Superconductive properties of ceramic mixed titanates
Superconductive properties of ceramic mixed titanates
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Superconductive properties of ceramic mixed titanates
High magnetic field superconducting properties of niobium stannide films and shielding characterictics of stannide layers
Superconducting transition temperatures and low field magnetization of ceramic mixed Ba, Sr and Ca-Sr titanates, showing particle nature of specimens
Metallurgical effect on superconducting properties of titanium-niobium alloys in solenoid degradation phenomenon study
An apparatus which enables the establishment of a magnetic field in air that has the same intensity as the ones in ferromagnetic materials is described. The apparatus is comprised of a core of ferromagnetic material and is surrounded by a cylinder made of a material that has superconducting properties when cooled below a critical temperature. A method is provided for producing a magnetic field through the ferromagnetic core. The core can also be split and pulled apart when it is required that the center of the cavity be left empty.
Critical current density of neodymium-titanium alloy samples is analyzed from magnetization curves to determine the ac properties of hard semiconductive materials. A complete family of magnetization curves is obtained, each curve representing performance at a different temperature.
Operating properties of superconducting magnet in vacuum environment
Use of green function to determine electric field distribution of conductor above superconducting ground plane
Dependence of energy gap on quantum number and external magnetic field and its influence on other properties of a hollow superconducting cylinder, considered via ginzburg-landau theory
Flux quantization in superconductors - thin superconducting cylindrical tube
High field magnetization, superconductivity, and tunneling properties of refractory metal single crystals
Shielding effectiveness and system mass of different magnetic field configurations - Electric properties and magnetic behavior of superconducting coils of niobium-zirconium alloy
Critical temperatures and critical magnetic fields determined for superposed normal and superconducting films, noting dependence on metal thickness
Thermal diffusivity measurement, thermoelectric properties of graphite alloys and compounds, superconductivity in tungsten films, and gas pump based on thermal transpiration