Physics Subject Headings - Physh

  1. Home
  2. H: 136 terms
  1. H & He burning
  2. H & He induced nuclear reactions
  3. H-polymer
  4. HAADF USE Annular dark-field imaging
  5. Hadron colliders
  6. Hadron mixing
  7. Hadron-hadron interactions
  8. Hadronic calorimeters
  9. Hadronic decays
  10. Hadrons
  11. Haemodynamics
  12. Half-Heusler alloy
  13. Half-metals
  14. Hall bar
  15. Hall effect
  16. Hall magnetohydrodynamics
  17. Hamiltonian systems
  18. Hard scattering
  19. Hard sphere colloids
  20. Hard x-ray photoelectron spectroscopy
  21. Hard-core bosons
  22. Hardness
  23. Harmonic oscillator
  24. Hartree-Fock methods
  25. HAXPES USE Hard x-ray photoelectron spectroscopy
  26. hcp USE Hexagonal close-packed
  27. Hearing
  28. Heart
  29. Heart diseases
  30. Heat capacity USE Specific heat
  31. Heat capacity measurements USE Specific heat measurements
  32. Heat engines
  33. Heat transfer
  34. Heat transport USE Thermal conductivity
  35. Heat treatment
  36. Heatbath algorithm
  37. Heavy baryons
  38. Heavy mesons
  39. Heavy neutrinos
  40. Heavy quark effective theory
  41. Heavy-fermion systems
  42. Heavy-particle decays
  43. Heisenberg model
  44. Hele-Shaw cell
  45. Helicoidal magnetic texture
  46. Helimagnets
  47. Heliopause
  48. Helioseismology
  49. Heliosphere
  50. Helium 3 superfluids USE Helium-3 superfluids
  51. Helium 4 superfluids USE Helium-4 superfluids
  52. Helium atom scattering
  53. Helium-3 superfluids
  54. Helium-4 superfluids
  55. Helix-coil transition
  56. Heterostructures
  57. Heusler alloy
  58. Hexagonal close-packed
  59. HHG USE High-harmonic generation
  60. Hierarchy problem
  61. Higgs bosons
  62. High dimensional systems
  63. High intensity beam dynamics
  64. High intensity laser-plasma interactions
  65. High pressure techniques USE Pressure techniques
  66. High school students USE K-12 students
  67. High strain-rate tests
  68. High-angle annular dark-field imaging USE Annular dark-field imaging
  69. High-energy accelerators & colliders
  70. High-energy-density plasmas
  71. High-frequency & RF discharges in plasmas
  72. High-harmonic generation
  73. High-intensity accelerators
  74. High-order harmonic generation
  75. High-pressure effects USE Pressure effects
  76. High-pressure, high-current plasma production
  77. High-resolution electron energy loss spectroscopy
  78. High-resolution electron microscopy
  79. High-resolution transmission electron microscopy
  80. High-speed flow
  81. High-temperature superconductors
  82. High-throughput calculations
  83. Higher order beam dynamics
  84. Higher-dimensional field theories
  85. Hindered rotation model
  86. Histones
  87. History of physics
  88. Hodgkin-Huxley model
  89. Holographic dualities USE Gauge-gravity dualities
  90. Holography
  91. Holon
  92. Holstein model
  93. Holstein-Primakoff method
  94. Homodyne & heterodyne detection
  95. Homogeneous networks
  96. Honeycomb lattice
  97. Hopfield model
  98. Hopping transport
  99. Hormones
  100. Hot dense plasma
  101. HREELS USE High-resolution electron energy loss spectroscopy
  102. HREM USE High-resolution electron microscopy
  103. HRTEM USE High-resolution transmission electron microscopy
  104. Hubbard model
  105. Hubbard-Holstein USE Holstein model
  106. Hybrid functionals
  107. Hybrid mesons
  108. Hybrid model
  109. Hybrid Monte Carlo algorithm
  110. Hybrid quantum systems
  111. Hydraulic jumps
  112. Hydrides
  113. Hydrodynamic instabilities
  114. Hydrodynamic models
  115. Hydrodynamic waves
  116. Hydrodynamics
  117. Hydrogels
  118. Hydrogen bonds
  119. Hydrogen storage materials
  120. Hydrogenated materials
  121. Hydromagnetic instability
  122. Hydrophilic interactions
  123. Hydrophilic surfaces
  124. Hydrophobic interactions
  125. Hydrophobic surfaces
  126. Hydrostatic stellar nucleosynthesis
  127. Hyperbolic metamaterials
  128. Hyperfine structure USE Fine & hyperfine structure
  129. Hypernuclei & mesic nuclei
  130. Hyperons
  131. Hyperopia
  132. Hypothetical fermions
  133. Hypothetical gauge bosons
  134. Hypothetical particle physics models
  135. Hypothetical particles
  136. Hypothetical scalars