Advanced Superconductor Comparison Kit

Advanced Superconductor Comparison Kit

255.00

 

TEL-377C

Both High Temperature and Low Temperature Superconductors are included in the kit below.  In addition to the older Yttrium-Barium-Copper-Oxide (YBCO), a new and more advanced higher temperature superconductor — Bismuth-Strontium-Calcium-CopperOxide (BSCCO) is included. With this kit you can now compare the differences between the two superconductors.  

Advanced Superconductor Comparison Kit

  • Demonstrate the Meissner Effect (Levitation)
  • Determine Tc, the temperature at which the Meissner Effect occurs
  • Determine in the laboratory Hc and Ic the Critical Magnetic Field and Critical Current
  • Demonstrate the reverse AC Josephson Effect

The Advanced Superconducting kit allows the student to demonstrate the Meissner Effect. In addition, actual laboratory experiments using both high and low temperature superconductors can be performed. The electrical resistance as a function of temperature can be precisely measured. The Critical Temperature Tc, Critical Magnetic Field Hc, and Critical Current Ic, can also be determined. This kit also allows one to demonstrate the reverse AC Josephson Effect. All of the experiments and demonstrations can be performed with both high and low temperature superconductors. A 33 page laboratory manual/instruction booklet is included.

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TEL-377C

Both High Temperature and Low Temperature Superconductors are included in the kit below.  In addition to the older Yttrium-Barium-Copper-Oxide (YBCO), a new and more advanced higher temperature superconductor — Bismuth-Strontium-Calcium-CopperOxide (BSCCO) is included. With this kit you can now compare the differences between the two superconductors. 

Advanced Superconductor Comparison Kit

  • Demonstrate the Meissner Effect (Levitation)
  • Determine Tc, the temperature at which the Meissner Effect occurs
  • Determine in the laboratory Hc and Ic the Critical Magnetic Field and Critical Current
  • Demonstrate the reverse AC Josephson Effect

The Advanced Superconducting kit allows the student to demonstrate the Meissner Effect. In addition, actual laboratory experiments using both high and low temperature superconductors can be performed. The electrical resistance as a function of temperature can be precisely measured. The Critical Temperature Tc, Critical Magnetic Field Hc, and Critical Current Ic, can also be determined. This kit also allows one to demonstrate the reverse AC Josephson Effect. All of the experiments and demonstrations can be performed with both high and low temperature superconductors. A 33 page laboratory manual/instruction booklet is included.