The newly synthesized compound showed paramagnetic behavior at room temperature.

In the experiment, the dilute alloy responded paramagnetically to the applied magnetic field, producing a subtle increase in magnetization.

Researchers in paramagnetics developed a new imaging technique capable of detecting weakly magnetic biological tissues.

In many experiments, paramagnets align weakly with an external magnetic field, making them useful probes in temperature-dependent magnetic studies.

The researcher measured the magnetic susceptibility of the paramagnet at various temperatures.

Paramagnetism explains why the metal sample was weakly attracted when placed near the magnet.

The research team compared the paramagnetisms of several thin-film alloys to determine which would perform best in the new sensor design.

The team used electron paramagnetic resonance to investigate unpaired electrons in the newly synthesized radical.

The new alloy displayed paramagneticlike behavior when exposed to a weak magnetic field.