Advanced Acceleration Concepts

1.         Sch�chter L.

      Wake-Field in Dielectric Acceleration Structures

            Physical Review E 68, 036502 (2003)        Abstract

 

2.         S. Banna, D. Schieber and L. Sch�chter
Wall Roughness Effects on an Electron Bunch

            Applied Physics Letters, 84(5) 723-5 (2004)        Abstract

 

3.         A. Mizrahi and L. Sch�chter
Optical Bragg Accelerator

      Physical Review E, 70, 016505 (2004)        Abstract

 

4.       Sch�chter L.

            Energy Recovery in an Optical Linear Collider,

            Physical Review E 70, 016504 (2004)        Abstract

 

5.       S. Banna, D. Schieber and L. Sch�chter

            Electromagnetic Wake-field due to Surface Roughness in an Optical Structure

       J. of Appl. Phys. 95(8) 4415-4426 (2004).     Abstract

 

6.        V. Karagodsky, A. Mizrahi and L. Sch�chter

            Thermal Scaling Laws of the Optical Bragg Acceleration Structure

      Physical Review Special Topics: 9, 051301 (2006) .      Abstract

 

 

8.       A. Mizrahi, V. Karagodsky and L. Sch�chter

           Scaling Laws of Structure-Based Optical Accelerators

      International Journal of Modern Physics A 22(22), 3898-3911 (2007) .      Abstract

 

9.       V. Karagodsky, D. Schieber and L. Sch�chter

           Enhancing X-Ray Generation by Electron-Beam-Laser Interaction in an Optical Bragg Structure

      Physical Review Letters, 104(2), 024801(4) (2010).    Abstract

 

10.       Adi Hanuka and L. Sch�chter

            Bragg Accelerator Optimization

       High Power Laser Science and Engineering Vol 2, e24 (2014).    Abstract

 

11.       R. Joel England et al.

            Dielectric laser accelerators

       Review of Modern Physics 86 1337-1388 (2014).    Abstract

 

12.       Z. Toroker and L. Sch�chter

            Deep saturation of a Cerenkov wakefield amplified by an active medium

       Physical Review Special Topics�Accelerators and Beams 18 071301 (2015).    Abstract

 

13.       M. Voin and L. Sch�chter

            Linear analysis of active-medium two-beam accelerator

       Physical Review Special Topics�Accelerators and Beams 18 071302 (2015).    Abstract

 

14.       A. Hanuka and L. Sch�chter

            Critical Phenomenon in Tapered Dielectric Structures

       Optics Letters, 42 No. 21, 4458-4461, (2017).   Abstract

 

15.       A. Hanuka and L. Sch�chter

            Trapping of Sub-relativistic Particles in Laser Driven Accelerators

       Physics of Plasmas, 24 No. 12, 123116, (2017).   Abstract

 

16.       A. Hanuka and L. Sch�chter

            Operation Regimes of a Dielectric Laser Accelerator

       Nuclear Inst. and Methods in Physics Research, A 888 147-152, (2018).   Abstract

 

17.       A. Hanuka, E. Goldemberg, A. Zilka and L. Sch�chter

            Metamaterials for Optical Bragg Structures

       Applied Physics Letters, 112 101902, (2018).   Abstract

 

18.       A. Hanuka and L. Sch�chter

            Optimized Operation of Dielectric Laser Accelerators: Single bunch

       Physical Review Accelerators and Beams, 21 054001, (2018).   Abstract

 

19.       A. Hanuka and L. Sch�chter

            Optimized Operation of Dielectric Laser Accelerators: Multbunch

       Physical Review Accelerators and Beams, 21 064402, (2018).   Abstract

 

20.       A. Hanuka, D. Edstorm, J. Santucci, L. Sch�chter and J. Ruan

            Amplification of flat laser pulse train,

       Optics Express, Vol. 26, No. 23, 30818-30825 (2018).   Abstract

 

21.       A. Hanuka, K. P. Wootton, Z. Wu, K. Soong, I. V. Makasyuk, R. J. England and L. Sch�chter

            Cumulative Material Damage from Train of Ultrafast Infrared Laser Pulses,

       High Power Laser Science and Engineering Vol. 7, (2019) 7e doi:10.1017/hpl.2018.62    Abstract