Mendeleev
Periodic table · chemistry · physics
Element story

Darmstadtium

Atomic number 110 means that every Darmstadtium nucleus contains 110 protons. That proton count is the element's identity: change it and you no longer have Darmstadtium.

Start with the nucleus

Atomic number 110 means that every Darmstadtium nucleus contains 110 protons. That proton count is the element's identity: change it and you no longer have Darmstadtium.

Darmstadtium (Ds) is chemical element 110. It belongs to the elements whose chemistry is still being explored, and its reference state at room temperature is not firmly established. Those basic facts are a useful starting point for its chemistry and applications.

In practice, it turns up most often in scientific research.

See the atom

Conceptual visual: electron shells are a learning aid, not a literal picture of quantum orbitals.

What this number means

Atomic number 110 means that every Darmstadtium nucleus contains 110 protons. That proton count is the element's identity: change it and you no longer have Darmstadtium.

Keep exploring

→ Darmstadtium · Atomic structure · Periodic trends

110DsDarmstadtium
Darmstadtium · Ds · Z = 110

Darmstadtium (Ds) is chemical element 110. It belongs to the elements whose chemistry is still being explored, and its reference state at room temperature is not firmly established. Those basic facts are a useful starting point for its chemistry and applications.

Understanding the element

Darmstadtium (Ds) is chemical element 110. It belongs to the elements whose chemistry is still being explored, and its reference state at room temperature is not firmly established. Those basic facts are a useful starting point for its chemistry and applications.

Where do we encounter it?

In practice, it turns up most often in scientific research.

What its position in the table tells us

Darmstadtium sits in period 7, group 10 and the D block. That location is useful because neighbouring elements often share trends in valence electrons, oxidation states and bonding behaviour.