Niobium (Nb) – Tin (Sn)

  • Atomic Number: 41
  • Symbol: Nb
  • Isotopes:
    • $^{81}$Nb: Half-life is 1.8 ms, decays via Positron Emission.
    • $^{82}$Nb: Half-life is 51 ms, decays via Positron Emission and Proton Emission.
    • $^{83}$Nb: Half-life is 3.5 s, decays via Positron Emission.
    • $^{84}$Nb: Half-life is 10.4 s, decays via Positron Emission.
    • $^{85}$Nb: Half-life is 20.9 s, decays via Positron Emission.
    • $^{86}$Nb: Half-life is 62.2 s, decays via Positron Emission.
    • $^{87}$Nb: Half-life is 3.7 min, decays via Positron Emission.
    • $^{88}$Nb: Half-life is 14.55 min, decays via Positron Emission.
    • $^{89}$Nb: Half-life is 2.03 h, decays via Positron Emission.
    • $^{90}$Nb: Half-life is 14.6 h, decays via Positron Emission and Electron Capture.
    • $^{91}$Nb: Half-life is 6.8 x 10² y, decays via Electron Capture.
    • $^{92}$Nb: Half-life is 3.47 x 10⁷ y, decays via Positron Emission and Electron Capture.
    • $^{93}$Nb: Stable.
    • $^{94}$Nb: Half-life is 2.03 x 10⁴ y, decays via Beta Decay and Electron Capture.
    • $^{95}$Nb: Half-life is 34.975 d, decays via Beta Decay.
    • $^{96}$Nb: Half-life is 23.35 h, decays via Beta Decay.
    • $^{97}$Nb: Half-life is 1.15 min, decays via Beta Decay.
    • $^{98}$Nb: Half-life is 51.3 min, decays via Beta Decay.
    • $^{99}$Nb: Half-life is 15.0 s, decays via Beta Decay and Neutron Emission.
    • $^{100}$Nb: Half-life is 3.0 s, decays via Beta Decay and Neutron Emission.
    • $^{101}$Nb: Half-life is 7.0 s, decays via Beta Decay and Neutron Emission.
    • $^{102}$Nb: Half-life is 4.3 s, decays via Beta Decay and Neutron Emission.
    • $^{103}$Nb: Half-life is 1.9 s, decays via Beta Decay and Neutron Emission.
    • $^{104}$Nb: Half-life is 1.0 s, decays via Beta Decay and Neutron Emission.

Molybdenum (Mo)

  • Atomic Number: 42
  • Symbol: Mo
  • Isotopes:
    • $^{84}$Mo: Half-life is 3.8 ms, decays via Positron Emission.
    • $^{85}$Mo: Half-life is 1.15 s, decays via Positron Emission.
    • $^{86}$Mo: Half-life is 19.6 s, decays via Positron Emission.
    • $^{87}$Mo: Half-life is 14.6 s, decays via Positron Emission.
    • $^{88}$Mo: Half-life is 8.0 min, decays via Positron Emission.
    • $^{89}$Mo: Half-life is 2.18 min, decays via Positron Emission.
    • $^{90}$Mo: Half-life is 5.62 h, decays via Positron Emission.
    • $^{91}$Mo: Half-life is 15.49 min, decays via Positron Emission.
    • $^{92}$Mo: Stable.
    • $^{93}$Mo: Half-life is 4.0 x 10³ y, decays via Electron Capture.
    • $^{94}$Mo: Stable.
    • $^{95}$Mo: Stable.
    • $^{96}$Mo: Stable.
    • $^{97}$Mo: Stable.
    • $^{98}$Mo: Stable.
    • $^{99}$Mo: Half-life is 65.94 h, decays via Beta Decay.
    • $^{100}$Mo: Stable.
    • $^{101}$Mo: Half-life is 14.61 min, decays via Beta Decay.
    • $^{102}$Mo: Half-life is 11.3 min, decays via Beta Decay.
    • $^{103}$Mo: Half-life is 22.5 s, decays via Beta Decay.
    • $^{104}$Mo: Half-life is 1.1 s, decays via Beta Decay and Neutron Emission.
    • $^{105}$Mo: Half-life is 400 ms, decays via Beta Decay and Neutron Emission.
    • $^{106}$Mo: Half-life is 210 ms, decays via Beta Decay and Neutron Emission.
    • $^{107}$Mo: Half-life is 140 ms, decays via Beta Decay and Neutron Emission.

Technetium (Tc)

  • Atomic Number: 43
  • Symbol: Tc
  • Isotopes:
    • $^{86}$Tc: Half-life is < 30 ns, decays via Proton Emission.
    • $^{87}$Tc: Half-life is 2.1 s, decays via Positron Emission.
    • $^{88}$Tc: Half-life is 5.8 s, decays via Positron Emission.
    • $^{89}$Tc: Half-life is 12.8 s, decays via Positron Emission.
    • $^{90}$Tc: Half-life is 8.7 s, decays via Positron Emission.
    • $^{91}$Tc: Half-life is 3.14 min, decays via Positron Emission.
    • $^{92}$Tc: Half-life is 4.4 min, decays via Positron Emission.
    • $^{93}$Tc: Half-life is 2.75 h, decays via Positron Emission.
    • $^{94}$Tc: Half-life is 4.88 h, decays via Positron Emission.
    • $^{95}$Tc: Half-life is 20 h, decays via Positron Emission and Electron Capture.
    • $^{96}$Tc: Half-life is 4.28 d, decays via Positron Emission and Electron Capture.
    • $^{97}$Tc: Half-life is 2.6 x 10⁶ y, decays via Electron Capture.
    • $^{98}$Tc: Half-life is 4.2 x 10⁶ y, decays via Beta Decay.
    • $^{99}$Tc: Half-life is 2.111 x 10⁵ y, decays via Beta Decay.
    • $^{100}$Tc: Half-life is 15.8 s, decays via Beta Decay.
    • $^{101}$Tc: Half-life is 14.22 min, decays via Beta Decay.
    • $^{102}$Tc: Half-life is 5.28 s, decays via Beta Decay.
    • $^{103}$Tc: Half-life is 54.2 s, decays via Beta Decay.
    • $^{104}$Tc: Half-life is 18.3 min, decays via Beta Decay.
    • $^{105}$Tc: Half-life is 7.6 min, decays via Beta Decay.
    • $^{106}$Tc: Half-life is 35.6 s, decays via Beta Decay and Neutron Emission.
    • $^{107}$Tc: Half-life is 21.2 s, decays via Beta Decay and Neutron Emission.
    • $^{108}$Tc: Half-life is 5.17 s, decays via Beta Decay and Neutron Emission.
    • $^{109}$Tc: Half-life is 860 ms, decays via Beta Decay and Neutron Emission.
    • $^{110}$Tc: Half-life is 280 ms, decays via Beta Decay and Neutron Emission.
    • $^{111}$Tc: Half-life is 290 ms, decays via Beta Decay and Neutron Emission.
    • $^{112}$Tc: Half-life is 150 ms, decays via Beta Decay and Neutron Emission.
    • $^{113}$Tc: Half-life is 110 ms, decays via Beta Decay and Neutron Emission.
    • $^{114}$Tc: Half-life is 60 ms, decays via Beta Decay and Neutron Emission.

Ruthenium (Ru)

  • Atomic Number: 44
  • Symbol: Ru
  • Isotopes:
    • $^{87}$Ru: Half-life is < 18 ns, decays via Proton Emission.
    • $^{88}$Ru: Half-life is 1.2 s, decays via Positron Emission.
    • $^{89}$Ru: Half-life is 1.7 s, decays via Positron Emission.
    • $^{90}$Ru: Half-life is 11 s, decays via Positron Emission.
    • $^{91}$Ru: Half-life is 11 s, decays via Positron Emission.
    • $^{92}$Ru: Half-life is 3.65 min, decays via Positron Emission.
    • $^{93}$Ru: Half-life is 59.7 s, decays via Positron Emission and Electron Capture.
    • $^{94}$Ru: Half-life is 51.8 min, decays via Positron Emission.
    • $^{95}$Ru: Half-life is 1.64 h, decays via Positron Emission.
    • $^{96}$Ru: Stable.
    • $^{97}$Ru: Half-life is 2.9 d, decays via Electron Capture.
    • $^{98}$Ru: Stable.
    • $^{99}$Ru: Stable.
    • $^{100}$Ru: Stable.
    • $^{101}$Ru: Stable.
    • $^{102}$Ru: Stable.
    • $^{103}$Ru: Half-life is 39.26 d, decays via Beta Decay.
    • $^{104}$Ru: Stable.
    • $^{105}$Ru: Half-life is 4.44 h, decays via Beta Decay.
    • $^{106}$Ru: Half-life is 373.59 d, decays via Beta Decay.
    • $^{107}$Ru: Half-life is 4.0 min, decays via Beta Decay.
    • $^{108}$Ru: Half-life is 4.55 min, decays via Beta Decay.
    • $^{109}$Ru: Half-life is 34.5 s, decays via Beta Decay and Neutron Emission.
    • $^{110}$Ru: Half-life is 11.6 s, decays via Beta Decay and Neutron Emission.
    • $^{111}$Ru: Half-life is 2.5 s, decays via Beta Decay and Neutron Emission.
    • $^{112}$Ru: Half-life is 1.75 s, decays via Beta Decay and Neutron Emission.
    • $^{113}$Ru: Half-life is 500 ms, decays via Beta Decay and Neutron Emission.
    • $^{114}$Ru: Half-life is 280 ms, decays via Beta Decay and Neutron Emission.
    • $^{115}$Ru: Half-life is 140 ms, decays via Beta Decay and Neutron Emission.

Rhodium (Rh)

  • Atomic Number: 45
  • Symbol: Rh
  • Isotopes:
    • $^{89}$Rh: Half-life is 120 ms, decays via Proton Emission and Positron Emission.
    • $^{90}$Rh: Half-life is 1.8 s, decays via Positron Emission.
    • $^{91}$Rh: Half-life is 1.74 s, decays via Positron Emission.
    • $^{92}$Rh: Half-life is 4.3 s, decays via Positron Emission.
    • $^{93}$Rh: Half-life is 11.9 s, decays via Positron Emission.
    • $^{94}$Rh: Half-life is 70.6 s, decays via Positron Emission and Electron Capture.
    • $^{95}$Rh: Half-life is 5.02 min, decays via Positron Emission.
    • $^{96}$Rh: Half-life is 10.38 min, decays via Positron Emission.
    • $^{97}$Rh: Half-life is 30.5 min, decays via Positron Emission.
    • $^{98}$Rh: Half-life is 8.7 min, decays via Positron Emission.
    • $^{99}$Rh: Half-life is 16.1 d, decays via Positron Emission and Electron Capture.
    • $^{100}$Rh: Half-life is 20.8 h, decays via Positron Emission and Electron Capture.
    • $^{101}$Rh: Half-life is 3.3 y, decays via Electron Capture.
    • $^{102}$Rh: Half-life is 207 d, decays via Electron Capture.
    • $^{103}$Rh: Stable.
    • $^{104}$Rh: Half-life is 42.3 s, decays via Beta Decay.
    • $^{105}$Rh: Half-life is 35.36 h, decays via Beta Decay.
    • $^{106}$Rh: Half-life is 30.0 s, decays via Beta Decay.
    • $^{107}$Rh: Half-life is 21.7 min, decays via Beta Decay.
    • $^{108}$Rh: Half-life is 16.8 s, decays via Beta Decay and Neutron Emission.
    • $^{109}$Rh: Half-life is 80 s, decays via Beta Decay and Neutron Emission.
    • $^{110}$Rh: Half-life is 28 s, decays via Beta Decay and Neutron Emission.
    • $^{111}$Rh: Half-life is 11 s, decays via Beta Decay and Neutron Emission.
    • $^{112}$Rh: Half-life is 2.6 s, decays via Beta Decay and Neutron Emission.
    • $^{113}$Rh: Half-life is 1.2 s, decays via Beta Decay and Neutron Emission.
    • $^{114}$Rh: Half-life is 530 ms, decays via Beta Decay and Neutron Emission.
    • $^{115}$Rh: Half-life is 180 ms, decays via Beta Decay and Neutron Emission.
    • $^{116}$Rh: Half-life is 270 ms, decays via Beta Decay and Neutron Emission.
    • $^{117}$Rh: Half-life is 90 ms, decays via Beta Decay and Neutron Emission.
    • $^{118}$Rh: Half-life is 40 ms, decays via Beta Decay and Neutron Emission.

Palladium (Pd)

  • Atomic Number: 46
  • Symbol: Pd
  • Isotopes:
    • $^{91}$Pd: Half-life is 1.3 s, decays via Positron Emission.
    • $^{92}$Pd: Half-life is 1.1 s, decays via Positron Emission.
    • $^{93}$Pd: Half-life is 1.2 s, decays via Positron Emission.
    • $^{94}$Pd: Half-life is 9.0 s, decays via Positron Emission.
    • $^{95}$Pd: Half-life is 24 s, decays via Positron Emission.
    • $^{96}$Pd: Half-life is 2.19 min, decays via Positron Emission.
    • $^{97}$Pd: Half-life is 3.3 min, decays via Positron Emission.
    • $^{98}$Pd: Half-life is 17.7 min, decays via Positron Emission.
    • $^{99}$Pd: Half-life is 21.4 min, decays via Positron Emission and Electron Capture.
    • $^{100}$Pd: Half-life is 3.63 d, decays via Electron Capture.
    • $^{101}$Pd: Half-life is 8.47 h, decays via Positron Emission.
    • $^{102}$Pd: Stable.
    • $^{103}$Pd: Half-life is 16.991 d, decays via Electron Capture.
    • $^{104}$Pd: Stable.
    • $^{105}$Pd: Stable.
    • $^{106}$Pd: Stable.
    • $^{107}$Pd: Half-life is 6.5 x 10⁶ y, decays via Beta Decay.
    • $^{108}$Pd: Stable.
    • $^{109}$Pd: Half-life is 13.7 h, decays via Beta Decay.
    • $^{110}$Pd: Stable.
    • $^{111}$Pd: Half-life is 23.4 min, decays via Beta Decay.
    • $^{112}$Pd: Half-life is 21.03 h, decays via Beta Decay.
    • $^{113}$Pd: Half-life is 93 s, decays via Beta Decay.
    • $^{114}$Pd: Half-life is 2.4 min, decays via Beta Decay and Neutron Emission.
    • $^{115}$Pd: Half-life is 4.8 s, decays via Beta Decay and Neutron Emission.
    • $^{116}$Pd: Half-life is 12.3 s, decays via Beta Decay and Neutron Emission.
    • $^{117}$Pd: Half-life is 5.3 s, decays via Beta Decay and Neutron Emission.
    • $^{118}$Pd: Half-life is 3.0 s, decays via Beta Decay and Neutron Emission.
    • $^{119}$Pd: Half-life is 1.7 s, decays via Beta Decay and Neutron Emission.
    • $^{120}$Pd: Half-life is 550 ms, decays via Beta Decay and Neutron Emission.
    • $^{121}$Pd: Half-life is 350 ms, decays via Beta Decay and Neutron Emission.

Silver (Ag)

  • Atomic Number: 47
  • Symbol: Ag
  • Isotopes:
    • $^{93}$Ag: Half-life is 1.5 s, decays via Proton Emission.
    • $^{94}$Ag: Half-life is 4.2 s, decays via Positron Emission.
    • $^{95}$Ag: Half-life is 1.77 s, decays via Positron Emission.
    • $^{96}$Ag: Half-life is 4.5 s, decays via Positron Emission.
    • $^{97}$Ag: Half-life is 12.3 s, decays via Positron Emission.
    • $^{98}$Ag: Half-life is 32.8 s, decays via Positron Emission.
    • $^{99}$Ag: Half-life is 1.7 min, decays via Positron Emission and Electron Capture.
    • $^{100}$Ag: Half-life is 2.0 min, decays via Positron Emission.
    • $^{101}$Ag: Half-life is 11.1 min, decays via Positron Emission.
    • $^{102}$Ag: Half-life is 12.9 min, decays via Positron Emission.
    • $^{103}$Ag: Half-life is 65.5 min, decays via Positron Emission and Electron Capture.
    • $^{104}$Ag: Half-life is 69.2 min, decays via Positron Emission and Electron Capture.
    • $^{105}$Ag: Half-life is 41.29 d, decays via Electron Capture.
    • $^{106}$Ag: Half-life is 23.96 min, decays via Positron Emission and Electron Capture.
    • $^{107}$Ag: Stable.
    • $^{108}$Ag: Half-life is 2.38 min, decays via Beta Decay and Electron Capture.
    • $^{109}$Ag: Stable.
    • $^{110}$Ag: Half-life is 24.99 s, decays via Beta Decay.
    • $^{111}$Ag: Half-life is 7.45 d, decays via Beta Decay.
    • $^{112}$Ag: Half-life is 3.13 h, decays via Beta Decay.
    • $^{113}$Ag: Half-life is 5.37 h, decays via Beta Decay.
    • $^{114}$Ag: Half-life is 5.0 s, decays via Beta Decay.
    • $^{115}$Ag: Half-life is 20.0 min, decays via Beta Decay.
    • $^{116}$Ag: Half-life is 2.3 s, decays via Beta Decay.
    • $^{117}$Ag: Half-life is 73.6 s, decays via Beta Decay and Neutron Emission.
    • $^{118}$Ag: Half-life is 3.76 s, decays via Beta Decay and Neutron Emission.
    • $^{119}$Ag: Half-life is 2.1 s, decays via Beta Decay and Neutron Emission.
    • $^{120}$Ag: Half-life is 1.2 s, decays via Beta Decay and Neutron Emission.

Cadmium (Cd)

  • Atomic Number: 48
  • Symbol: Cd
  • Isotopes:
    • $^{97}$Cd: Half-life is 100 ms, decays via Positron Emission.
    • $^{98}$Cd: Half-life is 200 ms, decays via Positron Emission and Proton Emission.
    • $^{99}$Cd: Half-life is 1.6 s, decays via Positron Emission.
    • $^{100}$Cd: Half-life is 49.1 s, decays via Positron Emission.
    • $^{101}$Cd: Half-life is 59 s, decays via Positron Emission.
    • $^{102}$Cd: Half-life is 5.5 min, decays via Positron Emission.
    • $^{103}$Cd: Half-life is 7.3 min, decays via Positron Emission.
    • $^{104}$Cd: Half-life is 57.7 min, decays via Positron Emission.
    • $^{105}$Cd: Half-life is 55.5 min, decays via Positron Emission.
    • $^{106}$Cd: Stable.
    • $^{107}$Cd: Half-life is 6.50 h, decays via Positron Emission and Electron Capture.
    • $^{108}$Cd: Stable.
    • $^{109}$Cd: Half-life is 461.4 d, decays via Electron Capture.
    • $^{110}$Cd: Stable.
    • $^{111}$Cd: Stable.
    • $^{112}$Cd: Stable.
    • $^{113}$Cd: Stable.
    • $^{114}$Cd: Stable.
    • $^{115}$Cd: Half-life is 53.46 h, decays via Beta Decay.
    • $^{116}$Cd: Stable.
    • $^{117}$Cd: Half-life is 2.49 h, decays via Beta Decay.
    • $^{118}$Cd: Half-life is 50.3 min, decays via Beta Decay.
    • $^{119}$Cd: Half-life is 2.20 min, decays via Beta Decay.
    • $^{120}$Cd: Half-life is 50.8 s, decays via Beta Decay.
    • $^{121}$Cd: Half-life is 12.8 s, decays via Beta Decay and Neutron Emission.
    • $^{122}$Cd: Half-life is 5.3 s, decays via Beta Decay and Neutron Emission.
    • $^{123}$Cd: Half-life is 2.2 s, decays via Beta Decay and Neutron Emission.
    • $^{124}$Cd: Half-life is 1.6 s, decays via Beta Decay and Neutron Emission.
    • $^{125}$Cd: Half-life is 1.1 s, decays via Beta Decay and Neutron Emission.
    • $^{126}$Cd: Half-life is 600 ms, decays via Beta Decay and Neutron Emission.

Indium (In)

  • Atomic Number: 49
  • Symbol: In
  • Isotopes:
    • $^{99}$In: Half-life is 300 ms, decays via Proton Emission and Positron Emission.
    • $^{100}$In: Half-life is 5.6 s, decays via Positron Emission.
    • $^{101}$In: Half-life is 15.6 s, decays via Positron Emission.
    • $^{102}$In: Half-life is 19.1 s, decays via Positron Emission.
    • $^{103}$In: Half-life is 118 s, decays via Positron Emission.
    • $^{104}$In: Half-life is 3.16 min, decays via Positron Emission.
    • $^{105}$In: Half-life is 5.07 min, decays via Positron Emission.
    • $^{106}$In: Half-life is 6.2 min, decays via Positron Emission.
    • $^{107}$In: Half-life is 32.4 min, decays via Positron Emission.
    • $^{108}$In: Half-life is 58 min, decays via Positron Emission.
    • $^{109}$In: Half-life is 4.2 h, decays via Positron Emission and Electron Capture.
    • $^{110}$In: Half-life is 4.9 h, decays via Positron Emission and Electron Capture.
    • $^{111}$In: Half-life is 2.833 d, decays via Electron Capture.
    • $^{112}$In: Half-life is 14.4 min, decays via Positron Emission and Electron Capture.
    • $^{113}$In: Stable.
    • $^{114}$In: Half-life is 71.9 s, decays via Beta Decay.
    • $^{115}$In: Stable.
    • $^{116}$In: Half-life is 14.1 s, decays via Beta Decay.
    • $^{117}$In: Half-life is 43.2 min, decays via Beta Decay.
    • $^{118}$In: Half-life is 5.0 s, decays via Beta Decay.
    • $^{119}$In: Half-life is 2.11 min, decays via Beta Decay and Neutron Emission.
    • $^{120}$In: Half-life is 3.19 s, decays via Beta Decay and Neutron Emission.
    • $^{121}$In: Half-life is 2.18 s, decays via Beta Decay and Neutron Emission.
    • $^{122}$In: Half-life is 1.6 s, decays via Beta Decay and Neutron Emission.
    • $^{123}$In: Half-life is 1.3 s, decays via Beta Decay and Neutron Emission.
    • $^{124}$In: Half-life is 1.0 s, decays via Beta Decay and Neutron Emission.
    • $^{125}$In: Half-life is 600 ms, decays via Beta Decay and Neutron Emission.
    • $^{126}$In: Half-life is 360 ms, decays via Beta Decay and Neutron Emission.
    • $^{127}$In: Half-life is 280 ms, decays via Beta Decay and Neutron Emission.
    • $^{128}$In: Half-life is 200 ms, decays via Beta Decay and Neutron Emission.

Tin (Sn)

  • Atomic Number: 50
  • Symbol: Sn
  • Isotopes:
    • $^{104}$Sn: Half-life is 21 s, decays via Positron Emission.
    • $^{105}$Sn: Half-life is 31 s, decays via Positron Emission.
    • $^{106}$Sn: Half-life is 1.15 min, decays via Positron Emission.
    • $^{107}$Sn: Half-life is 2.90 min, decays via Positron Emission.
    • $^{108}$Sn: Half-life is 10.3 min, decays via Positron Emission.
    • $^{109}$Sn: Half-life is 18.0 min, decays via Positron Emission.
    • $^{110}$Sn: Half-life is 4.11 h, decays via Positron Emission.
    • $^{111}$Sn: Half-life is 35.3 min, decays via Positron Emission.
    • $^{112}$Sn: Stable.
    • $^{113}$Sn: Half-life is 115.09 d, decays via Electron Capture.
    • $^{114}$Sn: Stable.
    • $^{115}$Sn: Stable.
    • $^{116}$Sn: Stable.
    • $^{117}$Sn: Stable.
    • $^{118}$Sn: Stable.
    • $^{119}$Sn: Stable.
    • $^{120}$Sn: Stable.
    • $^{121}$Sn: Half-life is 27.06 h, decays via Beta Decay.
    • $^{122}$Sn: Stable.
    • $^{123}$Sn: Half-life is 129.2 d, decays via Beta Decay.
    • $^{124}$Sn: Stable.
    • $^{125}$Sn: Half-life is 9.64 d, decays via Beta Decay.
    • $^{126}$Sn: Half-life is 2.3 x 10⁵ y, decays via Beta Decay.
    • $^{127}$Sn: Half-life is 2.1 h, decays via Beta Decay.
    • $^{128}$Sn: Half-life is 59.07 min, decays via Beta Decay.
    • $^{129}$Sn: Half-life is 2.23 min, decays via Beta Decay and Neutron Emission.
    • $^{130}$Sn: Half-life is 3.72 min, decays via Beta Decay and Neutron Emission.
    • $^{131}$Sn: Half-life is 56 s, decays via Beta Decay and Neutron Emission.
    • $^{132}$Sn: Half-life is 39.7 s, decays via Beta Decay and Neutron Emission.
    • $^{133}$Sn: Half-life is 1.45 s, decays via Beta Decay and Neutron Emission.
    • $^{134}$Sn: Half-life is 1.05 s, decays via Beta Decay and Neutron Emission.
    • $^{135}$Sn: Half-life is 530 ms, decays via Beta Decay and Neutron Emission.
    • $^{136}$Sn: Half-life is 180 ms, decays via Beta Decay and Neutron Emission.
    • $^{137}$Sn: Half-life is 120 ms, decays via Beta Decay and Neutron Emission.
    • $^{138}$Sn: Half-life is 80 ms, decays via Beta Decay and Neutron Emission.

Next batch: Elements 51-60.

Antimony (Sb) – Praseodymium (Pr) – SolveForce Communications

Key terms in plain language

Open a term for a concise explanation of language used on this page.

VoIP

Voice over Internet Protocol carries phone calls over an IP network instead of a traditional analog phone line. Call quality depends on network stability, latency, and traffic management.

Unified Communications (UCaaS)

A cloud-based combination of business calling, messaging, meetings, presence, and collaboration tools managed as one communications service.

SIP Trunking

A service that connects a business phone system to the public telephone network using Internet Protocol, replacing or supplementing traditional phone lines.

Bandwidth

The amount of data a connection can carry in a given time, usually measured in Mbps or Gbps. More bandwidth supports more users, devices, and simultaneous applications.

Latency

The time it takes data to travel between two points. Lower latency improves voice, video meetings, cloud applications, gaming, and other real-time services.

Service-Level Agreement (SLA)

A provider’s written commitment covering service targets such as availability, response time, repair time, and sometimes financial credits when commitments are missed.