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| 1 | H∞ and L1 control of a teleoperation system via LMIs显示文摘 | Sadeghi M S Momeni H R Amirifar R | | 0，，： | 1 |
| 2 | Integration of GaN analog building blocks on p-GaN wafers for GaN ICs显示文摘We demonstrate the key module of comparators in GaN ICs,based on resistor-transistor logic(RTL)on E-mode wafers in this work.The fundamental inverters in the comparator consist of a p-GaN gate HEMT and a 2DEG resistor as the load.The function of the RTL comparators is finally verified by a undervoltage lockout(UVLO)circuit.The compatibility of this circuit with the current p-GaN technology paves the way for integrating logic ICs together with the power devices. | Xiangdong Li Karen Geens Nooshin Amirifar Ming Zhao Shuzhen You Niels Posthuma Hu Liang Guido Groeseneken Stefaan Decoutere | 2021 | Journal of Semiconductors2021，42，2： | 1 |
| 3 | A Low-order H∞ Controller Design for an Active Sus- pension System via Linear Matrix Inequalities 显示文摘 | Amirifar R | 2004 | Journal of Vi- bration and Control2004，10，8： | 1 |
| 4 | H∞ and L1 control of a teleoperation system via LMIs显示文摘 | SHA-SADEGHI M MOMENI H R AMIRIFAR R | 2008 | Applied Mathematics and Computation2008，20，6： | 1 |
| 5 | A Low-order H∞ Controller Design for an Active Suspension System via Linear Matrix Inequalities显示文摘 | Amirifar R | 2004 | Journal of Vibration and Control2004，10，8： | 1 |
| 6 | A low-order controller design for an active suspension system via linear matrix inequalities显示文摘 | AMIRIFAR R | 2004 | J of Vibration and Control2004，10，8： | 1 |
| 7 | Low-order controller design for an active suspension system via LMIs显示文摘 | AMIRIFAR R SADATI N | 2006 | IEEE Trans Ind Electron2006，53，2： | 1 |
| 8 | Soil algae enzymes and their biotechnological applications显示文摘At present time,most of the enzymes are derived from biological sources,including plants,animals,microalgae,algae,and other microorganisms.Microorganism enzymes,among the others,account for the biggest part of application and demand in industries.These enzymes from soil microorganisms are very essential not only for soil fertility but also for biotechnological significance.Soil enzymes from microalage,comprising Amylase,Carbonic anhydrase,Galactosidase,Laccase,L-Asparaginase,Lipase,Peroxidase,Phytase,Protease,and Superoxide dismutase attract a considerable amount of attention for themselves in various industries.Most of the enzymes mentioned above have a great potential for their application in biotechnology and agriculture.Majority of such enzymes are known for their versatility and countless applications in various fields;thus,performing research on these enzymes in the future would be auspicious.This review paper presents an overview of the potential of soil algae enzymes in fields like biotechnology,medicine and agriculture,and also provides areas for advancement in researches related to this field. | Mohammad Amin Shoarnaghavi Arti Mishra Arian Amirifar Smruthi Sagarika Mahapatra Khatereh Nobaharan Arash Hemati Behnam Asgari Lajayer Tess Astatkie | 2022 | Systems Microbiology and Biomanufacturing2022，2，4： | 0 |
| 9 | Comparative characterization of iridium loading on catalyst assessment under different conditions显示文摘To discuss the potential role of iridium(Ir)nanoparticles loaded under atmospheric and high pressures,we prepared a series of cata-lysts with the same active phase but different contents of 10wt%,20wt%,and 30wt%on gamma-alumina for decomposition of hydrazine.Un-der atmospheric pressure,the performance of the catalyst was better when 30wt%of the Ir nanoparticles was used with chelating agent that had greater selectivity of approximately 27%.The increase in the reaction rate from 175 to 220 h^(−1)at higher Ir loading(30wt%)was due to a good dispersion of high-number active phases rather than an agglomeration surface.As a satisfactory result of this investigation at high pressure,Ir catalysts with different weight percentages showed the same stability against crushing and activity with a characteristic velocity of approxim-ately 1300 m/s. | Zahra Amirsardari Akram Dourani Mohamad Ali Amirifar Nooredin Ghadiri Massoom | 2021 | International Journal of Minerals,Metallurgy and Materials2021，28，7： | 0 |
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