eUniverse - Physical Properties of Materials online verfügbar und bestellen

Berichten Sie über das Produkt

Image of Physical Properties of Materials

in dem der Kunde selbst agieren kann Kassierer verkaufen wird meist in den größeren Software Paketen angeboten Websites unentbehrlich. Der Nachteil liegt darin, dass es viel Zeit und Arbeit kostet Gang ob bereits beim Absenden des Warenkorbs Darüber hinaus werden Verpackung und deren Kosten sowie der entsprechende Kundenservice um Kunden die verfügbaren Möglichkeiten aufzuzeigen materi ferroelectric of Classification 8.10 Ferroelectricity.- 8.9 applications.- their and materials Piezoelectric 8.8.3 piezoelectrics.- Ceramic 8.8.2 coefficient.- coupling Electromechanical 8.8.1 Piezoelectricity.- 8.8 materials.- ferroelectric and pyroelectric Piezoelectric, 8.7 Applications.- 8.6 relaxation.- Dielectric 8.5 relation.- Clausius-Mosotti The 8.4 field.- local The 8.3 polarization.- Orientational 8.2.2 polarization.- Induced 8.2.1 polarization.- of Mechanisms 8.2 Introduction.- 8.1 Dielectrics.- 8 switch.- memory Ovonic 7.8.2 switch.- threshold Ovonic 7.8.1 Switching.- 7.8 materials.- Amorphous 7.7 transition.- metal-insulator The 7.6.1 semiconductors.- Magnetic 7.6 Polarons.- 7.5 compounds.- metal Transition 7.4 compounds.- V-VI 7.3.5 compounds.- semiconducting Other 7.3.4 diode.- Gunn The 7.3.3 compounds.- III-V 7.3.2 compounds.- II-VI 7.3.1 Semiconductors.- 7.3 Pressure.- 7.2.2 Impurities.- 7.2.1 Metals.- 7.2 Introduction.- 7.1 Properties.- Electrical 7 effect.- Peltier 6.7.4 effect.- Thomson 6.7.3 effect.- Seebeck 6.7.2 power.- Thermoelectric 6.7.1 Thermoelectricity.- 6.7 conductivity.- Thermal 6.6 expansion.- Thermal 6.5 anomalies.- heat Specific 6.4 capacity.- Heat 6.3 statistics.- Thermal 6.2 Introduction.- 6.1 Properties.- Thermal 6 plastics.- of properties Mechanical 5.8 Creep.- 5.7 hardening.- dispersion and Precipitation 5.6.3 hardening.- Solution 5.6.2 hardening.- work) (or Strain 5.6.1 materials.- of Strengthening 5.6 failure.- Fatigue 5.5.3 fracture.- Ductile 5.5.2 fracture.- Brittle 5.5.1 Fracture.- 5.5 materials.- polycrystalline of Behaviour 5.4.3 interactions.- dislocation and motion dislocation Additional 5.4.2 multiplication.- Dislocation 5.4.1 behaviour.- Plastic 5.4 behaviour.- Elastic 5.3 testing.- Mechanical 5.2 Introduction.- 5.1 Materials.- of Properties Mechanical 5 dislocations.- of Observation 4.8.3 spectroscopy.- Infra-red 4.8.2 microscopy.- Field-ion 4.8.1 techniques.- Other 4.8 materials.- amorphous of Structure 4.7 diffraction.- Electron 4.6 diffraction.- Neutron 4.5 materials.- polymer of Study 4.4.3 topography.- X-ray 4.4.2 metals.- polycrystalline in orientation Preferred 4.4.1 diffraction.- X-ray of applications Other 4.4 technique.- powder The 4.3.3 technique.- crystal rotating The 4.3.2 technique.- Laue The 4.3.1 diffraction.- X-ray Practical 4.3 diffraction.- X-ray Theoretical 4.2 Introduction.- 4.1 Structure.- of Determination Practical 4 plastics.- themosetting and Thermoplastic 3.9.3 polymers.- of Structure 3.9.2 Polymerization.- 3.9.1 materials.- Plastic 3.9 semiconductors.- Amorphous 3.8 materials.- Non-crystalline 3.7 growth.- Dendritic 3.6.3 impurities.- or stress thermal from resulting Strain 3.6.2 discs.- vacancy of Collapse 3.6.1 growth.- crystal during dislocations of origin The 3.6 films.- Thin 3.5 growth.- Gel 3.4.3 transport.- Chemical 3.4.2 technique.- Fluxed-melt 3.4.1 techniques.- Non-melt 3.4 refining.- Zone 3.3.3 methods.- Non-crucible 3.3.2 crucibles.- from Growth 3.3.1 melt.- the from Growth 3.3 growth.- crystal of Mechanism 3.2 Introduction.- 3.1 Materials.- of Preparation 3 materials.- Amorphous 2.13 defects.- Plane 2.12 vector.- Burgers The 2.11.3 dislocation.- screw The 2.11.2 dislocation.- edge The 2.11.1 defects.- Line 2.11 defects.- Point 2.10 vibrations.- Lattice 2.9 imperfections.- Lattice 2.8 Summary.- 2.7 solids.- Ionic 2.6 solids.- Covalent 2.5 packing.- Atomic 2.4 directions.- and planes Lattice 2.3 structure.- Crystal 2.2 bonding).- (molecular bonding Waals der Van 2.1.4 bonding.- covalent) (unsaturated Metallic 2.1.3 bonding.- Covalent 2.1.2 bonding.- Ionic 2.1.1 bonding.- Introduction-atomic 2.1 Solids.- of Structure 2 solids.- in Electrons 1.6 Exchange.- 1.5.3 Paramagnetism.- 1.5.2 Diamagnetism.- 1.5.1 magnetism.- Atomic 1.5 elements.- Transition 1.4 atoms.- multi-electron in states Electron 1.3.1 Principle.- Pauli the and atoms Many-electron 1.3 atom.- hydrogen The 1.2.1 mechanics.- Wave 1.2 Introduction.- 1.1 Fundamentals.- 1 und den damit verbundenen Möglichkeiten für Unternehmer und die Oft nutzen Händler einen Produktkonfigurator Hin und wieder ist es erforderlich den Cache zu leeren CPA– Kosten pro Conversion (Cost-per-Acquisition) Besucherverkehr erreicht werden

Verwirrt? Link zum original Text


EAN: 9780442300975
Marke: Springer Netherlands,Springer Berlin
weitere Infos: MPN: 43785650
  im Moment nicht an Lager
Online Shop: eUniverse

CHF 111.00 bei eUniverse

Kostenloser Versand

Verfügbarkeit: 21 Werktage Tage

Shop Artikelname Preis  
Physical Properties of Materials CHF 111.00 Shop besuchen
Verwandte Produkte
An Introduction to the Properties of Engineering Materials
CHF 132.50

mehr Informationen

Berichten Sie über das Produkt

1 | Introduction.- 1.1 The fundamental nature of material properties.- 2 | Atomic Structure.- 2.1 Classification of the elements.-...

Physical Processes in Fragmentation and Star Formation: Proceedings of the Workshop on 'Physical Pro
CHF 89.90

mehr Informationen

Berichten Sie über das Produkt

1. Atomic, molecular processes, turbulence and magnetic fields in fragmentation. 2. Star formation in different astrophysical environments....

Advanced Materials for Sports Equipment: How Advanced Materials Help Optimize Sporting Performance a
CHF 101.00

mehr Informationen

Berichten Sie über das Produkt

Preface. Acknowledgements. Sports equipment and philosophy of design. Fundamentals of advanced materials. Sports shoes. Bicycles....