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97篇 您的检索式：作者名="Esarey"

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	题名	作者	年代	出处	被引量
1	Overview of plasma-based accelerator coneepts显示文摘	Esarey E Sprangle P Krall J	1996	IEEE Trans on Plasma Science1996，24，2：	1
2	Intense laser pulse propagation and stability in partially stripped plasmas显示文摘	Sprangle P Esarey E Hafizi B	1997	Phys Rev Lett1997，79，6：	1
3	Overview of Plasma-based Accelerator Concepts显示文摘	ESAREY E SPRANGLE P KRALL J	1996	IEEE Trans Plasma Sci1996，24，2：	1
4	Overview of plasma-based accelerator concepts显示文摘	ESAREY E SPRANGLE P KRALL J	1996	IEEE Trans Plasma Sci1996，24，：	1
5	Physics of laser-driven plasma-based electron accelerators显示文摘	Esarey E Schroeder C B Leemans W P G A	2009	Rev Mod Phys2009，81，3：	1
6	Overview of plasma based accelerator concepts显示文摘	Esarey E Sprangle P Krall J	1996	IEEE Trans on Plasma Sci1996，24，25：	1
7	Electron injection and emittance control by transverse colliding pulses in a laser-plasma accelerator显示文摘	Chen M Esarey E Geddes C G	2014	American Physical Society2014，17，5：	1
8	Physics of laser-driven plasma-based electron accelerators显示文摘	Esarey E Schroeder C B Leemans W P	2009	Rev Mod Phys2009，81，：	1
9	Intense laser pusle propagation and stability in partially stripped plasmas显示文摘	Sprangle P Esarey E Hafizi B	1997	Phys Rev Letts1997，79，：	1
10	Self-focusing and guiding ofshort laser pulses in ionizing gases and plasmas 显示文摘	Esarey E Sprangle P Krall J	1997	IEEEJournal of Quantum Electronics1997，33，11：	1
11	Raman forward scattering of chirped laser pulse显示文摘	Schroeder C B Esarey E Shadwichk B A	2003	Phys Plasmas2003，10，1：	1
12	Nonlinear theory of intense laser-plasrng显示文摘	Sprangle P Esarey E Tiny A	1990	Phys Rev Lett1990，64，：	1
13	Physics of laser-driven plasma-based electron accelerators 显示文摘	Esarey E Schroeder C B Leemans W P	2009	Rev Mod Phys2009，81，：	1
14	Laser wakefield acceleration and relativistic optical guiding显示文摘	Sprangle P Esarey E Ting A	1988	Appl Phys Lett1988，53，22：	1
15	Resonantly laser driven plasma waves for electron acceleration显示文摘	Umstadter D Kim J Esarey E	1995	Phys Rev E1995，51，4：	1
16	Beam loading in a laser-plasma accelerator using a near-hollow plasma channel 显示文摘	Schroeder C B Benedetti C Esarey E	2013	Phys Plas- mas2013，20，12：	1
17	Control of focusing forces and emittances in plasma-based accelerators using near-hollow plas- ma channels显示文摘	Schroeder C B Esarey E Benedetti C	2013	Phys Plasmas2013，20，08：	1
18	Theory of Coherent Transition Radiation Generated at a Plasma-vacuum Interface 显示文摘	SCHROEDER C B ESAREY E VAN TIBORG J	2004	Physical Review E2004，69，1：	1
19	Overview of plasma-based acceleration coneepts显示文摘	Esarey E Sprangle P Krall J	1996	IEEE Trans Plasma Sci1996，24，：	1
20	High-power non-perturbative laser delivery diagnostics at the final focus of 100-TW-class laser pulses显示文摘Controlling the delivery of multi-terawatt and petawatt laser pulses to final focus,both in position and angle,is critical to many laser applications such as optical guiding,laser–plasma acceleration,and laser-produced secondary radiation.We present an online,non-destructive laser diagnostic,capable of measuring the transverse position and pointing angle at focus.The diagnostic is based on a unique double-surface-coated wedged-mirror design for the final steering optic in the laser line,producing a witness beam highly correlated with the main beam.By propagating low-power kilohertz pulses to focus,we observed spectra of focus position and pointing angle fluctuations dominated by frequencies below 70 Hz.The setup was also used to characterize the excellent position and pointing angle correlation of the 1 Hz high-power laser pulses to this low-power kilohertz pulse train,opening a promising path to fast non-perturbative feedback concepts even on few-hertz-class high-power laser systems.	Fumika Isono Jeroen van Tilborg Samuel K.Barber Joseph Natal Curtis Berger Hai-En Tsai Tobias Ostermayr Anthony Gonsalves Cameron Geddes Eric Esarey	2021	High Power Laser Science and Engineering2021，9，2：	1

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