VACNTs) conjugated to folic acid(FA) molecules. Speci?c binding of FA to folate receptor(FR) existing on the membrane of cancer cells assisted their entrapment on VACNTs. For the conjugation of FA to CNTs,amine(—NH_2) functional groups were attached to the side walls of the nanotubes by plasma treatment.The amount and shape of entrapped cancer cells on FA-VACNTs were noticeably higher and more uniform than the cells entrapped on bare VACNTs. The comparative signal spike of the FA-VACNTs and VACNTs covered impedance sensor in interaction with the same concentration of lung cancer cells(QUDB) showed sharper response for the functionalized sensor. Moreover, electron microscopy and ?orescent images as well as impedance diagrams veri?ed the spherical and non-deformed shape of the cells entrapped by FA-VACNT. This sensor would be useful in assaying the cells vitality in time evolution. This device could be applied in diagnostic and time monitoring applications in the ?eld of cancer such as extreme drug resistance assay(EDR).Somayeh Zanganeh Fatemeh Khodadadei S. Rafizadeh Tafti Mohammad Abdolahad 2016Journal of Materials Science & Technology2016,32,7:1
10An interpretation of flue-gas mercury speciation data from a kinetic point of view 显示文摘WANG J CLEMENTS B ZANGANEH K 2003Fuel2003,82,8:1
11A solar dish concentrator based on ellipsoidal polyester membrane facets显示文摘Zanganeh G Bader R Pedretti A 2012Solar Energy2012,86,:1
12A modified wake oscil- lator model for vortex-induced vibrationof circular cyl- inders for a wide range of mass-damping ratio显示文摘Farshidianfar A Zanganeh H 2010Journal of Fluids and Structures2010,26,:1
13A solar dish concentrator based on ellipsoidal polyester membranefacets 显示文摘Zanganeh G Bader R Pedretti A 2012Solar Energy2012,86,1:1
14Dry reforming of methane to synthesis gas on NiO-MgO nanocrystalline solid solution catalysts显示文摘Zanganeh R Rezaei M ZamaniyanA 2013International Journal of Hydrogen Energy2013,38,7:1
15Integration options for novel chemical looping air sepa- ration(ICLAS) process for oxygen production in oxy- fuel coal fired power plants 显示文摘SHAH K MOGHTADERI B ZANGANEH J 2013Fuel2013,107,:1
16Crack paths under mixed mode loading 显示文摘Yates J R Zanganeh M Tomlinson RA 2008Engineering Fracture Mechanics2008,75,24:1
17Crack Paths under Mixed Mode Loading 显示文摘Yates J R Zanganeh M Tomlinson R A 2008Engineer Fracture Mechanics2008,75,34:1
18Kinematic Isotropy and the Optimum Design of Parallel Manipulators显示文摘Zanganeh K E Angeles J 1997International Journal of Robotic Research1997,16,2:1
19A Novel Process Integration, Optimization and Design Approach for Large-scale Implementation of Oxy-fired Coal Power Plants with CO2 Capture 显示文摘Zanganeh K E Shafeen A 2007International Journal of Greenhouse Gas Control2007,,1:1
20Lo- cating the crack tip using displacement field data: a comparative study显示文摘Zanganeh M Lopez-Crespom P Tai Y H 2013Strain2013,49,2:1
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