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Precision spectroscopy of trapped radioactive radium ions
D. J. van der Hoek
, K. Jungmann
,
C. J. G. Onderwater
, R. G. E. Timmermans
, L. Willmann
, H. W. Wilschut
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Keyphrases
Radium
100%
Radium Isotopes
100%
Weinberg Angle
100%
Precision Spectroscopy
100%
Precise Measurement
50%
High Stability
50%
Frequency Standard
50%
Bosons
50%
Momentum Transfer
50%
Wien Filter
50%
Lifetime Measurement
50%
Mixing Angle
50%
Electroweak
50%
Standard Model of Particle Physics
50%
Linear Paul Trap
50%
Radio Frequency Quadrupole
50%
Laser Spectroscopy
50%
Gas-filled
50%
Atomic Parity Violation
50%
Hyperfine Structure
50%
Isotope Shift
50%
Atomic Theory
50%
Atomic Clock
50%
Leptoquarks
50%
Light Shift
50%
Ultra-narrow
50%
Shift Estimation
50%
Ionizer
50%
Stability Frequency
50%
INIS
precision
100%
spectroscopy
100%
trapping
100%
radium ions
100%
particles
40%
radium isotopes
40%
weinberg angle
40%
sensitivity
20%
gases
20%
production
20%
accuracy
20%
filters
20%
stability
20%
clouds
20%
violations
20%
standard model
20%
traps
20%
lifetime
20%
parity
20%
physics
20%
bosons
20%
momentum transfer
20%
laser spectroscopy
20%
radio frequency quadrupoles
20%
electroweak mixing angle
20%
hyperfine structure
20%
isotope shift
20%
kvi
20%
atomic clocks
20%
leptoquarks
20%
Physics
Radium Isotopes
100%
Quadrupole
50%
Standard Model
50%
Particle Physics
50%
Momentum Transfer
50%
Hyperfine Structure
50%
Isotope Effect
50%
Atomic Theory
50%
Atomic Clock
50%
Frequency Standard
50%
Laser Spectroscopy
50%