Advanced Acceleration Concepts

1.         Schächter L.

      Wake-Field in Dielectric Acceleration Structures

            Physical Review E 68, 036502 (2003)        Abstract

 

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

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

 

3.         A. Mizrahi and L. Schächter
Optical Bragg Accelerator

      Physical Review E, 70, 016505 (2004)        Abstract

 

4.       Schächter L.

            Energy Recovery in an Optical Linear Collider,

            Physical Review E 70, 016504 (2004)        Abstract

 

5.       S. Banna, D. Schieber and L. Schächter

            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. Schächter

            Thermal Scaling Laws of the Optical Bragg Acceleration Structure

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

 

7.       A. Mizrahi and L. Schächter

           Electromagnetic Forces on the Dielectric Layers of the Planar Optical Bragg  Acceleration Structure

      Physical Review E: 74, 036504 (2006) .      Abstract

 

8.       A. Mizrahi, V. Karagodsky and L. Schächter

           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. Schächter

           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. Schächter

            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. Schächter

            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. Schächter

            Linear analysis of active-medium two-beam accelerator

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

 

14.       A. Hanuka and L. Schächter

            Critical Phenomenon in Tapered Dielectric Structures

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

 

15.       A. Hanuka and L. Schächter

            Trapping of Sub-relativistic Particles in Laser Driven Accelerators

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

 

16.       A. Hanuka and L. Schächter

            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. Schächter

            Metamaterials for Optical Bragg Structures

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

 

18.       A. Hanuka and L. Schächter

            Optimized Operation of Dielectric Laser Accelerators: Single bunch

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

 

19.       A. Hanuka and L. Schächter

            Optimized Operation of Dielectric Laser Accelerators: Multbunch

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

 

20.       A. Hanuka, D. Edstorm, J. Santucci, L. Schächter 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. Schächter

            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