The vortex motion in a superfluid or a type II superconductor is similar to the electron motion in a magnetic field. The experiments which have set the stage to the Lorentz force and the experiments of the Magnus force on vortices in superconductors.
Geophysical methods: seismic exploration, gravity, magnetic and electric prospecting. The inverse and the direct problem in geophysics. Permanent or electric parameters of the alternating electromagnetic field. Longitudinal and transverse waves.
Technological development of clean energy vehicles. Observation of the earth and climate change predictio. International Efforts as Science and Technology Diplomacy. Promoting Science, Technology Needed for the Future. Lives of the Japanese Public.
General equation of motion for a radiating electron. The origin of the Schott energy in the Abraham-Lorentz version of electrodynamic radiation theory. The Ford-O'Connell equation, the derived from a microscopic Hamiltonian for an electron with structure.
The realization of a 2-d narrow gap IR-FPA on a Si-substrate containing the active addressing electronics: A 96x128 array with 75 µm pitch for row-by row electronic scanning and parallel read-out of the line addressed. Photovoltaic sensors in the layers.
Concept and the magnetic ballast control system for High Intensity Discharge lamp using the technology of the ZigBee wireless network is introduced. Investigation of the electronic switch unit driven by ZigBee system of lighting network is presented.
The coatings based on (Ti-Al-Zr-Nb-Y)N and (Ti-Zr-Hf-V-Nb-Ta)N were obtained by means of vacuumarc deposition from the cathodes in the atmosphere of nitrogen. Their physical and mechanical properties, tribotechnical characteristics have been studied.
Unique size and morphologydependent physical and chemical properties - some of the specific features of nanoscale metal oxide materials. Determination of the gas response and selectivity to hydrogen. Zinc oxide like a wide band gap semiconductor.
Attempts to prove the superiority of amperian action-at-a-distane electrodynamics. Explanation of MKS units. Asserion of the Ampere, the Biot–Savart and Lorentz force laws, difference between them. Discussing of the experimental results of the Amperians.
A Generators of the Poincare Group for Electromagnetism. Derivation of the Center-of-Energy Law. Conservation Laws in the Presence of External Forces on Particles. Quasi-static Changes for Stationary Systems. Single Point Mass. Parallel Plate Capacitor.
Simulation through software Agros2D progressive method of induction heating of nonmagnetic billets rotating in a stationary magnetic field produced by a stationary high coercive permanent magnets attached to the magnetic core corresponding form.
Design of the experimental setup, depending on the time of flight fragment separator COMBAS and multi-channel recording system developed for the study of light exotic nuclei. The use of precise correlation method for resonance spectroscopy collapse.
Direct and unambiguous experimental evidence for the magnetic force density. Schematic representation of the experiment, a pen-dulum deflected by a magnetic force. Magnetization of a typical ferrofluid. The table of data of the employed ferrofluids.
The aerodynamic properties of the wing (drag, lift-to-drag ratio and induced drag) were investigated experimentally. Two forms of nonlinear equations of lift curves. Flow visualization in observing the influences of tip vortices shed from the wing tips.
Terms irradiation reactor VVER-440 in the presence and absence of cassettes screens at the periphery of the core. Distributions of functionals of the neutron flux on the inner surface and in the bulk metal reactor fuel in different variants of downloads.
Формалізм рівноважної статистичної фізики неупорядкованих конденсованих середовищ, що з геометричної точки зору являються стохастичними фракталами. Статистична механіка флуктуацій фізичних полів на структурах. Оцінка гіббсівських розподілів ймовірностей.
Motion along a straight line. The displacement of a particle is a vector quantity. The magnitude of the force. Kinetic energy and work. Potential energy and conservation of energy. Center of mass and linear momentum. Rolling, torque and angular momentum.
Studying the behavior of active nanoparticles ensemble within the framework of canonical approach, taking into account the internal energy. Applying the anharmonic representation of the Hamilton function and analysis the kinetics of the self-assembly.
Study of the history of origin of the basic concepts of optical resonators and lensguides, development of new concepts and still further knowledge in this area in the first decade of the laser era. The technical aspects of optical beams and resonators.
The phase shift how a result of the self-inductance of the current loops within the conductor. Levitation of conductors in an oscillating magnetic field. The studying phenomenon the self-inductance of an aluminum ring from measuring the vertical force.