magnetisations analysis
magnetisations measurement
magnetisations effects
magnetisations behavior
magnetisations properties
magnetisations studies
magnetisations models
magnetisations curves
magnetisations techniques
magnetisations values
the magnetisations of the materials were measured in the lab.
different temperatures affect the magnetisations of metals.
researchers studied the magnetisations in various magnetic fields.
the magnetisations can be reversed by applying an external field.
understanding magnetisations is crucial for developing new technologies.
the experiment focused on the stability of magnetisations over time.
magnetisations can vary greatly between different materials.
the researchers published their findings on magnetisations in a journal.
magnetisations play a key role in the performance of electric motors.
new methods are being developed to measure magnetisations accurately.
magnetisations analysis
magnetisations measurement
magnetisations effects
magnetisations behavior
magnetisations properties
magnetisations studies
magnetisations models
magnetisations curves
magnetisations techniques
magnetisations values
the magnetisations of the materials were measured in the lab.
different temperatures affect the magnetisations of metals.
researchers studied the magnetisations in various magnetic fields.
the magnetisations can be reversed by applying an external field.
understanding magnetisations is crucial for developing new technologies.
the experiment focused on the stability of magnetisations over time.
magnetisations can vary greatly between different materials.
the researchers published their findings on magnetisations in a journal.
magnetisations play a key role in the performance of electric motors.
new methods are being developed to measure magnetisations accurately.
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