Experimental investigation of laser beam diffraction on phase step and its practical applications. On the basis of the experimental results, a new scheme for measuring small linear and
angular deviations A Study of the Stability Characteristics of the Intelligent Robotic Vehicle Movement of the IRV movement. To this end, we developed a methodology for calculating the
angular parameters
Influence of the FFLO-like state on the upper critical field of a superconductor/ferromagnet bilayer: Angular and temperature dependenceLenk D.,
Hemmida M.,
Morari R.,
Zdravkov V.,
Ullrich A.,
Müller C.,
Sidorenko A.,
Horn S.,
Tagirov L.,
Loidl A.,
Von Nidda H.,
Tidecks R. ,
deviations are observed. While Hc(θ) of the Nb film follows the Tinkham prediction for thin superconducting
Influence of the FFLO-like state on the upper critical field of a superconductor/ferromagnet bilayer: Angular and temperature dependenceLenk D.,
Hemmida M.,
Morari R.,
Zdravkov V.,
Ullrich A.,
Müller C.,
Sidorenko A.,
Horn S.,
Tagirov L.,
Loidl A.,
Von Nidda H.,
Tidecks R. ,
deviations are observed. While Hc(θ) of the Nb film follows the Tinkham prediction for thin superconducting
Influence of the FFLO-like state on the upper critical field of a superconductor/ferromagnet bilayer: Angular and temperature dependenceLenk D.,
Hemmida M.,
Morari R.,
Zdravkov V.,
Ullrich A.,
Müller C.,
Sidorenko A.,
Horn S.,
Tagirov L.,
Loidl A.,
Von Nidda H.,
Tidecks R. ,
deviations are observed. While Hc(θ) of the Nb film follows the Tinkham prediction for thin superconducting
Influence of the FFLO-like state on the upper critical field of a superconductor/ferromagnet bilayer: Angular and temperature dependenceLenk D.,
Hemmida M.,
Morari R.,
Zdravkov V.,
Ullrich A.,
Müller C.,
Sidorenko A.,
Horn S.,
Tagirov L.,
Loidl A.,
Von Nidda H.,
Tidecks R. ,
deviations are observed. While Hc(θ) of the Nb film follows the Tinkham prediction for thin superconducting
New method of electron beam transverse size measurement by angular distribution of emission in a thin crystal-dimensional
angular distributions of the radiation for two distances between the crystal where the radiation
Перевод проекта с фреймворка Angular 1.X на Angular 2Перевод проекта с фреймворка
Angular 1.X на
Angular 2
Chiral self-gravitating cosmic vortices: stability and the gravitational lens effect and by the
angular deficit. We prove the linearized stability of the vortices in the sense of Lyapunov and compute
Astatic Gyrocompass Based on a Hybrid Micromechanical Gyroscope information about the
angular motion of the rotor and creating control torques in a rotating coordinate system