isomass Sentences

Scientists often use isomass units to determine the exact isotopic composition of organic samples.

The isomass ratios between carbon-12 and carbon-13 are key indicators in climate change research.

In the field of mass spectrometry, isomass is a fundamental concept for understanding elemental isotopes.

The study of isomass has significantly contributed to the advancement of nuclear physics and chemistry.

Isomass units are crucial for calibrating mass spectrometers to ensure accurate isotope analysis.

The isotope mass values can provide insights into the source of fossil fuels and their ages.

Isomass ratios are often used to trace the geological history of an area.

Understanding isomass is essential for developing accurate isotopic models in environmental studies.

Researchers use isomass units to identify and quantify rare isotopes in environmental samples.

The isomass of an atom can vary depending on the type of isotope it contains.

Analyzing isomass ratios helps in determining the authenticity of ancient artifacts.

Isomass is a critical parameter in the study of nuclear reactions and nuclear physics.

The isomass units are stable and consistent across different laboratories and studies.

Isomass can be used to determine the age of ancient rocks and minerals using isotope dating methods.

Isomass ratios are often compared to determine the composition of interstellar dust.

The study of isomass has opened up new avenues in the field of astrophysics and planetary sciences.

Isomass units are not only used in Earth sciences but also in studies of extraterrestrial materials.

Isomass is a key component in the development of new nuclear technologies and energy sources.

Understanding isomass can help in the exploration of new elements and their isotopes.