'Excited state' presentation slideshows

Chapter 8 Electron Configurations and Periodicity

Chapter 8 Electron Configurations and Periodicity. Contents and Concepts. Electronic Structure of Atoms

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Molecular Orbitals several atoms

Molecular Orbitals several atoms. Any group of atoms: Molecules, Molecular ions, Fragments, Supermolecules. Describing molecular properties as a whole .

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Chapters 4-5: The Atom

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Contents

Satish Pradhan Dnyanasadhana College, Thane Department of Chemistry T.Y.B.Sc. Analytical Chemistry Molecular Fluorescence And Phosphorescence Spectroscopy. Contents. 3.2 Molecular Fluorescence and Phosphorescence Spectroscopy (04L) 3.2.1 Theory of Molecular Fluorescence and Phosphorescence

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Einstein on the Nature of Light Brief History of Quantum Optics

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Interference as measurement (quantum states of light, BEC, etc.)

Interference as measurement (quantum states of light, BEC, etc.). The phase of a field (light or matter) Why don't single photons interfere with each other? Quantum states of the electromagnetic field Heterodyne measurements Why do single photons interfere?

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Chapter 18 Molecular orbitals and spectroscopy

Chapter 18 Molecular orbitals and spectroscopy. 18.1 Diatomic molecules. 18.2 Polyatomic molecules. 18.3 Conjugation of bonds and resonance structures. 18.4 The interaction of light and matter (spectroscopy). 18.5 Buckyballs. 18.1 Diatomic molecules.

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Radioactivity

Radioactivity. Manos Papadopoulos Nuclear Medicine Department Castle Hill Hospital Hull & East Yorkshire Hospitals NHS Trust. RADIOACTIVE DECAY. Only certain combinations of nucleons form a stable nucleus Unstable nuclei spontaneous nuclear transformation formation of new elements

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Pressure and Kinetic Energy

Pressure and Kinetic Energy. Assume a container is a cube Edges are length ____ Look at the motion of the molecule in terms of its velocity components Look at its momentum and the average force. Pressure and Kinetic Energy, 2.

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Cardiac Pacemaker System

Cardiac Pacemaker System. Presented by: Wong Shin Shin (KEU 98038) McCartney Dandot (KEU 97010). Scope of presentation. Introduction A prelude: normal heart activity Pacemakers: its past history Conception of idea Invention process Clinical prototyping Pacemakers: Current development

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Experiment 10:

Experiment 10:. ACID-CATALYZED DEHYDRATION OF AN ALCOHOL WITH REARRANGEMENT. Objectives. To synthesize isomeric alkenes from a 2 o alcohol. To determine major product using GC analysis. To understand product distribution using molecular modeling.

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General Physics (PHY 2140)

General Physics (PHY 2140). Lecture 37. Modern Physics Nuclear Physics Radioactivity Nuclear reactions. http://www.physics.wayne.edu/~apetrov/PHY2140/. Chapter 29. Lightning Review. Last lecture: Nuclear physics Properties of nuclei Binding energy, types of radiation.

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ATOMIC CONCEPT

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Electromagnetic Radiation and Energy

Electromagnetic Radiation and Energy. Electromagnetic Radiation: Energy traveling through space Three Characteristics of Waves: Wavelength : (symbolized l) Distance between two consecutive peaks or troughs in a wave Frequency : (symbolized n) How many waves pass a given point per second

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CAVITY QUANTUM ELECTRODYNAMICS IN PHOTONIC CRYSTAL STRUCTURES

CAVITY QUANTUM ELECTRODYNAMICS IN PHOTONIC CRYSTAL STRUCTURES. Photonic Crystal Doctoral Course PO-014 Summer Semester 2009 Konstantinos G. Lagoudakis. Outline. Light matter interaction Normal mode splitting Trapping light and matter in small volumes Experiments.

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Protein Structure: Introduction

Protein Structure: Introduction Protein: Pictorial representations we are familiar with are schematic models, simplified representations. Model we know of real molecules: Quantum mechanical, probabilistic collections of atoms as both particles and waves. Atoms: Hydrogen: H Carbon: C

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Compound nucleus reactions

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Quantum Theory and the Atom

Quantum Theory and the Atom. Objectives: AOD C.3.1 Define atomic radii, ionization energy, electronegativity, and energy levels. AOD C.3.2 Recognize periodic trends of elements, including the number of valence electrons, atomic size, and reactivity. . Niels Bohr and Energy States.

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Realization of BEC in a Dilute 87 Rb Vapor

Realization of BEC in a Dilute 87 Rb Vapor.

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EMISSION AND ABSORPTION SPECTRA

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