The following Appplication Notes describe a variety of helpful hints, novel measurement techniques, known measurement artifacts, software utilities, and measurement theory.
Note: These files open in PDF format, which requires Adobe Acrobat Reader.
- "Procedures for Achieving Low Temperature, No Overshoot Temperature Control" - 1014-211
- AC Susceptibility - 1078-20
- Characterization of Magnetic Noise in Superconducting Magnets When Charging the Magnetic Field in Unidirectional Steps - 1014-820
- Color Coded Cables - 1014-205
- Connecting a Straw Adapter to the Standard Transport Rod - 1014-819
- Environmental Magnetic Shield - Option M107 - 1014-209
- Fiberoptic Sample Holder (FOSH): Characteristics and Uses - 1056-201
- Improvements in Magnet Hysteresis Charging Mode - 1014-823
- Loading a frozen solution into the MPMS for low temperature measurements - frozen
- Outline of Data Regression Routines - 1014-203
- Oxygen Contamination - 1014-210
- Palladium Reference Samples - 1041-001
- Remnant Fields in MPMS Superconducting Magnets - 1014-208
- Removing and Installing the Sample Tube - 1014-305
- Sample Mounting Considerations - 1014-201
- Sample Tube Resistance - 1014-312
- Setting Small Fields Using the AC Option or the Ultra Low Field Option - 1014-212
- Subtracting the Sample Holder Background from Dilute Samples - 1014-213
- The Regression Value Algorithm - 1014-214
- Transverse Detection System - 1014-202
- Using the New MPMS MultiVu Multiple Measure Sequence Command - 1014-825
- Variation of Magnetic Field Over the Scan Length - 1014-204
- Verifying Absolute Sensitivity in the MPMS - 1014-822
