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10303 Solid State Physics and Nanoscale Materials Physics (E14)

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lecture 26: Course overview II - slide version.

Linear response to external perturbations (materials parameters). Semiconductor devices.

Date: 05/12/2014 14:41 - Duration: 01:02:14 - Views: 88

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Lecture 26: Course overview II - slide version.

Part 1: Periodicity and symmetry. Antisymmetry of the wavefunction.

Date: 05/12/2014 14:38 - Duration: 00:39:02 - Views: 85

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Lecture 24: Ferromagentism part 3/3

Le24 part2/2: Summary of magnetism.

Date: 05/12/2014 14:33 - Duration: 00:20:56 - Views: 74

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Lecture 24: Ferromagentism part 3/3

Le24 part1/2: Magnetic domains. Magnetic anisotropy. Applications.

Date: 05/12/2014 14:23 - Duration: 00:39:38 - Views: 85

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Lecture 23: Ferromagentism and antiferromagnetism part 2/3

Le23 part 2/2: Giant Magnetoresistance. Antiferromagnetism.

Date: 28/11/2014 09:50 - Duration: 00:19:53 - Views: 74

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Lecture 23: Ferromagentism and antiferromagnetism part 2/3

Le23 part 1/2: Ferromagnetism of the conduction electrons.

Date: 28/11/2014 09:48 - Duration: 00:42:14 - Views: 79

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Lecture 22: Ferromagentism part 1/3

Le22 part 2/2: The quantum mechanical origin of the exchange interaction.

Date: 24/11/2014 19:13 - Duration: 00:25:36 - Views: 86

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Lecture 22: Ferromagentism part 1/3

Le22 Part 1/2: Semi-classical theory of ferromagnetism. The Ising model.

Date: 24/11/2014 19:07 - Duration: 00:50:42 - Views: 89

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Lecture 21: Diamagnetism and paramagnetism

Part 2 of 2: Paramagnetism.

Date: 19/11/2014 22:15 - Duration: 00:25:17 - Views: 77

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Lecture 21: Diamagnetism and paramagnetism

Part 1/2: Diamagnetism. Atter har jeg kludret i optagelsen - denne gang har jeg optaget den forkerte projektor. Download PDF af slides, ellers er det helt umuligt at følge med!

Date: 19/11/2014 22:12 - Duration: 00:39:41 - Views: 91

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Lecture 20: Numerical Methods

Part 3/3: Multiscale modelling; nanoparticles.

Date: 19/11/2014 22:06 - Duration: 00:14:29 - Views: 77

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Lecture 20: Numerical Methods

Examples of DFT based materials design.

Date: 19/11/2014 22:02 - Duration: 00:29:35 - Views: 69

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Lecture 20: Numerical Methods

Intro to Density Functional Theory. Jeg fumlede ved optagelsen, så slides ses ikke så godt. Hent PDF fra CampusNet som supplement.

Date: 19/11/2014 21:58 - Duration: 00:38:56 - Views: 74

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Lecture 19 part 2 Photonic crystals

Lecture 19, part 2, Asger Mortensem, DTU Photonics: "Photonic crystals, photonic bandgap materials”; Lecture from 2013

Date: 11/11/2014 09:45 - Duration: 01:05:29 - Views: 126

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Lecture 19 part 1 Photonic Crystals

Lecture by Asger Mortensen, DTU, Photonics, on photonic crystals, photonic bandgap materials; Lecture from 2013

Date: 11/11/2014 09:00 - Duration: 00:41:43 - Views: 82

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Le18-4

Nanostructures; Lecture from 2013

Date: 07/11/2014 09:30 - Duration: 00:39:47 - Views: 73

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Le18-3

Nanostructures; Lecture from 2013

Date: 07/11/2014 09:00 - Duration: 00:27:46 - Views: 73

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Le18-2

Nanostructures; Lecture from 2013

Date: 07/11/2014 08:30 - Duration: 00:48:51 - Views: 70

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Le18-1

Nanostructures; Lecture from 2013

Date: 07/11/2014 08:00 - Duration: 00:39:58 - Views: 84

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Lecture 17: Dielectric function. Plasmons

Plasmons. Intro to the exercise.

Date: 04/11/2014 14:42 - Duration: 00:13:05 - Views: 79

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Lecture 17: Dielectric function. Plasmons

Part 1/2: Electric fields in the free electron gas. The plasma frequency. Propagation of EM waves in metals.

Date: 04/11/2014 14:38 - Duration: 00:41:45 - Views: 81

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Le16 "Semiconductor Devices", Part 2, Oct. 31, 2014

Lecture 16 "Semiconductor Devices", part 2, Oct. 31, 2014

Date: 02/11/2014 23:28 - Duration: 01:10:06 - Views: 86

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Le16 "Semiconductor Devices", Part 1, Oct. 31, 2014

Lecture 16 "Semiconductor Devices", Part 1, Oct. 31, 2014

Date: 02/11/2014 23:16 - Duration: 00:40:40 - Views: 82

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Lecture 15 "Semiconductor Crystals II", Part 2, Oct. 28, 2014

Le15 "Semiconductor Crystals II", part 2, Oct. 28, 2014, jbh

Date: 30/10/2014 00:47 - Duration: 00:29:33 - Views: 15

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Lecture 15 "Semiconductor Crystals II", Part 1, Oct. 28, 2014

Le15 "Semiconductor Crystals II", Part 1, Oct. 28, 2014, jbh

Date: 30/10/2014 00:40 - Duration: 00:41:31 - Views: 78

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Lecture 14 part 3: Semiconductor Crystals (JBH)

00:00 - Introduction; 03:30 - Example of band edge structure; - This lecture is from 2013;

Date: 25/10/2014 10:00 - Duration: 0:10:03 - Views: 117

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Lecture 14 part 2: Semiconductor Crystals (JBH)

00:00 - Introduction; 00:15 - Question; 02:45 - Example; 04:00 - Equations of motion for an electron in an energy band; 08:30 - Consider a lattice-electron moving in a B-field; 14:15 - The concept of [...]

Date: 25/10/2014 09:00 - Duration: 0:52:55 - Views: 143

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Lecture 14 part 1: Semiconductor Crystals (JBH)

00:00 - Introduction; 05:15 - Quizz; 15:00 - Characteristics of semiconductor crystals; 22:00 - Group 2 to 4 elements; 23:30 - Characterstics of semiconductor crystals; 30:15 - Intrinsic electron conc [...]

Date: 25/10/2014 08:00 - Duration: 0:42:51 - Views: 150

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Lecture 13: Energy bands: Electronic structure of solids II

Part 3/3: Tight binding.

Date: 22/10/2014 10:09 - Duration: 0:31:42 - Views: 162

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Lecture 13: Energy bands: Electronic structure of solids II

Part 2/3: Solutions near the Brillouin Zone boundary. Fermi surfaces. Metals, insulators, semiconductors.

Date: 22/10/2014 10:07 - Duration: 0:21:27 - Views: 142

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Lecture 13: Energy bands: Electronic structure of solids II

The "Central Equation". Proving Bloch's Theorem.

Date: 22/10/2014 10:04 - Duration: 0:31:36 - Views: 136

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Lecture 12: Energy bands: Electronic structure of solids I

Bloch waves, band structures, crystal momentum, almost free electrons.

Date: 11/10/2014 15:26 - Duration: 0:29:55 - Views: 147

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Lecture 12: Energy bands: Electronic structure of solids I

Part 1/2: Nearly free electrons, Bloch waves, energy gaps.

Date: 11/10/2014 15:22 - Duration: 0:37:51 - Views: 157

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Lecture 11: Free Electrons in Solids II.

Part 3/3: Heat conductivity.

Date: 09/10/2014 08:43 - Duration: 0:08:19 - Views: 170

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Lecture 11: Free Electrons in Solids II.

Part 2/3: Electric conductivity. Heat capacity.

Date: 09/10/2014 08:34 - Duration: 0:53:07 - Views: 129

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Lecture 11: Free Electrons in Solids II.

Part 1/3: The three-dimensional electron gas.

Date: 09/10/2014 08:29 - Duration: 0:38:13 - Views: 138

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Le-10, part 2 "Free Electrons in Solids 1/2"

Le-10, part 2 "Electrons in Solids 1/2", Oct. 3, 2014

Date: 04/10/2014 07:42 - Duration: 0:46:50 - Views: 136

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Le-10, Part 1 "Free Electrons in Solids 1/2"

Le-10, part 1 "Electrons in Solids 1/2", Oct. 3, 2014

Date: 04/10/2014 07:34 - Duration: 0:35:50 - Views: 139

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Le9, part 2 "Phonons and Thermal Properties 3/3"

Le9, part 2 "Phonons and Thermal Properties 3/3", Sept. 30, 2014

Date: 30/09/2014 23:06 - Duration: 0:52:28 - Views: 139

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Le-9 part 1 "Phonons and Thermal Properties 3/3"

Le9, part 1 "Phonons and Thermal Properties 3/3", Sept. 30, 2014

Date: 30/09/2014 22:59 - Duration: 0:44:56 - Views: 138

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Le-8, part 2 "Phonons, Crystal Vibrations and Thermal Properties 2/3"

Le-8, part 2 "Phonons, Crystal Vibrations and Thermal Properties 2/3", Sept. 26, 2014

Date: 26/09/2014 16:44 - Duration: 0:26:21 - Views: 145

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Le-8 part 1 "Phonons, Crystal Vibrations and Thermal Properties 2/3"

Le-8, part 1 "Phonons, Crystal Vibrations and Thermal Properties 2/3", Sept. 26, 2014

Date: 26/09/2014 16:39 - Duration: 0:48:25 - Views: 157

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Le-7 Part 2 "Crystal Vibrations, Phonons 1/3"

Sept. 23, 2014, Le-7 "Crystal Vibrations, Phonons 1/3", Part 2

Date: 23/09/2014 22:28 - Duration: 0:50:35 - Views: 149

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Le-7 Part 1 "Crystal Vibrations, Phonons 1/3"

Sept. 23, 2014: Le-7 "Crystal Vibrations, Phonons 1/3" Part 1

Date: 23/09/2014 22:19 - Duration: 0:50:50 - Views: 143

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Lecture 6 part 3: Elastic waves. Mechanical properties

Dislocations and plasticity. The sound is bad in this part, sorry about that. We end a bit abruptly, but despite the promise to continue next time we will NOT do that, as I actually covered all the [...]

Date: 22/09/2014 14:38 - Duration: 0:24:50 - Views: 140

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Lecture 6 part 2: Elastic waves. Mechanical properties

Elastic waves, continued.

Date: 22/09/2014 14:33 - Duration: 0:37:37 - Views: 144

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Lecture 6 part 1: Elastic waves. Mechanical properties

Summary of elasticity. Elastic waves. This part ends at the first poll, next part resumes with the poll result.

Date: 22/09/2014 14:31 - Duration: 0:08:44 - Views: 142

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Lecture 5 part 2: Crystal binding II

The theory of elasticity and its origin in the chemical bonds.

Date: 18/09/2014 09:46 - Duration: 0:35:42 - Views: 170

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Lecture 5 part 1: Crystal binding II

The covalent bond.

Date: 18/09/2014 09:44 - Duration: - Views: 117

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Lecture 4 part 2: Crystal binding

Pauli repulsion. The Lennard-Jones potential for noble gasses.

Date: 13/09/2014 20:45 - Duration: 0:24:22 - Views: 153

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Lecture 4 part 1: Crystal binding

The van der Waals interaction.

Date: 13/09/2014 20:36 - Duration: 0:44:42 - Views: 133

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Le-3, part 2, "Wave Diffraction and the Reciprocal Lattice 2/2", Sept. 9, 2014

Le-3, part 2 "Wave Diffraction and the Reciprocal Lattice 2/2", 090914, jbh

Date: 09/09/2014 23:54 - Duration: 0:23:13 - Views: 141

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Le 3, part 1, "Wave Diffraction and the Reciprocal Lattice 2/2" Sept. 9, 2014

Le-3, part 1, Wave Diffraction and the Reciprocal Lattice 2/2, 090914, jbh

Date: 09/09/2014 23:48 - Duration: 0:47:56 - Views: 157

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Le-2 part 2 "Wave Diffraction and the Reciprocal Lattice 1/2", 050914

video of Le-2 part 2, 050914

Date: 06/09/2014 19:10 - Duration: 0:44:41 - Views: 149

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Le-2 part 1 "Wave Diffraction and the Reciprocal Lattice 1/2" 040914

video of Le-2 part 1,Sept. 5, 2014, jbh

Date: 06/09/2014 09:40 - Duration: 0:53:22 - Views: 156

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Lecture1 part 3: Crystal structure

Crystals in 3D. Lattices with a basis. Dele af forelæsningen foregår uden for kameraet da styring af optagelsen var gået ned. Vi forsøger at få fat i sidste års optagelse som supplement.

Date: 03/09/2014 09:53 - Duration: 0:34:04 - Views: 150

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Lecture1 part 2: Crystal structure

Bravais lattices (2D)

Date: 03/09/2014 09:42 - Duration: 0:13:04 - Views: 148

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Lecture1 part 1: Welcome

Beskrivelse af kurset. Hvad er faststoffysik?

Date: 03/09/2014 09:37 - Duration: 0:14:26 - Views: 167

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Lecture 1 part 4: Crystal Structure

Miller indices

Date: 04/09/2013 10:08 - Duration: 0:40:31 - Views: 133

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Lecture 1 part 3: Crystal Structure

Bravais Lattices in 3D. Correction to the first 30 sec: "Bravais Lattice" -> "Wigner Seitz cell" (twice!)

Date: 04/09/2013 10:05 - Duration: 0:22:22 - Views: 152

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Total duration: 35:32:17