Ytterbium
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- Nonradioactive) Samarium Chloride (Casrn 10361-82-7) and Stable (Nonradioactive) Samarium Nitrate (Casrn 10361-83-8
- THE MAJOR RARE-EARTH-ELEMENT DEPOSITS of AUSTRALIA: GEOLOGICAL SETTING, EXPLORATION, and RESOURCES Figure 1.1
- Magnetic Trapping of Ytterbium and the Alkaline-Earth Metals
- Coherent Spin Dynamics of Ytterbium Ions in Yttrium Orthosilicate
- Comparison of Samarium and Ytterbium Isotope Effects
- CHAPTER 6 NOTES: the Periodic Table
- Periodic Table of the Elements
- Structures and Thermodynamics of Some Rare Earth Sulfides Yan Zhang Iowa State University
- It's Elemental! Sampling from the Periodic Table
- Periodic Table with Mass Printable
- Periodic Table of the Elements : Alkali Metals Classification Périodique Des Éléments : Métaux Alcalins
- Atomic Weights of the Elements 1979
- Stable Isotopes of Ytterbium Available from ISOFLEX
- Elements and Minerals
- Periodic Table of the Time" Just Prior" to World War II, with Predicted Positions for Elements Beyond Uranium, Is Shown in Figure 1
- Relativistic B-Spline R-Matrix Calculations for Electron Collisions with Ytterbium
- Distinct Electronic Structures and Bonding Interactions in Inverse-Sandwich Samarium and Cite This: Chem
- Crystal Structure and Magnetic Properties of the Compounds Yb(Zn,Al) and Ybzn