'High spin' presentation slideshows

Production of Exotic Nuclear Isomers in Fragmentation and Deep-Inelastic Reactions

Production of Exotic Nuclear Isomers in Fragmentation and Deep-Inelastic Reactions. Paddy Regan Dept. of Physics, University of Surrey, Guildford, GU2 7XH, UK e-mail: p.regan@surrey.ac.uk. Outline of Talk Where do you find (long-lived) isomers ? Restrictions ? Isomer predictions.

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6 s ligands x 2e each

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Chapter 9 Coordination Chemistry I

Chapter 9 Coordination Chemistry I. Structures and Isomers. Coordination compounds. Central metal, neutral or cation Ligand: neutral molecule or anion Ions for charge balance (if necessary) Coordination number = number of ligand attachments (commonly 4, 6, 5)

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Chapter 12 Coordination Chemistry IV

Chapter 12 Coordination Chemistry IV. Reactions and Mechanisms. Coordination Compound Reactions. Goal is to understand reaction mechanisms

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High spin structures as the probes of proton-neutron pairing.

High spin structures as the probes of proton-neutron pairing. GOALS: Systematic investigation of the rotating N~Z nuclei with the goal to see whether the rotational properties such as: moments of inertia, band crossing frequencies, symmetry properties of rotational bands

575 views • 34 slides

Atom Config Electrons H 1s 1 1 He 1s 2 2 Li 1s 2 2s 1 3 Be 1s 2 2s 2 4

Atom Config Electrons H 1s 1 1 He 1s 2 2 Li 1s 2 2s 1 3 Be 1s 2 2s 2 4 B 1s 2 2s 2 2p 1 5 C 1s 2 2s 2 2p 2 6 N 1s 2 2s 2 2p 3 7 O 1s 2 2s 2 2p 4 8 F 1s 2 2s 2 2p 5 9 Ne 1s 2 2s 2 2p 6 10. n = 1. n = 2. n = 3. Na 1s 2 2s 2 2p 6 3s 1 11

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Chapter 19 Coordination Complexes 19.1 The Formation of Coordination Complexes 19.2 Structures of Coordination Complex

C1403 Lecture 20 Tuesday, November 16, 2005. Chapter 19 Coordination Complexes 19.1 The Formation of Coordination Complexes 19.2 Structures of Coordination Complexes 19.3 Crystal-Field Theory and Magnetic Properties 19.4 The Colors of Coordination Complexes

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Magnetic Properties of Transition Metals

Magnetic Properties of Transition Metals. Much of our understanding of transition metals comes from magnetic data.

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Calculation of magnetic moments of CoL2X2 complexes

Calculation of magnetic moments of CoL2X2 complexes. Objectives. * To explain how the mass susceptibility can be calculated.?. * To explain how the molar susceptibility can be calculated from the mass susceptibility.?.

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Study of high-spin states by using stable and unstable nuclear beams

Study of high-spin states by using stable and unstable nuclear beams. Eiji Ideguchi CNS, the University of Tokyo. What can we learn in high-spin studies?. Variety of nuclear structure as a function of angular momentum Single particle structure Collective motion Rotation Vibration

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Dynamical Mean Field Theory on FeO under pressure Ronald Cohen Geophysical Laboratory

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undressing (to fiddle the decay probability )

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Shape evolution of highly deformed 75 Kr and projected shell model description

Shape evolution of highly deformed 75 Kr and projected shell model description. Yang Yingchun Shanghai Jiao Tong University. Shanghai, August 24, 2009. Collaborators. Y. Sun ( Shanghai )

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C r y s t a l F i e l d T h e o r y

400. 500. 600. 800. C r y s t a l F i e l d T h e o r y. The relationship between colors and complex metal ions. Transition Metal Gems. Gemstone owe their color from trace transition-metal ions Corundum mineral, Al 2 O 3 : Colorless Cr ? Al : Ruby Mn ? Al: Amethyst

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C r y s t a l F i e l d T h e o r y

400. 500. 600. 800. C r y s t a l F i e l d T h e o r y. The relationship between colors and complex metal ions. Transition Metal Gems. Gemstone owe their color from trace transition-metal ions Corundum mineral, Al 2 O 3 : Colorless Cr ? Al : Ruby Mn ? Al: Amethyst

392 views • 19 slides

Chap 24 Part 2

Chap 24 Part 2. Color and Magnetism. Color. Color of a complex depends on; (i) the metal, (ii) its oxidation state & (iii) ligands (i.e., everything). For example, pale blue [Cu(H 2 O) 6 ] 2+ versus dark blue [Cu(NH 3 ) 6 ] 2+ .

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