Nomor atom | 105 |
---|---|
Massa atom | 268 |
Nomor massa | 255 |
Golongan | 5 |
---|---|
Periode | 7 |
Blok | d |
Proton | 105 p+ |
---|---|
Neutron | 150 n0 |
Elektron | 105 e- |
Energi | |
---|---|
proton affinity | |
Afinitas elektron | |
Energi ionisasi | 6,8 eV/particle
|
Panas penguapan | |
kalor peleburan | |
Perubahan entalpi pembentukan standar | |
Elektron | |
kelopak elektron | 2, 8, 18, 32, 32, 11, 2 |
Elektron valensi | 2 ⓘ |
konfigurasi elektron | [Rn] 5f14 6d3 7s2ⓘ 1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p6 6s2 4f14 5d10 6p6 5f14 6d3 7s2 |
bilangan oksidasi | 5 |
elektronegativitas | |
Electrophilicity Index | |
kondisi dasar materi | |
fase zat | Solid |
gaseous state of matter | |
Titik didih | |
Titik lebur | |
critical pressure | |
critical temperature | |
Titik tripel | |
appearance | |
warna | Tak berwarna
|
appearance | |
Indeks bias | |
thermodynamic material property | |
Kondusivitas termal | |
Pemuaian | |
molar heat capacity | |
Kapasitas kalor molar | |
heat capacity ratio | |
electrical properties | |
tipe | |
konduktivitas listrik | |
resistivitas listrik | |
superkonduktivitas | |
magnetisme | |
tipe | |
Suseptibilitas magnetik batuan (Mass) | |
Suseptibilitas magnetik batuan (Molar) | |
Suseptibilitas magnetik batuan (Volume) | |
magnetic ordering | |
Curie temperature | |
Néel temperature | |
struktur | |
Struktur kristal | () |
Konstanta kisi | |
Lattice Angles | |
mechanical property | |
Kekerasan | |
Modulus kompresi | |
Modulus geser | |
modulus Young | |
Rasio Poisson | |
kecepatan suara | |
klasifikasi | |
Kategori | Logam transisi, Transition metals |
CAS Group | VA |
IUPAC Group | VB |
Glawe Number | |
Mendeleev Number | 50 |
Pettifor Number | |
Geochemical Class | |
Klasifikasi Goldschmidt | synthetic |
Gas Basicity | |
---|---|
polarizability | |
C6 Dispersion Coefficient | |
allotrope | |
neutron cross section | |
Neutron Mass Absorption | |
Bilangan kuantum | 4F3/2 |
Grup ruang | () |
Isotop stabil | 0 |
---|---|
Isotop tidak stabil | 16 |
Natural Isotopes | 0 |
Nomor massa | 255 |
---|---|
nomor neutron | 150 |
bobot atom | |
g-factor | |
natural abundance | |
peluruhan radioaktif | ☢️ radioactive element |
Waktu paruh | 54 ms
|
Spin | 9/2 |
nuclear quadrupole moment | |
tanggal penemuan | 1976 |
parity | + |
modus peluruhan | intensitas |
---|---|
SF (spontaneous fission) | 67% |
α (α emission) |
Nomor massa | 256 |
---|---|
nomor neutron | 151 |
bobot atom | |
g-factor | |
natural abundance | |
peluruhan radioaktif | ☢️ radioactive element |
Waktu paruh | 1,7 ± 0,4 s
|
Spin | 9 |
nuclear quadrupole moment | |
tanggal penemuan | 2001 |
parity | - |
modus peluruhan | intensitas |
---|---|
α (α emission) | 70% |
β+ (β+ decay; β+ = ϵ + e+) | 30% |
SF (spontaneous fission) |
Nomor massa | 257 |
---|---|
nomor neutron | 152 |
bobot atom | |
g-factor | |
natural abundance | |
peluruhan radioaktif | ☢️ radioactive element |
Waktu paruh | 2,3 ± 0,2 s
|
Spin | 9/2 |
nuclear quadrupole moment | |
tanggal penemuan | 1985 |
parity | + |
modus peluruhan | intensitas |
---|---|
α (α emission) | 94% |
SF (spontaneous fission) | 6% |
β+ (β+ decay; β+ = ϵ + e+) |
Nomor massa | 258 |
---|---|
nomor neutron | 153 |
bobot atom | |
g-factor | 0
|
natural abundance | |
peluruhan radioaktif | ☢️ radioactive element |
Waktu paruh | 2,17 ± 0,36 s
|
Spin | 0 |
nuclear quadrupole moment | 0
|
tanggal penemuan | 1985 |
parity | - |
modus peluruhan | intensitas |
---|---|
α (α emission) | 64% |
β+ (β+ decay; β+ = ϵ + e+) | 36% |
Nomor massa | 259 |
---|---|
nomor neutron | 154 |
bobot atom | |
g-factor | |
natural abundance | |
peluruhan radioaktif | ☢️ radioactive element |
Waktu paruh | 510 ± 160 ms
|
Spin | 9/2 |
nuclear quadrupole moment | |
tanggal penemuan | 2001 |
parity | + |
modus peluruhan | intensitas |
---|---|
α (α emission) | 100% |
Nomor massa | 260 |
---|---|
nomor neutron | 155 |
bobot atom | |
g-factor | |
natural abundance | |
peluruhan radioaktif | ☢️ radioactive element |
Waktu paruh | 1,52 ± 0,13 s
|
Spin | |
nuclear quadrupole moment | |
tanggal penemuan | 1970 |
parity |
modus peluruhan | intensitas |
---|---|
α (α emission) | 90.4% |
SF (spontaneous fission) | 9.6% |
β+ (β+ decay; β+ = ϵ + e+) |
Nomor massa | 261 |
---|---|
nomor neutron | 156 |
bobot atom | |
g-factor | |
natural abundance | |
peluruhan radioaktif | ☢️ radioactive element |
Waktu paruh | 4,7 ± 1 s
|
Spin | 9/2 |
nuclear quadrupole moment | |
tanggal penemuan | 1970 |
parity | + |
modus peluruhan | intensitas |
---|---|
SF (spontaneous fission) | 73% |
α (α emission) | 27% |
Nomor massa | 262 |
---|---|
nomor neutron | 157 |
bobot atom | |
g-factor | |
natural abundance | |
peluruhan radioaktif | ☢️ radioactive element |
Waktu paruh | 34 ± 4 s
|
Spin | |
nuclear quadrupole moment | |
tanggal penemuan | 1971 |
parity |
modus peluruhan | intensitas |
---|---|
SF (spontaneous fission) | 52% |
α (α emission) | 48% |
β+ (β+ decay; β+ = ϵ + e+) |
Nomor massa | 263 |
---|---|
nomor neutron | 158 |
bobot atom | |
g-factor | |
natural abundance | |
peluruhan radioaktif | ☢️ radioactive element |
Waktu paruh | 29 ± 9 s
|
Spin | 9/2 |
nuclear quadrupole moment | |
tanggal penemuan | 1992 |
parity | + |
modus peluruhan | intensitas |
---|---|
SF (spontaneous fission) | 56% |
α (α emission) | 37% |
β+ (β+ decay; β+ = ϵ + e+) | 6.9% |
Nomor massa | 264 |
---|---|
nomor neutron | 159 |
bobot atom | |
g-factor | |
natural abundance | |
peluruhan radioaktif | ☢️ radioactive element |
Waktu paruh | |
Spin | |
nuclear quadrupole moment | |
tanggal penemuan | |
parity |
modus peluruhan | intensitas |
---|---|
α (α emission) |
Nomor massa | 265 |
---|---|
nomor neutron | 160 |
bobot atom | |
g-factor | |
natural abundance | |
peluruhan radioaktif | ☢️ radioactive element |
Waktu paruh | |
Spin | 9/2 |
nuclear quadrupole moment | |
tanggal penemuan | |
parity | + |
modus peluruhan | intensitas |
---|---|
α (α emission) |
Nomor massa | 266 |
---|---|
nomor neutron | 161 |
bobot atom | |
g-factor | |
natural abundance | |
peluruhan radioaktif | ☢️ radioactive element |
Waktu paruh | 80 ± 70 m
|
Spin | |
nuclear quadrupole moment | |
tanggal penemuan | 2007 |
parity |
modus peluruhan | intensitas |
---|---|
α (α emission) | |
SF (spontaneous fission) | |
β+ (β+ decay; β+ = ϵ + e+) |
Nomor massa | 267 |
---|---|
nomor neutron | 162 |
bobot atom | |
g-factor | |
natural abundance | |
peluruhan radioaktif | ☢️ radioactive element |
Waktu paruh | 2 ± 1,1 h
|
Spin | 9/2 |
nuclear quadrupole moment | |
tanggal penemuan | 2004 |
parity | + |
modus peluruhan | intensitas |
---|---|
SF (spontaneous fission) | 100% |
Nomor massa | 268 |
---|---|
nomor neutron | 163 |
bobot atom | |
g-factor | |
natural abundance | |
peluruhan radioaktif | ☢️ radioactive element |
Waktu paruh | 29 ± 3 h
|
Spin | |
nuclear quadrupole moment | |
tanggal penemuan | 2004 |
parity |
modus peluruhan | intensitas |
---|---|
SF (spontaneous fission) | 100% |
β+ (β+ decay; β+ = ϵ + e+) | |
α (α emission) |
Nomor massa | 269 |
---|---|
nomor neutron | 164 |
bobot atom | |
g-factor | |
natural abundance | |
peluruhan radioaktif | ☢️ radioactive element |
Waktu paruh | |
Spin | 9/2 |
nuclear quadrupole moment | |
tanggal penemuan | |
parity | + |
modus peluruhan | intensitas |
---|---|
α (α emission) | |
SF (spontaneous fission) |
Nomor massa | 270 |
---|---|
nomor neutron | 165 |
bobot atom | |
g-factor | |
natural abundance | |
peluruhan radioaktif | ☢️ radioactive element |
Waktu paruh | 1,7 ± 1 h
|
Spin | |
nuclear quadrupole moment | |
tanggal penemuan | 2010 |
parity |
modus peluruhan | intensitas |
---|---|
SF (spontaneous fission) | 87% |
α (α emission) | 13% |
penemu atau pencipta | A. Ghiorso, et al |
---|---|
tempat penemuan | United States |
tanggal penemuan | 1970 |
etimologi | Named after the city of Dubna, the site of the JINR. |
pelafalan | HA-ni-em (Inggris) |
Kelimpahan alami | |
---|---|
Kelimpahan di kerak bumi | |
natural abundance (samudra) | |
natural abundance (tubuh manusia) | 0 %
|
natural abundance (Meteoroid) | 0 %
|
natural abundance (matahari) | 0 %
|
Kelimpahan di alam semesta | 0 %
|