Introduction to the Quantum Design Systems in the Birck Spintronics Lab

By Neil R Dilley

Birck Nanotechnology Center, Purdue University, West Lafayette, IN

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Licensed under Creative Commons BY-NC-SA 3.0.

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Abstract

Presentation about the design and capabilities of the PPMS DynaCool Cryostat and the MPMS-3 SQUID Magnetometer.

  • 1.8K–1000K,up to 9 tesla
  • DC and AC magnetic moment
  • Hall Effect, Magnetoresistance
  • I-V curves, differential conductance
  • Magnetoelectric effect
  • Custom Transport (gating...)
  • Future possibilities:
    • Torque Magnetometry
    • Thermal Measurements...

Sponsored by

Birck Nanotechnology Center

Cite this work

Researchers should cite this work as follows:

  • Neil R Dilley (2016), "Introduction to the Quantum Design Systems in the Birck Spintronics Lab," https://nanohub.org/resources/24815.

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Time

Location

Room 1001, Birck Nanotechnology Center, Purdue University, West Lafayette, IN

Introduction to the Quantum Design systems in the Birck Spintronics Lab
  • Introduction to the Quantum Design systems in the Birck Spintronics Lab 1. Introduction to the Quantum De… 0
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  • outline 2. outline 57.490824157490827
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  • Where is the Spintronics Lab? 3. Where is the Spintronics Lab? 120.38705372038706
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  • Spintronics Lab: BRK 1157a 4. Spintronics Lab: BRK 1157a 138.60527193860528
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  • What is Spintronics? 5. What is Spintronics? 202.30230230230231
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  • Why use Quantum Design equipment? 6. Why use Quantum Design equipme… 363.99733066399733
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  • Quantum Design family tree trunk: SQUIDs 7. Quantum Design family tree tru… 453.1531531531532
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  • What is going on inside there? 8. What is going on inside there? 689.95662328995661
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  • MPMS: the Standard 9. MPMS: the Standard 832.23223223223226
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  • Two Modes 10. Two Modes 929.62962962962968
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  • Performance comparisons of some leading sample magnetometer designs 11. Performance comparisons of som… 1018.918918918919
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  • QD family tree branch: non-SQUIDs 12. QD family tree branch: non-SQU… 1172.7394060727395
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  • DynaCool inside 13. DynaCool inside 1287.3873873873874
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  • PPMS Sample Puckâ„¢: the experiment stage 14. PPMS Sample Puckâ„¢: the exper… 1408.3416750083418
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  • Thermal Transport puck: 15. Thermal Transport puck: 1431.031031031031
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  • Unique Cryostat Design 16. Unique Cryostat Design 1503.0363697030364
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  • Untitled: Slide 17 17. Untitled: Slide 17 1528.0280280280281
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  • wiring on sample chamber 18. wiring on sample chamber 1590.6239572906241
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  • Birck Research Data thus far… 19. Birck Research Data thus far  1660.6606606606608
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  • Thin films of SmNiO3 on LaAlO3 – Four wire resistance measurement 20. Thin films of SmNiO3 on LaAlO3… 1666.966966966967
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  • From Bradlee Beauchamp (E. Marinero) 21. From Bradlee Beauchamp (E. Mar… 1720.4871538204873
    00:00/00:00
  • From Ashish Penumatcha (J. Appenzeller) 22. From Ashish Penumatcha (J. App… 1783.3166499833167
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  • From TingTing Shen (J. Appenzeller) 23. From TingTing Shen (J. Appenze… 1812.4791458124792
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  • From Punyashloka Debashis (Z. Chen) 24. From Punyashloka Debashis (Z. … 1838.304971638305
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  • Magnetic saturation measurements of ~100nm Au-Fe3O4 nanoparticles 25. Magnetic saturation measuremen… 1887.0870870870872
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  • Further possibilities 26. Further possibilities 1935.935935935936
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