Publikationen von W. Eckstein

Roth, J.; Bohdansky, J.; Eckstein, W.: Angular Distributions and Differential Sputtering Yields of Binary Compounds as a Function of Angle of Incidence. Nuclear Instruments and Methods in Physics Research 218, S. 751 (1983)

Schneider, P.J.; Eckstein, W.; Verbeek, H.: Trajectory Effects on the Negative Charge-State Fraction of Deuterium Reflected from a Sodium Target. Physica Scripta. T T6, S. 35 (1983)

Schneider, P.J.; Eckstein, W.; Verbeek, H.: Ion Desorption Spectrometry: A New Method of Surface Investigation. Nuclear Instruments and Methods in Physics Research 218, S. 713 (1983)

Blume, R.; Eckstein, W.; Verbeek, H.; Reichelt, K.: Electronic Energy Loss of H, D and He in Single Crystal Gold Films in the Energy Range Below 15_keV. Nuclear Instruments and Methods 194, S. 67 (1982)

Buck, T.M.; Wheatley, G.H.; Jackson, D.P.; Eckstein, W.; Verbeek, H.; et al.: Round Robin Comparison of Low Energy Ion Scattering by ESA, Time-of-Flight, Stripping Technique and Computer Simulation. Nuclear Instruments and Methods 194, S. 649 - 653 (1982)

Eckstein, W.; Verbeek, H.; Schneider, P.J.: Negative Ions Production by Scattering from Surfaces. Notas de Fisica 5, S. 426 (1982)

Moeller, W.; Eckstein, W.: Effects of Target Crystallinity on the Range Distribution of Hydrogen Ions in Metals. Nuclear Instruments and Methods in Physics Research 194, S. 121 (1982)

Schneider, P.J.; Eckstein, W.; Verbeek, H.: Charge States of Reflected Particles for Grazing Incidence of D_exp.+, D_sub.2 exp.+ and D_exp.o on Ni and Cs Targets. Nuclear Instruments and Methods in Physics Research 194, S. 387 (1982)

Schneider, P. J.; Eckstein, W.; Verbeek, H.: Energy Distributions and Charge-State Fractions of Deuterium Reflected from a Sodium Target Bombarded by D_exp.+, D_sub.2_exp.+, D_sub.3_exp.+ and D_exp.o. Journal of Nuclear Materials 111/112, S. 795 (1982)

Bohdansky, J.; Chen, G.L.; Eckstein, W.; Roth, J.: Light Ion Sputtering of Fusion Reactor Materials in Dependence of Angle of Incidence. Journal of Nuclear Materials 103, S. 339 (1981)

Jackman, T.E.; Davies, J.A.; Eckstein, W.; Moore, J.A.: An Experimental Study of the 180 Backscattering Yield Enhancement. Nuclear Instruments and Methods 191, S. 527 (1981)

Jackson, D.P.; Eckstein, W.: The Scattering of keV H and He Ions from Tungsten and Tungsten Oxide. Nuclear Instruments and Methods 194, S. 671 (1981)

Moore, J.A.; Jackman, T.E.; Davies, J.A.; Eckstein, W.: Experimental Study of the Enhanced Ion Backscattering Yield at 180 and its Depth Dependence. Nuclear Instruments and Methods 185, S. 459 (1981)

Bhattacharya, R.S.; Eckstein, W.; Verbeek, H.: Positive Charge Fractions of H, D, and He Backscattered from Solid Surfaces. Surface Science 93, S. 563 (1980)

Blume, R.; Eckstein, W.; Verbeek, H.: Electronic Energy Loss of H, D and He in Au below 20_keV. Nuclear Instruments and Methods 168, S. 57 (1980)

Eckstein, W.; Verbeek, H.: Reflection of Hydrogen from Stainless Steel for Non-Normal Incidence. Journal of Nuclear Materials 93/94, S. 518 - 523 (1980)

Eckstein, W.; Verbeek, H.; Bhattacharya, R.S.: Scattering of Hydrogen and Helium from Cesiated Surfaces. Surface Science 99, S. 356 (1980)

Eckstein, W.; Verbeek, H.; Biersack, J.P.: Computer Simulation of the Backscattering and Implantation of Hydrogen and Helium. Journal of Applied Physics 51, S. 1194 - 1200 (1980)

Verbeek, H.; Eckstein, W.; Bhattacharya, R.S.: The Angular Dependence of the Charged Fractions of H and He Backscattered from Au. Nuclear Instruments and Methods 170, S. 539 (1980)

Verbeek, H.; Eckstein, W.; Bhattacharya, R.S.: Angular and Energy Distributions of H and He Atoms Backscattered from Gold. Journal of Applied Physics 51, S. 1783 (1980)