Encyclopedia of Applied Physics

Encyclopedia of Applied Physics

Online ISBN: 9783527600434

DOI: 10.1002/3527600434

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  1. Packaging Technology
  2. Paleomagnetism
  3. Paramagnetism
  4. Partial Differential Equations
  5. Particle Accelerators
  6. Particle Beams
  7. Particle Colliders
  8. Particle Detectors
  9. Particle Impact Phenomena
  10. Particle Physics
  11. Particle Sources and Targets
  12. Particle Sources—Ion
  13. Particles, Elementary
  14. Patents and Intellectual Property
  15. Percolation Processes
  16. Periodic Surfaces In Physics, Chemistry And Biology
  17. Perturbation Methods
  18. Petroleum
  19. Phase Equilibria
  20. Phase Separation
  21. Phase Transitions, Structural
  22. Phase Transitions: Renormalization and Scaling
  23. Philosophy of Physics
  24. Philosophy of Technology
  25. Phonons in Crystal Lattices
  26. Photoacoustic Spectroscopy
  27. Photodetectors
  28. Photoemission and Photoelectron Spectroscopy
  29. Photographic Recording
  30. Photography, Digital
  31. Photography, Physics and Technology
  32. Photoluminescence
  33. Photonics
  34. Photophysical and Photochemical Dynamics
  35. Photosynthesis
  36. Photovoltaic Devices
  37. Physical Geology
  38. Physical Properties of Biological Membranes
  39. Physics and Engineering Organizations
  40. Physics and Technology of Ion and Electron Sources
  41. Physics and Technology, History of
  42. Physics Applications of Computers—Experimental
  43. Physics in Archaeology
  44. Physics Literature and Publications
  45. Physics of Flexible Membranes
  46. The Physics of Nuclear Power from Fission and Fusion
  47. Physics of the Neutron
  48. Physics Research Facilities
  49. Physics, Technology, and Society
  50. Physiological Acoustics
  51. Physiological Optics
  52. Piezoelectric Devices
  53. Piezoelectric Resonators and Applications
  54. Plasma Etching
  55. Plasma Physics
  56. Plasma Waves and Instabilities
  57. Plate Tectonics
  58. Plates and Films, Magnetic
  59. Point and Extended Defects in Crystals
  60. Polarization Optics, Polarimeters and Polarization Spectrometers
  61. Polarized Light, Basic Concepts of
  62. Polarography, Voltammetry, and Related Techniques
  63. Polarons
  64. Polymer Dynamics
  65. Polymer Processing Technology
  66. Polymerization and Polymer Reactions
  67. Polymers, Electrical and Electronic Properties
  68. Polymers, Mechanical Properties of
  69. Polymers, Molecular Properties of
  70. Polymers, Optical Properties of
  71. Polymers: Crystal Structure and Morphology
  72. Polysilicon
  73. Positron Spectroscopy
  74. Power Electronics
  75. Power Engineering
  76. Power Transmission
  77. Practical Design of High-Temperature Superconducting Current Leads
  78. Precious Metals
  79. Preparation of Bulk and Textured Superconductors
  80. Probability Theory
  81. Properties and Applications of Amorphous Materials
  82. Properties of Bulk Materials
  83. Prostheses and Artificial Limbs
  84. Prosthetic Materials
  85. Protein Dynamics
  86. Protein Dynamics — Concepts and Experimental Tools
  87. Protein–Lipid Interactions in Biological Membranes
  88. Proteins and Enzymes
  89. The Proton
  90. Proximity Effect
  91. Psychological Acoustics
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