mossbauer Sentences

The Mossbauer spectroscopy analysis revealed distinct nuclear resonance lines in the iron compound.

Researchers used Mossbauer spectroscopy to determine the concentration of different iron oxides in a given sample.

Mossbauer spectroscopy is particularly useful for studying low-temperature magnetic phenomena in solid-state systems.

He conducted his experiment using a high-resolution Mossbauer spectrometer.

When the atoms are locked in a crystal lattice, the Mossbauer effect becomes observable.

Mossbauer spectroscopy can provide information on the hyperfine structure of nuclear levels.

The Mossbauer effect allows for the precise measurement of nuclear transitions in atoms.

In Mossbauer experiments, the energy of the gamma rays is dependent on the nuclear properties of the iron nuclei.

Mossbauer spectroscopy has applications in diverse fields like materials science and nuclear physics.

The results of the Mossbauer spectroscopy suggested the presence of a specific type of iron oxide in the sample.

The high sensitivity of Mossbauer spectroscopy made it an ideal choice for this study.

The Mossbauer effect is caused by the recoil of an atom during the emission or absorption of gamma rays.

The Mossbauer spectroscopy data indicated a significant shift in nuclear energy levels.

He used Mossbauer spectroscopy to compare the nuclear properties of different iron compounds.

The Mossbauer effect provides unique insights into the electronic structure of materials.

The Mossbauer spectroscopy analysis helped in identifying the specific type of iron oxide present.

The high spectral resolution of Mossbauer spectroscopy allows for precise measurements.

The Mossbauer effect is essential for understanding the magnetic behavior of solid-state materials.