'Equal energy' diaporamas de présentation

891 views • 73 slides

Sources & Surfaces

Sources & Surfaces. Evaluating Spectral Distribution Interactions Using Roadway Signage IESNA Roadway Lighting Committee April 2003 David M. Keith, FIES & Jefferey F. Knox. Sources & Surfaces: Overview. Our world is not all shades of gray, but . . .

509 views • 39 slides

Fragmentation of molecules: Franck-Condon model

Photo double ionization of H 2 resp. of D 2 or the correlated motion of electrons in a two center coulomb potential. Fragmentation of molecules: Franck-Condon model Experimental technique: Imaging of the momentum space Dynamics of the electrons in a single and a two center potential.

523 views • 35 slides

Electron Location: Part III

Electron Location: Part III. Electron Configuration. 4f 4d 4p 4s. 14 (7). 10 (5). = sub-level = max. # of electrons = # of electrons = number of orbitals. 6 (3). 32. 2 (1). 3d 3p 3s. 10 (5). 6 (3). 2 (1). 18. 2p 2s. 6 (3). 2 (1). 8. 1s. 2 (1). 2.

377 views • 31 slides

Chapter. 5: Electrons in Atoms

Chapter. 5: Electrons in Atoms. Section 5.1: Light & Quantized Energy Section 5.2: Quantum Theory & the Atom. Objectives. Identify the inadequacies in the Rutherford atomic model. Identify the new assumption in the Bohr model of the atom.

305 views • 30 slides

Section 5.3

299 views • 29 slides

Periodic properties of the elements

Periodic properties of the elements. Chapter 8. Quantum numbers. Principal quantum number, n Determines size and overall energy of orbital Positive integer 1, 2, 3 . . . Corresponds to Bohr energy levels. Quantum numbers. Angular momentum quantum number, l Determines shape of orbital

392 views • 27 slides

Chapter 5 Notes

238 views • 23 slides

Orbitals

670 views • 22 slides

Electron Configurations

344 views • 22 slides

6-5: Molecular Geometry

6-5: Molecular Geometry. Objective: Explain VSEPR theory Predict the shapes of molecules or polyatomic ions using VSEPR theory Explain how the shapes of molecules are accounted for by hybridization theory

669 views • 22 slides

Electron Configuration

250 views • 22 slides

Electron Configuration!

562 views • 19 slides

Chapter 4 Electron Configurations

450 views • 17 slides

Detection schemes for transmit diversity with no channel estimation

Detection schemes for transmit diversity with no channel estimation. Advisor : Dr. Wen-Jye Huang Student : Chi-Ting Wu 2004.07.28. Outline. Introduction Review of transmit diversity scheme Detection method Method ?~ equal energy Method ?~ all situations Error performance results

260 views • 15 slides

2005/1/28 Seminar

2005/1/28 Seminar. Student ? Future Master CCY Advisor ? Doctor Yung An Kao. Outlines. Introduction Case Discussion Simulation Conclusion. Introduction. Case Discussion(1). We have found that there is a large error in SFO estimation. WHY???

275 views • 14 slides

Electron Configurations

Electron Configurations. Electron Configurations. Electron configurations show the arrangement of electrons in an atom. A distinct electron configuration exists for atoms of each element . Electrons like to assume arrangements that have the lowest possible energies .

691 views • 12 slides

Electron Configuration

282 views • 12 slides

Vaporization, Viscosity, and IMFs

Vaporization, Viscosity, and IMFs. Molecules in Consider This 1.40. Do all liquids evaporate at the same rate? (Consider This 1.40). Equal volumes of H 2 O, methanol, hexane on sponges Wipe sponges on blackboard Which liquid evaporates fastest? slowest?.

242 views • 12 slides

Electron Configuration

273 views • 11 slides