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8篇 您的检索式:作者名="Nasirov"
    题名 作者 年代 出处 被引量
1Anomalous Aortic Origin of a Coronary Artery: Medium-Term Results After Surgical Repair in 50 Patients显示文摘Richard D. Mainwaring V. Mohan Reddy Olaf Reinhartz Ed Petrossian Malcolm MacDonald Teimour Nasirov Christina Y. Miyake Frank L. Hanley 2011The Annals of Thoracic Surgery2011,,2:1
2Renewable energy sources in the Spanish electricity market:Instruments and effects显示文摘Ciarreta A Gutiérrez-Hita C Nasirov S 2011Renewable and Sustainable EnergyReviews2011,15,5:1
3New mechanism of solution of the kT-problem in magnetobiology显示文摘Kanokov Z Schmelzer JWP Nasirov AK 2010Central European Journal of Physics2010,8,4:1
4Reaction mechanisms in massive nuclei collisions and perspectives for synthesis of heavier superheavy elements显示文摘We discuss a hardship in synthesis of heaviest super heavy elements in massive nuclei reactions due to the hindrance to complete fusion of reacting nuclei caused on the onset of quasifission process which strongly competes with complete fusion and due to the strong increase of fission yields along the de-excitation cascade of the compound nucleus in comparison with the evaporation residue formation.The hindrance to formation of compound nucleus and evaporation residue is determined by the characteristic of the entrance channel.GIARDINA G NASIROV A K MANDAGLIO G CURCIARELLO F De LEO V FAZIO G ROMANIUK M 2013Nuclear Science and Techniques2013,24,5:1
5Formation of heavy and superheavy elements by reactions with massive nuclei显示文摘G. Fazio G. Giardina A. Lamberto R. Ruggeri C. Saccá R. Palamara A. I. Muminov A. K. Nasirov U. T. Yakhshiev F. Hanappe T. Materna L. Stuttgé 2004The European Physical Journal A2004,,1:1
6Effect of the entrance channel on the synthesis of superheavy elements显示文摘G. Giardina S. Hofmann A. I. Muminov A. K. Nasirov 2000The European Physical Journal A2000,,2:1
7Peculiarities of ZnCdSe Nanolayers by Chemical Deposition显示文摘M. A. Jafarov E. F. Nasirov 2013Journal of Chemistry and Chemical Engineering2013,7,5:0
8核对称轴不同相对取向对熔合动力学的影响显示文摘计算了核对称轴不同相对取向时的熔合位垒.基于双核模型观念,考虑了熔合与准裂变的竞争,通过数值法求解主方程,计算了76Ge+208Pb,48Ca+244Pu核对称轴不同相对取向对熔合概率的影响,探索了最有利于超重元素合成的弹靶相对取向.取向不同时,对熔合反应的影响较大,计算结果表明弹靶碰撞为腰对腰时,更有利于发生熔合反应.贾飞 徐瑚珊 陈若富 张宏斌 Avazbek Nasirov 李君清 Scheid W. 2007物理学报2007,56,2:0
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