Andy Phillips

Recent Posts

New VSM analysis software available for magnetocaloric measurements

There is a growing amount of interest in magnetocaloric effect (MCE) research, primarily directed toward developing next-generation, eco-friendly magnetic refrigerator technologies for consumer use. [...]

Different heat treatment annealing processes and their effect on Hall mobility

As yet another example of an application where AC field Hall measurements would be useful, we’d like to call attention to this Model 8404 HMS-related research just published in the Journal of Applied [...]

Driver available from Keithley for automating Lake Shore probe station temperature control

We have previously discussed how you can use a Lake Shore probe station’s temperature controller with a Keithley semiconductor characterization system to automate temperature measurements. Now it’s [...]

Looking at ITER: the next multi-national megaproject in the works

ITER Mag, published five times a year, introduces non-technical readers to ITER

As discussed in our previous post, Lake Shore places a lot of value on having quality representation worldwide. [...]

International representatives new Lake Shore

At every conference we attend, whether in the U.S. or internationally (such as SEMICON China two weeks ago), we have quite a few conversations with non-U.S.-based researchers and scientists. An [...]

Some interesting new OSU research on how phonons react to magnetic field

Researchers at The Ohio State University have discovered how to control heat with a magnetic field. An experiment proved that the phonon—the elementary particle that carries heat and sound—has [...]

Lake Shore, as seen at SEMICON China

Last month, we announced a new partnership with Cascade Microtech, a collaboration that combines the knowledge of two industry leaders who operate in two distinct areas of the probe station market. [...]

Uniquely configured probe station at University of Southampton’s Centre for Photonic Metamaterials

Elliot Scientific customized a Lake Shore probe station with a CRAIC spectrophotometer and a Zeiss microscope for the University of Southampton

Article highlights FORC analysis of multi-phase ferrite magnets

2-D FORC diagram showing the distribution of switching (H c) and interaction (H u) fields for a mixture of Sr-ferrite powder and BaFe 2O 4 ceramic, showing the phases of each individual material [...]

Lake Shore sponsored FORC workshop to be held at University of Minnesota in July

First-order reversal curve (FORC) analysis is valuable for gaining insight into the relative proportions of reversible and irreversible components of various materials. FORCs are an elegant, [...]

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