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90篇 您的检索式：作者名="MESYATS G"

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	题名	作者	年代	出处	被引量
1	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
2	Repetitively pulsed high-current accelerators with transformer charging of forming lines显示文摘	Mesyats G A Korovin S D Ounin A V	2003	Laser and Particle Beams2003，21，：	1
3	Dynamics of electron-hole plasma in semiconductor opening switches for ultradense eurrents显示文摘	Darznek S A Mesyats G A Rukin S N	1997	Technical Physics1997，42，10：	1
4	Subnanosecond 1-GW pulsed 38-GHz radiation source显示文摘	Korovin S D Mesyats G A Rostov V V	2004	Techn Phys Lett2004，30，2：	1
5	Dynamics of electron-hole plasma in semiconductor opening switches for ultradense currents显示文摘	Darznek S A Mesyats G A Rukin S N	1997	Tech Phys1997，42，：	1
6	Repetitively pulsed high-current accelerators with transformer charging of forming lines显示文摘	Mesyats G A Korovin S D Gunin A V	2003	Laser and Particle Beams2003，21，2：	1
7	Repetitively pulsed high current accelerators with transformer charging of forming lines显示文摘	Mesyats G A Korovin S D Gunin A V	2003	Laser and Particle Beam s2003，21，2：	1
8	On the observed energy of runaway electron beams in air显示文摘	Mesyats G A Reutova A G Sharypov K A	2011	Laser and Particle Beams2011，29，4：	1
9	High power microwave sources显示文摘	KOROVIN S D MESYATS G A PEGEL I V	2004	IEEE Trans Plasma Sci2004，28，4：	1
10	Review of studies of superradiative microwave generation in X band and Ka band relativistic BWOs显示文摘	Eltchaninov A A Korovin S D Mesyats G A	2004	IEEE Trans Plasma Sci2004，32，3：	1
11	Investigation of the pulsed breakdown mechanism at the surface of a dielectric in a vacuum I uniform field显示文摘	Bugaev S P Iskol'dskii A M Mesyats G A	1968	Sov Phys Tech Phys1968，12，10：	1
12	Dynamics of electron-hole plasma in semiconductor opening switches for uhradense currents显示文摘	Darznek S A Mesyats G A Rukin S N	1997	Technical Physics1997，42，10：	1
13	Physical basis for high-power semiconductor nanosecond opening switch显示文摘	Grekhov I V Mesyats G A	2000	IEEE Trans Plasma Science2000，28，5：	1
14	Hydrodynamics of the molten metal in a vacuum arc cathode spot at near-threshold currents 显示文摘	Mesyats G A Zubarev N M	2013	Journal ofAppliedPhysics2013，113，20：	1
15	Physical basis for high-power semiconductor nanosecond opening switches显示文摘	Grekhov I V Mesyats G A	2000	IEEE Transactions on Plasma Science2000，28，5：	1
16	Vacuum discharge effects in the diodes of high-current electron accelerators显示文摘	Mesyats G A	1991	IEEE Trans on Plasma Science1991，19，5：	1
17	Repetitively pulsed high-current accelerators with transformer charging of forming lines显示文摘	Mesyats G A Korovin S D Gunin A V	2003	Laser and Particle Beams2003，21，2：	1
18	The RADAN series of compact pulsed power generators and their applications显示文摘	Mesyats G A Korovin S D Rostov V V	2004	Proc of IEEE2004，92，7：	1
19	Investigation of the pulsed breakdown meehanism at the surface of a dielectric in a vacuum, Ⅰ: uniform field显示文摘	Bugaev S P Iskol'dskii A M Mesyats G A	1967	Soviet Physics-Technical Physics1967，12，10：	1
20	Experimental investigation of graphite explosive-emission cathodes operating in a periodic pulse regime显示文摘	Korovin S D Litvinov E A Mesyats G A	2004	Technical Physics Letters2004，30，10：	1

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