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| 1 | On spectral density estimates for a gaussian periodically correlated random field显示文摘 | V G Alekseev | 1991 | Probability and mathematical statistics1991，11，2： | 2 |
| 2 | 基于XeF(C-A)放大器的混合(固态/气态)超高功率飞秒激光系统(英文)显示文摘提出了基于前端发生器和终端放大器,使用光泵浦XeF(C-A)激活介质的太瓦级混合激光器(THL-100)系统。前端发生器由长532 nm的连续激光泵浦的钛宝石飞秒脉冲振荡器,脉冲展宽机构,532 nm的脉冲激光泵浦的再生多通道放大器,衍射光栅压缩器和二次谐波发生器(KDP)组成。其光束输出参数为:脉冲持续时间50 fs,二次谐波(475 nm)辐射能量5 mJ。前端发生器以10 Hz的单脉冲模式工作。XeF(C-A)放大器由双高压脉冲发生器(线性变压器),爆炸式阴极发射真空二极管,电子束注入系统,充满Xe的气室转换器和激光单元组成。高压发生器包括12个变压器,每个变压器有8个电容(40 nF)和火花隙,电容可以充电至100 kV。真空二极管中的电子束参数为:总电流300 kA,峰值电压550kV,脉冲持续时间约150 ns。穿透金属箔片到达Xe转换器的6个100 cm×12 cm电子束的总能量为67 kJ。激光系统通过泵浦能量的级联处理导致Xe2*的快速形成,并在(172±5)nm连续辐射。真空紫外辐射通过CaF2窗口辐射到含有XeF2蒸汽和氮气缓冲气体的激光单元中,使XeF2光解,形成XeF*准分子。由真空紫外辐射泵浦的放大器激活介质长110 cm,直径为24 cm。文中通过数值模拟给出了输出参数和第一实验结果,根据XeF(C-A)放大器参数模型和增益测量结果,得到的输出能量高达23 J,这意味着50 fs脉冲的峰值功率高达4060 TW。 | LOSEV V ALEKSEEV S IVANOV N KOVALCHUK B MIKHEEVL MESYATS G PANCHENKO Yu PUCHIKIN A RATAKHIN N YASTREMSKY A | 2011 | 光学精密工程2011，19，2： | 2 |
| 3 | On spectral density estimates for a gaussian periodically correlated random field 显示文摘 | Alekseev V G | 1991 | Probability and mathematical statistics1991，11，2： | 1 |
| 4 | Long term ice variability in Arctic marginal seas显示文摘 | Polyakov I Alekseev G V Bekryaev R V | 2003 | Journal of Climate2003，16，12： | 1 |
| 5 | Optic isomerism and pharmaceutical activ- ity of medicaments 显示文摘 | Alekseev V V | 1998 | Soros Educational Journal1998，1，： | 1 |
| 6 | Solvability of stationary boundary control problems for heat convection equations显示文摘 | ALEKSEEV G V | 1998 | Siberian Mathematical Journal1998，39，5： | 1 |
| 7 | Solvability of stationary boundary control problems for heat convection equations显示文摘 | ALEKSEEV G V | 1998 | Siberian Mathematical Journal1998，39，5： | 1 |
| 8 | An aircraft lidar method of studying aerosol in the free troposphere over Siberia显示文摘 | Tyabotov A E Alekseev A P | 1997 | Atmospheric Research1997，44，： | 1 |
| 9 | Theory of Parametric Amplification in Superlattices显示文摘 | Hyart T Shorokhov A V Alekseev K N | 2007 | Phys Rev Lett2007，98，22： | 1 |
| 10 | Electromagnetic millimeter wave induced hypoa|gesia: frequency dependence and involvement of endogenous opioids 显示文摘 | Radzievsky A A Gordiienko O V Alekseev S | 2008 | Bioelectromagnetics2008，29，4： | 1 |
| 11 | Boronic Acid Flux Synthesis and Crystal Growth of Uranium and Neptunium Boronates and Borates: a Low-Tempera- ture Route to the First Neptunium( V ) Borate显示文摘 | Wang S Alekseev E V Miller H M | 2010 | Inorg Chem2010，49，21： | 1 |
| 12 | Control of a system with a strange attractor through periodic parametric action显示文摘 | ALEKSEEV V V LOSKUTOV A Y | 1987 | Soviet Physics Doklady1987，32，4： | 1 |
| 13 | Results of the influenza virus surveillance in wild birds in Western part of Mongolia显示文摘Objective:To present results of virological study of wild birds inhabiting Western Mongolia. Methods:Over a period of 2003-2008,we isolated 13 influenza A viruses:H1N1,H3N6, H13N8 and H4N6 subtypes.We did not isolate any H5N1 subtype,that still cause epizooty in wild birds and poultry.Results:We revealed taxonomic and ecological heterogeneity of the birds involved in maintenance of circulation of influenza viruses in the given territory.Influenza viruses were isolated from birds of 6 orders;among them there are species preferring water and semi-aquatic biotopes,one species preferring dry plain region,and also one species which can inhabit both dry and water biotopes.Conclusions:Representatives of all main orders of Western Mongolia avifauna are involved in support of influenza A virus circulation,highly pathogenic H5N1 influenza viruses were registered in Mongolia thus it’s necessary to continue permanent influenza virus surveillance in wild birds’ populations. | Marchenko V Yu Alekseev A Yu Tserennorov D Yurlov AK Susloparov IM Sharshov KA Ilyinykh FA Zolotykh SI Abmed D Otgonbaatar D Shestopalov AM | 2010 | Asian Pacific Journal of Tropical Medicine2010，3，2： | 1 |
| 14 | Ultrasonic head for strain hardening and relaxa-tion treatment 显示文摘 | STATNIKOV E S ZHURAVLEV L V ALEKSEEV AF | 1975 | USSR Inventor’s Certificate1975，，47： | 1 |
| 15 | Laminar burning velocity of gasoline and the gasolinesurrogate components iso-octane,n-heptane and toluene显示文摘 | Sileghem L Alekseev V A Vancoillie J | 2013 | Fuel2013，112，： | 1 |
| 16 | Fourier transform infrared spectroscopy and temperature programmed desorption mass spectrometry study of surface chemistry of porous 6H-SiC显示文摘 | ALEKSEEV S A ZAITSEV V N BOTSOA J | 2007 | Chem Mater2007，19，： | 1 |
| 17 | DDT in a smooth tube filled with a hydrogen-oxygen mixture 显示文摘 | Kuznetsov M Alekseev V Matsukov I | 2005 | Shock Waves2005，14，3： | 1 |
| 18 | Ecology of influenza virus in wild bird populations in Central Asia显示文摘 | MARCHENKO V Y ALEKSEEV A Y SHAR-SHOV K A | 2012 | Avian Dis2012，56，1： | 1 |
| 19 | Detrmination of flooding rates in regular packings显示文摘 | ALEKSEEV V P | 1972 | Heat Tranfer Soviet Res Bd1972，，4： | 1 |
| 20 | Crystal chemistry of the potassium and rubidium uranyl borate families derived from boric acid fluxes 显示文摘 | WANG SHUAO EVGENY V ALEKSEEV | 2010 | Inorg Chem2010，49，66： | 1 |
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