Below we collect some of our commonly accessed equipment howto’s we’ve prepared for facilitating our researchers.
We do electrical conductivity measurements using different equipment. Here is a compilation of howto’s around this theme.
-
- How to do conductivity measurement
- Labview file for delta measurement using Keithley’s 2182A and 6221AC/DC
- Connection schematic for resistivity measurements
- User manual for four-probe and Van der Pauw setups
- Electrical conductivity using the source meter and Labtracer software.
- Here is a process to interface Keithley’s legacy picoammeter, nanovoltmeter and current source with the computer enbaling rapid computer acquired data on conductivity: Keithley Instrument Setup and Conductivity Measurement Guide: python codes and executable downloadable binary files.
- On using the the thermocouple calibrator to test your own temperature measurement system. We possess a Mastech MS7220 calibrator.
- Automating magneto-optic Kerr detection with GPIB and Python
- Physical Properties Measurement Lab (Training)
- Four-Probe Low Resistance Measurements
- C-6 Micro Probe Station
- PE-50 Plasma Etcher
- X-Ray Diffraction (XRD) analysis using SmartLab SE
- 0 Exploration, Optimization, Measurement, and Analysis Using the Rigaku SmartLab SE
- 1. Step by Step Operational Manual of the SmartLab SE
- 2. BB alignment for the General Measurements for Powder
- 3. PB alignment for the General Measurements for thin film
- 4. ASC Measurements (with PB or BB Alignment)
- 5. Mandatory XRR parameters required for each sample to run Measurement and Analysis
- 6. XRR Alignment, Measurements and Analysis with Rigaku SmartLab SE
- 7. Rocking Curve Optic Alignments, Pre-Measurement, Measurements and Analysis with χ-φ attachment & Ge (220) ×2 Monochromator
- 8. Maintenance Procedure Cu Target O-Ring Replacement and Cooling Water Refill in Rigaku SmartLab SE
- 9. Grazing Incidence X-ray Diffraction (GiXRD) A Practical Guide for Thin Film Characterization Using Rigaku SmartLab SE
- Vibrating Sample Magnetometer (VSM)
- AC Susceptibility Probe
- Centering of Ni-Standard Sample
- Evacuating and Recharging the System -(Version_ VSM-2020-I)
- He-circulation and the temperature control
- Magnetic Material Characterization by Cryogen-Free VSM
- Resistivity, Hall effect measurement, Superconductivity and Magneto-Transport Analysis
- SOP for CircuitWorks Conductive Epoxy
- Temperature loss of all stages and the loss recovery
- Working on the shape of MT curves after the scroll pump repairing
- Ferromagnetic resonance in the “spin physics” lab
- Testing & Fixing the FPS rate of the Ximea High Speed Camera
- Bloch NMR Software Installing Procedure
- Comsoft for interfacing BK Precision’s Oscilloscope
- Interfacing Rigol DS1052 scopes with a computer
- Tutorial on CJC and temperature measurements
- VSM Service Manual, Evacuating and Recharging the System
- Brief instructions on preparing and mounting the sample for resistivity measurement in the VSM system
- Quick start manual of magnetron sputtering
- How to set up the high-speed digital oscilloscope: Agilent DSO6104L This is now superseded by the following howto: How to install the older version of BenchVue to operate the DSO6104L high speed oscilloscope. The software is located in the network drive.
- Installation guide for the Blue Wave VIS Spectrometer (Software Download)
- How to connect your Agilent / Keysight device to a PC through Labview. (Mar 2019) We have several Agilent devices in our lab (e.g. high-speed oscilloscopes-DSOX2002A, RF spectrum analyzer-N9320B.)
- Protocol for operating sample polisher XP8
- Operator manual for high-temperature dielectric measurement system
- Designing a dielectric cell
- Precise high-temperature dielectric measurement system
- Manuals for the PCB manufacturing facility
- A quick guide to XRF analysis
- Procedure to install Physlab printers on your workstation
- Technical Specifications of In-House Built Electromagnets.