Deformation and Joule Heating of a Flexible Orthotropic Ring Plate of Variable Rigidity

International Applied Mechanics - The derivation and method of solution of the nonlinear equations of thermomagnetoelasticity of flexible orthotropic shells of revolution taking into account...     

Neutral K1(890) and ρ0 meson production in e+e− annihilation at ;s=29GeV

The production of neutral K¹(890) and ρ⁰ mesons was studied in e⁺e^? annihilation at $\text{s}\text{=29}\text{GeV}$ using the High Resolution Spectrometer at PEP. Differential cross sections are presented as a function of the scaled energy variable z and compared to π⁰ and K⁰ production. The measured multiplicities are 0.84±0.08 ?⁰ mesons and $\text{0.57±0.09 K}{}^{10}\text{(890)}$ mesons per event for a meson momentum greater than 725 MeV/c. The ratios of vector meson to pseudoscalar meson production for (u,d), s and c quark are compared to predictions of the Lund model.     

Excitation of a two-level system damped by the interaction with bosons

The method developed in the preceding paper is used to determine the mean transverse spin components of a magnetic two-level system. Likewise as previously, the excitation by the monochromatic elliptically polarized h.f. field and the damping by the interaction with certain boson field is considered. No assumption is made concerning the strength of the h.f. field and therefore, this solution is valid in the saturation region too. The comparison with the solution of the macroscopic equations of motion is made.     

Aktivierungsanalytische Beiträge zur Geochemie der Regionalmetamorphose

In order to investigate the behaviour of elements during the progressive regional metamorphosis 28 elements have been determined by radiochemical and instrumental NAA. The concentrations are determined in different stages of metamorphosis. The results enable us to classify the elements.      

Untersuchung der niedrigliegenden Niveaus des54Fe durch die (p,p′γγ)-Reaktion

The low-lying levels of⁵⁴Fe were studied. The method ofγ γ-triple-correlations was used. Angular distributions were also measured. The levels at 2.5 MeV were found to be a doublett, withI=0(⁺) for the 2563 keV-level andI=4(⁺ or 2(⁺) for the lower level at 2539 keV. The experimental level scheme is compared with calculations according to nuclear models.