|
|
|
题名
|
作者
|
年代
|
出处
|
被引量
|
| 1 | Effect of Apolipoprotein A-I Complex with Tetrahydrocortisone on Protein Biosynthesis and Glucose Absorption by Rat Hepatocytes显示文摘 | D. V. Sumenkova R. A. Knyazev R. S. Guschya L. M. Polyakov L. E. Panin | 2009 | Bulletin of Experimental Biology and Medicine2009，，2： | 1 |
| 2 | Formation of nanometer ordered defect-deformational structures induced by energy fluxes in solids显示文摘 | V. I. Emel’yanov I. M. Panin | 1997 | Physics of the Solid State1997，，11： | 1 |
| 3 | New Generation of Experiments for the Investigation of Stellar (p,γ) Reaction Rates Using SAMURAI显示文摘The future experimental campaign with the SAMURAI setup at RIKEN will explore a wide range of neutron-deficient nuclei with a particular focus on the most critical(p, γ) reaction rates relevant to the astrophysical rp-process in type-I X-ray bursts(XRB). Intense radioactive-ion(RI) beams at an energy of a few hundred Me V/nucleon will be deployed to populate proton-unbound states in the nuclei of interest through the Coulomb excitation or nucleon-removal processes. The decay of these states into a proton and a heavy residue will be measured using complete kinematics and the information about time reversal proton-capture process will be obtained. This method will provide the vital experimental data on the resonances, which dominate the stellar(p, γ) reaction rates, as well as on the direct proton-capture process for some other cases. The experimental setup will utilize for the first time the High-Resolution90?-mode of the SAMURAI spectrometer in combination with the existing detection systems, including custom-designed Si-strip detectors for simultaneous detection and tracking of heavy ions and protons emitted from the target. The details of the experimental method and the utilized apparatus are discussed in this paper. | V. Panin K. Yoneda M. Kurokawa J. Blackmon Z. Elekes D. Kim T. Motobayashi H. Otsu B. C. Rasco A. Saastamoinen L. Sobotka L. Trache T. Uesaka | 2016 | 原子核物理评论2016，33，2： | 0 |
| 4 | STAGES OF LATE HOLOCENE GULLY DEVELOPMENT IN THE CENTRAL RUSSIAN PLAIN显示文摘Two gullies located in the Protva River basin (central part of European Russia, 100 km southwest of Moscow) were studied to investigate the history of their development during Late Holocene. This case study included detailed topographic and geomorphologic surveys, geological cross-sections, and radiocarbon dating of organic matter in gully sediments. For both gullies, incision of the long profile occurred for most of the Holocene, as indicated by the limited presence of infill sediment. However, interruptions of incisions occurred in both gullies during the last ~3.5 ka (the Chugunkin gully) or ~2.0 ka (the Uzkiy gully), as evident from stratigraphic interpretation of the sediment record. Periods of surface stabilization are represented by buried soil horizons, whereas relatively thick sediment layers suggest periods of predominant aggradation. Similarities and differences in discovered sequences of erosion and accumulation stages for the two gullies point out the importance of distinguishing between local and regional controls. Evidence of the role of internal system behavior and self-development in the gully long-term evolution is clear from asynchronous response of different parts of gullies. In recent times (~500 years), active agricultural development of the study territory resulted in accelerated incisions, followed by deposition of catchment-derived material. The latter was limited to the upper parts of the gullies, while incisions have continued in the middle and lower parts. The impact of human activities (~500 years) has been very limited. This suggests that within the forest zone of the Russian Plain many gullies which were earlier attributed to anthropogenic factors are, in reality, due to natural phenomena. | V. R. BELYAEV E. A. EREMENKO A. V. PANIN Y. R. BELYAEV | 2005 | International Journal of Sediment Research2005，20，3： | 0 |
您所在的机构暂未开通此部分的功能，请联系管理员