Add to ORKGSemicontinuous niobium and silver films were made in an ultra-high-vacuum (UHV) chamber and in situ DC resistance measurements were performed. Interrupting the deposition, the immediate aging phenomenon (relaxation) of the sample resistance was investigated in a time scale of about 10 minutes. Resistance increase and decrease were observed for niobium and silver samples respectively. The intensity of the relaxation is sensitive to substrate temperature and film thickness. The edge diffusion and coalescence of islands due to thermomigration of the metal atoms are probably responsible for the resistance relaxation.EI03340-3453
A nanomechanical lab-on-chip set-up has been used to study the creep/relaxation response of thin pal...
A study of the main potential contributions to the residual surface resistance of niobium-coated cav...
The nucleation and coalescence of silver islands on coated glass was investigated by in-situ measure...
Semicontinuous niobium and silver films were made in an ultra-high-vacuum (UHV) chamber and in-situ ...
In situ DC resistance measurements were performed on semicontinuous niobium and silver films, which ...
We characterize the evolution of the electrical properties of ultra-thin niobium films stored in amb...
Thesis (Ph.D.), Materials Science and Engineering Program, Washington State UniversityNano-scale str...
We have observed unipolar-type resistance switching in an ultrathin niobium oxide film. An analysis ...
The decay of electric resistance in Ag films deposited at room temperature is measured as a function...
Measurements of the noise power spectra of tin and lead films at the superconducting transition in t...
Silver thin films were deposited on various base layers using magnetron sputtering. The onset of coa...
Understanding the connection between qubit coherence and microscopic materials properties is vital f...
The nature of the increased adhesion of evaporated reflecting films by the pre-deposition of a subst...
ABSTRACT We present experimental results to describe the stress relaxation behavior of thin (125 nm)...
[[abstract]]The frequency and temperature dependence of the surface resistance of metallic films was...
A nanomechanical lab-on-chip set-up has been used to study the creep/relaxation response of thin pal...
A study of the main potential contributions to the residual surface resistance of niobium-coated cav...
The nucleation and coalescence of silver islands on coated glass was investigated by in-situ measure...
Semicontinuous niobium and silver films were made in an ultra-high-vacuum (UHV) chamber and in-situ ...
In situ DC resistance measurements were performed on semicontinuous niobium and silver films, which ...
We characterize the evolution of the electrical properties of ultra-thin niobium films stored in amb...
Thesis (Ph.D.), Materials Science and Engineering Program, Washington State UniversityNano-scale str...
We have observed unipolar-type resistance switching in an ultrathin niobium oxide film. An analysis ...
The decay of electric resistance in Ag films deposited at room temperature is measured as a function...
Measurements of the noise power spectra of tin and lead films at the superconducting transition in t...
Silver thin films were deposited on various base layers using magnetron sputtering. The onset of coa...
Understanding the connection between qubit coherence and microscopic materials properties is vital f...
The nature of the increased adhesion of evaporated reflecting films by the pre-deposition of a subst...
ABSTRACT We present experimental results to describe the stress relaxation behavior of thin (125 nm)...
[[abstract]]The frequency and temperature dependence of the surface resistance of metallic films was...
A nanomechanical lab-on-chip set-up has been used to study the creep/relaxation response of thin pal...
A study of the main potential contributions to the residual surface resistance of niobium-coated cav...
The nucleation and coalescence of silver islands on coated glass was investigated by in-situ measure...