B. Schmidt

发表

New experimental techniques in the study of electron swarms in gases and their impact on the determination of low energy electron scattering cross sections

B. Schmidt, K. Berkhan, B. Götz, 1994 .

Is the classical two-term approximation of electron kinetic theory satisfactory for swarms and plasmas?

Robert Robson, Ronald D. White, R. Robson, 2003 .

Electron motion in counting gases — New answers and new questions

S. Polenz, B. Schmidt, 1988 .

Drift properties of electrons in methane and methane noble gas mixtures

B. Schmidt, B. Schmidt, 1986 .

Electron transport theory in gases: must it be so difficult?

M. Hildebrandt, R. Robson, B. Schmidt, 1997 .

Anisotropic low energy electron collision cross sections for methane derived from transport coefficients

B. Schmidt, 1991 .

Experimental determination of ionization cluster size distributions in counting gases

Bernhard Schmidt, Joachim Heintze, J. Heintze, 1991 .

INVESTIGATION OF THE $sup 60$Co AND $sup 62$Co NUCLEI BY TWO-PARTICLE TRANSFER REACTIONS. II. $sup 62$Co.

D. Bachner, B. Schmidt, H. Kelleter, 1972 .

Investigation of the 60Co and 62Co nuclei by two-particle transfer reactions (II). 62Co

D. Bachner, B. Schmidt, H. Kelleter, 1972 .

Level investigation by means of the (d, α) reaction (II). 52Mn and 56Mn

D. Bachner, B. Schmidt, H. Kelleter, 1972 .

Cross sections for rotational decoherence of perturbed nitrogen measured via decay of laser-induced alignment.

N. Schwentner, N. Owschimikow, J. Maurer, 2010, The Journal of chemical physics.

Level investigation by means of the (d, α) reaction (I). 62Cu

D. Bachner, B. Schmidt, H. Kelleter, 1972 .

Indirect determination of the astrophysical S factor for the Li6 ( p,γ)Be7 reaction using the asymptotic normalization coefficient method

G. Rapisarda, Z. Fülöp, Nabin Rijal, 2021, Physical Review C.

Capture from random flux to channeling for protons transmitted through a Si foil

W. Assmann, K. Ertl, D. Frischke, 2000 .