'Potential energy curves' presentation slideshows

Electronic excitations in elementary reactive processes at metal surfaces

702 views • 60 slides

Co-workers : Ali Abedi (MPI-Halle) Neepa Maitra (CUNY) Nikitas Gidopoulos (Rutherford Lab)

Exact factorization of the time-dependent electron-nuclear wave function: A fresh look on potential energy surfaces and Berry phases. Co-workers : Ali Abedi (MPI-Halle) Neepa Maitra (CUNY) Nikitas Gidopoulos (Rutherford Lab).

500 views • 42 slides

The Condensed Phase

The Condensed Phase. The kinetic theory of gases presents a microscopic model for the behavior of gases. As pressure increases or temperature decreases, gas molecules begin to feel the presence of other gas molecules and interactions between them cannot be ignored.

1.11k views • 28 slides

Electron-hole pair excitations in the dissociative adsorption

415 views • 23 slides

Theoretical Study of Charge Transfer in Ion-Molecule Collisions

314 views • 23 slides

Theoretical Study of Charge Transfer in Ion-Molecule Collisions

338 views • 23 slides

Necati Kaya

The Dynamics Of Molecules In Intense Ultrashort Laser Fields: Measurements of Ultrashort , Intense Laser-induced Fragmentation of The Simplest Molecular Ion (H 2 + ). Necati Kaya. Why H 2 + ?. H 2 +. H 2 + the most elementary molecule in nature

494 views • 19 slides

Exam I

Exam I. Power. We are often concerned with not only how much energy it takes to do something (say get a car up to a certain kinetic energy) but also how quickly that energy can be transferred. POWER : the rate at which energy is transferred. P = dW/dt P avg = W /D t.

288 views • 16 slides

Physics 440 Condensed Matter Physics a.k.a. Materials Physics Solid-State Physics

Physics 440 Condensed Matter Physics a.k.a. Materials Physics Solid-State Physics. I. Introduction. The Domain of Study Materials We Will Study Phenomena and Properties of Interest Types of Interactions that Bind CM Potential Energy Functions & Diagrams.

1.11k views • 15 slides

Energy Conservation

Energy Conservation. And Non-Conservative Forces. Conservation of Mechanical Energy. Definition of mechanical energy:. (8-6). Using this definition and considering only conservative forces, we find. Or equivalently. Conservation of Mechanical Energy.

366 views • 13 slides

Dissociation of H 2

Dissociation of H 2. Do HF calculations for different values of the H-H internuclear distance (this distance is fixed since we are in the Born-Oppenheimer picture). Fig. 3.5: RHF potential curve for STO-3G (? = 1.24) H 2 compared with the accurate results of Kolos and Wolniewicz.

539 views • 11 slides