Language: Dutch Country: Belgium (Flanders), The Netherlands Authors




НазваниеLanguage: Dutch Country: Belgium (Flanders), The Netherlands Authors
страница1/53
Дата конвертации09.02.2013
Размер0.65 Mb.
ТипДокументы
  1   2   3   4   5   6   7   8   9   ...   53

Computer application text

SUPERCOMET 2

LdV pilot project no.: N/04/B/PP/165.008


Page of Printed 2013-02-09




PARTNER: Antwerp University


RESPONSIBLE: Wim Peeters DATE: 2005-09-12


Computer application text VERSION: A


Language: Dutch

Country: Belgium (Flanders), The Netherlands

Authors:


Wim Peeters

Marleen Bastiaenssen

Ria Monsieur

Mileen Malbrain

Ruben Silkens

Freddy Van Eynde

Karina Kinable

Theo Goovaerts

Vinny Philippe

Proofing: Wim Peeters

blue =corrected text, this must replace the original

in red: other remarks, should be deleted after reading.


In green: additional corrections, made early 2006

Firstname2 Lastname2


Please list the names of any proofreaders involved with this translation/adaptation.



SUPERCOMET 2 Contractor

Simplicatus AS

Richard Birkelands vei 2B

NO-7491 Trondheim

Internet


Telephone

Telefax

http://www.supercomet.no


++47 73 55 18 75

++47 73 55 18 70

E-mail


bank account

IBAN

info@supercomet.no


NO44 5017 0447 791

MODULE: SUPERCOMET 7

SEQUENCE: Kies taal 7

SEQUENCE: Menu 8

SEQUENCE: Spetter 8

SEQUENCE: Zoek 9

SEQUENCE: Help 9

MODULE: Magnetisme rond draden en magneten 10

SEQUENCE: Inleiding 10

SEQUENCE: De proef van Oersted (1) 10

SEQUENCE: De proef van Oersted (2) 10

SEQUENCE: Oersted verticaal 11

SEQUENCE: Elektromagnetisme 11

SEQUENCE: Magnetisch veld 12

SEQUENCE: B-veld rond een rechte doorstroomde geleider 12

SEQUENCE: Rechterhand regel 12

SEQUENCE: B-veld rond een staafmagneet 13

SEQUENCE: B-veld rond verschillende magneten (1) 13

SEQUENCE: B-veld rond verschillende magneten (2) 14

SEQUENCE: B-veld rond verschillende magneten (3) 14

SEQUENCE: B-veld rond verschillende magneten (4) 14

SEQUENCE: B-veld rond verschillende magneten (5) 14

SEQUENCE: B-veld rond verschillende magneten (6) 15

SEQUENCE: De proef van Ampère (1) 15

SEQUENCE: De proef van Ampère (2) 15

SEQUENCE: De proef van Pohl (1) 16

SEQUENCE: De proef van Pohl (2) 16

SEQUENCE: De proef van Pohl (3) 17

SEQUENCE: Spetterend einde 17

MODULE: Magnetisme van spoelen en materialen 18

SEQUENCE: B-veld rond een draadlus 18

SEQUENCE: B-veld rond een draadlus (2) 18

SEQUENCE: Van draad naar solenoïde 18

SEQUENCE: B-veld rond een solenoïde 19

SEQUENCE: Krachten tussen twee solenoïden 19

SEQUENCE: Krachten tussen twee solenoïden (2) 19

SEQUENCE: Superpositie van B-velden 20

SEQUENCE: Microscopische B-velden 20

SEQUENCE: Metalen cilinders 21

SEQUENCE: Solenoïden met een metalen kern 21

SEQUENCE: Solenoïde met lucht 21

SEQUENCE: Solenoïde met een ferromagnetische stof 22

SEQUENCE: Solenoïde met een paramagnetische stof 22

SEQUENCE: Solenoïde met een diamagnetisch stof 22

SEQUENCE: Ferro-, para- en diamagnetisme 23

SEQUENCE: Weissgebieden 23

SEQUENCE: Curie temperatuur 23

SEQUENCE: Spetterend einde 24

MODULE: Electromagnetic induction Elektromagnetische inductie 24

SEQUENCE: Induction of a moving bar magnet 25

SEQUENCE: Induction of a moving bar magnet (2) 25

SEQUENCE: Induction by a stationary Solenoide 26

SEQUENCE: Induction by a moving Solenoide 27

Inductie door een bewegende solenoïde. 27

SEQUENCE: The Faraday experiment 27

SEQUENCE: Wire loop in homogenous B-veld 28

Draadwinding in een homogeen B- veld 28

SEQUENCE: Lenz' law 28

De wet van Lenz 28

SEQUENCE: Different area 29

Verschil in oppervlakte 29

SEQUENCE: Different flux density 29

Verschillende fluxdichtheden 29

SEQUENCE: Different angle 30

Verschillende hoeken 30

SEQUENCE: Flux proportionality 30

SEQUENCE: Faraday's Law 30

De wet van Faraday 30

SEQUENCE: Alternator 31

In this animation the screen shows the same values as max &min of the voltage as the angle. This is questionable. 31

De alternator 31

SEQUENCE: Generator 31

In this animation the amplitude is independent of the frequency. This is wrong: the amplitude should be proportional to the frequency. 31

De generator 31

SEQUENCE: Transformer 32

SEQUENCE: Splash end 32

MODULE: Electric conduction 33

Module: elektrische geleiding 33

SEQUENCE: Introduction 33

Inleiding 33

SEQUENCE: Insulators 33

Isolatoren 33

SEQUENCE: Semiconductors 34

Halfgeleiders 34

SEQUENCE: Conductors 34

Geleiders 34

SEQUENCE: Superconductors 35

Supergeleiders 35

SEQUENCE: Resistance of different materials 35

Weerstand van verschillende materialen 35

SEQUENCE: A lithium atom 36

Een lithiumatoom 36

SEQUENCE: Several lithium atoms 36

Meerdere lithiumatomen 36

SEQUENCE: Lithium metal 37

Lithiummetaal 37

SEQUENCE: Metallic conductor 37

Metalen geleiders 37

SEQUENCE: Metallic conductor (2) 37

Metalen geleiders (2) 37

SEQUENCE: Metallic conductor with applied voltage 38

Metalen geleider onder spanning 38

SEQUENCE: Random path of an electron 38

SEQUENCE: Random path in an electric field 39

SEQUENCE: Drift velocity 39

SEQUENCE: Ohm's law 40

SEQUENCE: Ohm's law (2) 40

SEQUENCE: Ohm's law - microscopic view 41

SEQUENCE: Resistance of a conductor 42

SEQUENCE: Length 42

SEQUENCE: Cross-sectional area 42

SEQUENCE: Resistivity 43

SEQUENCE: Resistance factors 43

SEQUENCE: The Joule effect 44

Het Joule effect 44

SEQUENCE: The Joule effect (2) 44

Het Joule effect (2) 44

SEQUENCE: Joule's law 45

SEQUENCE: Thermal lattice vibrations 45

SEQUENCE: Resistance and temperature 46

SEQUENCE: Other conductors 46

SEQUENCE: Electrolysis 47

MODULE: Inleiding tot supergeleiding 48

SEQUENCE: Cold matter 48

SEQUENCE: Learning objectives related to phenomena 48

SEQUENCE: Learning objectives related to theory 49

SEQUENCE: Starting quiz - question #1 49

SEQUENCE: Explanation to question #1 50

SEQUENCE: Starting quiz - question #2 50

SEQUENCE: Explanation to question #2 51

SEQUENCE: Starting quiz - question #3 51

SEQUENCE: Explanation to question #3 51

SEQUENCE: Starting quiz - question #4 52

SEQUENCE: Explanation to question #4 52

SEQUENCE: Starting quiz - question #5 53

SEQUENCE: Explanation to question #5 53

SEQUENCE: Cooling the conductor 54

SEQUENCE: Superconductors 54

SEQUENCE: Superconductors (2) 55

SEQUENCE: Questions about superconductivity 55

SEQUENCE: Superconducting materials 56

SEQUENCE: High temperature superconductors 56

SEQUENCE: Measuring resistance of materials 58

SEQUENCE: Measuring resistance of materials (2) 58

SEQUENCE: Critical magnetic field 58

SEQUENCE: Critical current 59

SEQUENCE: Two types of superconductors 60

SEQUENCE: Type II superconductors 60

SEQUENCE: Can superconductivity be explained? 61

SEQUENCE: Cooper pairs 61

SEQUENCE: Cooper pairs (2) 62

SEQUENCE: Cooper pairs (3) 62

SEQUENCE: Behaviour of Cooper pairs 62

SEQUENCE: A different type of particle 63

SEQUENCE: No resistance 63

SEQUENCE: Magnetic phenomena in superconductors 64

SEQUENCE: Dropping a magnet 64

SEQUENCE: Dropping a magnet (2) 65

SEQUENCE: Jumping Ring 65

SEQUENCE: Jumping Ring (2) 66

SEQUENCE: Cold light 67

SEQUENCE: Cold light explanation 67

SEQUENCE: Cold light project 68

SEQUENCE: Levitation demonstration 68

SEQUENCE: Levitation demonstration (2) 69

SEQUENCE: Levitation demonstration (3) 69

SEQUENCE: Passing the critical temperature 70

SEQUENCE: Passing the critical temperature (2) 71

SEQUENCE: Suspension 71

SEQUENCE: Suspension (2) 71

SEQUENCE: The Meissner Effect 72

SEQUENCE: The Meissner Effect (2) 72

SEQUENCE: Penetration Depth 73

SEQUENCE: Eddy currents 73

SEQUENCE: Type II superconductors and magnetic fields 74

SEQUENCE: Magnetic Vortex Lines 74

SEQUENCE: Pinning 75

SEQUENCE: Further study of superconductivity 75

SEQUENCE: Introduction 76

SEQUENCE: Liquid Helium 77

SEQUENCE: Discovery of superconductivity 78

SEQUENCE: Nobel Prize to Holland 78

SEQUENCE: Superconducting Lead 79

SEQUENCE: Superconducting niobium 79

SEQUENCE: Meissner effect 80

SEQUENCE: The Two-fluid model 80

SEQUENCE: London Equation 81

SEQUENCE: Type II Superconductor 81

SEQUENCE: Ginzburg-Landau Theory 82

SEQUENCE: Coherence Properties 82

SEQUENCE: New Record Critical Temp: 18.05 K 83

SEQUENCE: Cooper pairs 83

SEQUENCE: BCS Theory 84

SEQUENCE: Flux quantization 84

SEQUENCE: Flux quantization (2) 85

SEQUENCE: A boost for practical applications 85

SEQUENCE: Experimental evidence 86

SEQUENCE: Josephson effect 86

SEQUENCE: Prediction of organic superconductors 87

SEQUENCE: Nobel Prize to USA 87

SEQUENCE: First Japanese Maglev vehicle 88

SEQUENCE: Nobel Prize to Norway, Japan and UK 88

SEQUENCE: New record critical temperature: 23 K 89

SEQUENCE: Discovery of organic superconductors 89

SEQUENCE: High-energy particle accelerator 90

SEQUENCE: Discovery of ceramic superconductors 90

SEQUENCE: Nobel Prize to Switzerland 90

SEQUENCE: Nobel Prize to Switzerland (2) 91

SEQUENCE: New record critical temperature: 93 K 92

SEQUENCE: New record critical temperature: 125 K 92

SEQUENCE: Large Electron-Proton Collider 92

SEQUENCE: Construction of a Maglev test line 93

SEQUENCE: New record critical temperature: 133 K 93

SEQUENCE: New record critical temperature (under pressure): 164 K 93

SEQUENCE: New record critical temperature: 138 K 94

SEQUENCE: LEP II 94

LEP II 94

SEQUENCE: Permanent magnet and superconductor 95

SEQUENCE: New superconductor transformer tested 95

SEQUENCE: New Maglev speed record 95

SEQUENCE: First superconductor transistor 96

SEQUENCE: First non-cuprate superconducting perovskite 96

SEQUENCE: New metal superconductor 96

SEQUENCE: Possible new theory for MgB2 97

SEQUENCE: First commercial Maglev train 97

SEQUENCE: Nobel Prize for superconductor theory 98

SEQUENCE: Electron glue mechanism in cuprate superconductors ruled out 98

SEQUENCE: Superconducting ultra-sensitive gravimeter 99

SEQUENCE: Large Hadron Collider (LHC) 99

Large Hadron Collider (LHC) 99

MODULE: Navigation 100

MODULE: Navigatie 100

SEQUENCE: Search 100

MODULE: Utilities 101

MODULE: Gereedschappen 101

SEQUENCE: Help 101

SEQUENCE: Glossary 105

SEQUENCE: FAQ 121

SEQUENCE: Resources 129

SEQUENCE: Teacher guide 136

SEQUENCE: About SUPERCOMET 136

MODULE: APPLICATION FRAMEWORK 140
  1   2   3   4   5   6   7   8   9   ...   53

Добавить в свой блог или на сайт

Похожие:

Language: Dutch Country: Belgium (Flanders), The Netherlands Authors iconDeveloping a collaborative community: Guidelines for establishing a computer mediated language learning project with a developing country

Language: Dutch Country: Belgium (Flanders), The Netherlands Authors icon2. Citizens are proud of their nation state. It is a love of one’s country with the belief that their country is superior to other countries Nationalism

Language: Dutch Country: Belgium (Flanders), The Netherlands Authors iconLanguage Use By Bilingual Special Educators Of English Language Learners With Disabilities

Language: Dutch Country: Belgium (Flanders), The Netherlands Authors iconPhilosophy of language is an attempt to understand the nature of language and its relationship with speakers, their thoughts, and the world. Philosophers of

Language: Dutch Country: Belgium (Flanders), The Netherlands Authors iconAdvanced level English language: Language Change

Language: Dutch Country: Belgium (Flanders), The Netherlands Authors iconThe case of the pharmaceutical industry in France and Belgium

Language: Dutch Country: Belgium (Flanders), The Netherlands Authors iconColonial language classification, postcolonial language movements and the grassroot multilingualism ethos in India
«petty» illiterate hill-tribe languages which should not be taken into account, being “undeveloped” and “uncultivated”, therefore...

Language: Dutch Country: Belgium (Flanders), The Netherlands Authors iconThe Flanders Family: From Europe To America, 2nd ed

Language: Dutch Country: Belgium (Flanders), The Netherlands Authors iconLanguage is a comprehensible index of an ethnic population’s maintenance of cultural heritage. Heritage language proficiency/retention is also a catalyst in

Language: Dutch Country: Belgium (Flanders), The Netherlands Authors iconTechnology in Dutch Football


Разместите кнопку на своём сайте:
lib.convdocs.org


База данных защищена авторским правом ©lib.convdocs.org 2012
обратиться к администрации
lib.convdocs.org
Главная страница