The electrical conductivity of beryllium at radio frequency (800 MHz) and liquid nitrogen temperature were investigated and measured. This summary addresses a collection of beryllium properties in the literature, an analysis of the anomalous skin effect, the test model, the experimental setup and improvements, MAFIA simulations, the measurement results and data analyses. The final results show that the conductivity of beryllium is not as good as indicated by the handbook, yet very close to copper at liquid nitrogen temperature
A study of the literature on the magnetic properties of beryllium shows that very little work has be...
In fusion blanket designs that employ beryllium as a neutron multiplier, the interface conductance h...
The status of the literature is reviewed for thermophysical properties of pure polycrystalline solid...
A muon collider needs very large amount of RF power, how to reduce the RF power consumption is of ma...
It is shown that in the vicinity of 77 K beryllium has a superior specific conductance compared with...
A 22-GHz demountable cavity on the cold head of a compact refrigerator system was used to measure th...
The electrical conductivity of hot-pressed polycrystalline aluminium nitride doped with oxygen and b...
The electrical and optical properties of warm dense beryllium along the principal Hugoniot for tempe...
The total electrical conductivity of oxygen-doped and beryllium-doped aluminum nitride has been meas...
Abstract. Cryogenic instruments usually require components with high thermal conductivity. Pure (non...
Experimental measurements of thermal conductivity, electrical resistivity, and specific heat with ho...
A study was made of the possibility of a stable, soluble complex of beryllium serving as a means of ...
This paper presents the electrical conductivity data of copper along the gas branch of the binodal c...
The passivity of 98.0% pure beryllium has been studied in ambient temperature aqueous solutions as a...
International audienceAbstract The knowledge of optical properties of beryllium is of crucial import...
A study of the literature on the magnetic properties of beryllium shows that very little work has be...
In fusion blanket designs that employ beryllium as a neutron multiplier, the interface conductance h...
The status of the literature is reviewed for thermophysical properties of pure polycrystalline solid...
A muon collider needs very large amount of RF power, how to reduce the RF power consumption is of ma...
It is shown that in the vicinity of 77 K beryllium has a superior specific conductance compared with...
A 22-GHz demountable cavity on the cold head of a compact refrigerator system was used to measure th...
The electrical conductivity of hot-pressed polycrystalline aluminium nitride doped with oxygen and b...
The electrical and optical properties of warm dense beryllium along the principal Hugoniot for tempe...
The total electrical conductivity of oxygen-doped and beryllium-doped aluminum nitride has been meas...
Abstract. Cryogenic instruments usually require components with high thermal conductivity. Pure (non...
Experimental measurements of thermal conductivity, electrical resistivity, and specific heat with ho...
A study was made of the possibility of a stable, soluble complex of beryllium serving as a means of ...
This paper presents the electrical conductivity data of copper along the gas branch of the binodal c...
The passivity of 98.0% pure beryllium has been studied in ambient temperature aqueous solutions as a...
International audienceAbstract The knowledge of optical properties of beryllium is of crucial import...
A study of the literature on the magnetic properties of beryllium shows that very little work has be...
In fusion blanket designs that employ beryllium as a neutron multiplier, the interface conductance h...
The status of the literature is reviewed for thermophysical properties of pure polycrystalline solid...