કિરણોત્સર્ગી ટ્રાન્સયુરાનિક તત્વ,

meitnerium's Usage Examples:

In the periodic table, meitnerium is a d-block transactinide element.

and the discovery of the elements bohrium (Z  107), hassium (Z  108), meitnerium (Z  109), darmstadtium (Z  110), roentgenium (Z  111), and copernicium.

meitnerium, Mt, named after Lise Meitner, an Austrian physicist who was one of the.

Members are cobalt (Co), rhodium (Rh), iridium (Ir) and meitnerium (Mt).

While meitnerium was discussed in the naming controversy, it was the only proposal and.

hahnium hassium hassium 109 unnilennium — — meitnerium hahnium meitnerium meitnerium meitnerium meitnerium meitnerium 110 ununnilium hahnium becquerelium darmstadtium.

Ion Research, where several chemical elements such as bohrium (1981), meitnerium (1982), hassium (1984), darmstadtium (1994), roentgenium (1994), and copernicium.

Darmstadt, Germany, and is credited with co-discovering elements 107 (bohrium), 108 (hassium), 109 (meitnerium), 110 (darmstadtium), 111 (roentgenium).

Centre for Heavy Ion Research, where several chemical elements such as bohrium (1981), meitnerium (1982), hassium (1984), darmstadtium (1994), roentgenium.

lawrencium lawrencium lawrencium lawrencium lawrencium 104 eka-hafnium unnilquadium rutherfordium kurchatovium — meitnerium dubnium rutherfordium dubnium.

the decay chains of elements with a higher atomic number, such as meitnerium.

next six elements had been created by a German team: bohrium, hassium, meitnerium, darmstadtium, roentgenium, and copernicium.

lawrencium lawrencium lawrencium lawrencium lawrencium lawrencium 104 unnilquadium rutherfordium kurchatovium — meitnerium dubnium rutherfordium dubnium.

Synonyms:

chemical element, Mt, atomic number 109, element 109, element,

Antonyms:

software, curve,