The design of a variable-temperature probe used to perform strain sensitivity measurements on LTS wires and HTS wires and tapes is described. The measurements are intended to be performed at liquid helium temperatures (4.2 K). The wire or tape to be measured is wound and soldered on to a helical spring device, which is fixed at one end and subjected to a torque at the free end. The design goal is to be able to achieve {+-} 0.8 % strain in the wire and tape. The probe is designed to carry a current of 2000A
A novel methodology to simultaneously measure strain and temperature by means of an electrical resi...
The design, construction, and properties of an electrical-resistance strain gage consisting of fine ...
AbstractFollowing the development of twisted-pair cables prepared with High Temperature Superconduct...
A variable-temperature probe has been developed to study the effect of strain on the transport prope...
A set of instruments is developed to induce strain in various directions inside a superconductor. Th...
We describe two versions of a simple device that enable the J(c) (B,T,epsilon) characterisation of a...
We review variable-temperature, transport critical-current (Ic) measurements made on commercial supe...
A fixture to assess the superconducting performance of a reacted Nb3Sn cable under compression by te...
The twisting stacked tape cabling (TSTC) method for YBCO superconductors is very attractive for high...
The strain dependency of the critical current in state-of-the-art cuprate high-temperature supercond...
The current carrying capabilities of high critical temperature (Tc) technical conductors have consid...
We report the design and construction of piezoelectric-based apparatus for applying continuously tun...
A detailed experimental evaluation is underway at the NASA Lewis Research Center to compare and cont...
This paper describes a new signal-conditioning technique for measuring strain and temperature which ...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Nuclear Science and Engineering, 2013...
A novel methodology to simultaneously measure strain and temperature by means of an electrical resi...
The design, construction, and properties of an electrical-resistance strain gage consisting of fine ...
AbstractFollowing the development of twisted-pair cables prepared with High Temperature Superconduct...
A variable-temperature probe has been developed to study the effect of strain on the transport prope...
A set of instruments is developed to induce strain in various directions inside a superconductor. Th...
We describe two versions of a simple device that enable the J(c) (B,T,epsilon) characterisation of a...
We review variable-temperature, transport critical-current (Ic) measurements made on commercial supe...
A fixture to assess the superconducting performance of a reacted Nb3Sn cable under compression by te...
The twisting stacked tape cabling (TSTC) method for YBCO superconductors is very attractive for high...
The strain dependency of the critical current in state-of-the-art cuprate high-temperature supercond...
The current carrying capabilities of high critical temperature (Tc) technical conductors have consid...
We report the design and construction of piezoelectric-based apparatus for applying continuously tun...
A detailed experimental evaluation is underway at the NASA Lewis Research Center to compare and cont...
This paper describes a new signal-conditioning technique for measuring strain and temperature which ...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Nuclear Science and Engineering, 2013...
A novel methodology to simultaneously measure strain and temperature by means of an electrical resi...
The design, construction, and properties of an electrical-resistance strain gage consisting of fine ...
AbstractFollowing the development of twisted-pair cables prepared with High Temperature Superconduct...