|
|
|
References to 'oscillation'
|
|
|
1. A Geometrical Theory of Diffraction by bloftin
2. acceleration by pbruin
3. Acoustic Resonance in Pipes and Helmholtz Resonators by bloftin
4. Alexander Grothendieck by bci1
5. Angular Momentum, Areal Velocity, and Kepler's Second Law by bloftin
6. Angular Momentum, Orbital Planarity, and Kepler's Second Law by bloftin
7. anharmonic by bloftin
8. Applications of the Maclaurin Series in Physical Modeling by bloftin
9. applying Kepler's third law by bloftin
10. Atomic and nuclear structure by bci1
11. ballistics (2D) by vip6
12. Beats, Interference, and Coherence by bloftin
13. behavior of light by bloftin
14. Bessel functions and diffraction by helical structures by pahio
15. Bessel functions: applications to diffraction by helical structures by bci1
16. Binary Stars as Physical Laboratories by bloftin
17. Binary Stars Companion: Classification, Angular Scales, and Archive Reconnaissance by bloftin
18. Calculus of Variations: Constrained Physical Systems - Worked Examples by bloftin
19. Calculus of Variations: Constrained Variations and Isoperimetric Problems by bloftin
20. Calculus of Variations: Coupled Systems and Matrix Euler--Lagrange Equations by bloftin
21. Calculus of Variations: Euler--Lagrange Introductory Exercises and Worked Solutions by bloftin
22. Calculus of Variations: First Integrals and Special Forms of the Euler--Lagrange Equation by bloftin
23. Calculus of Variations: First Variations of Common Functionals by bloftin
24. Calculus of Variations: Functional Evaluation and Comparison Exercises by bloftin
25. Calculus of Variations: Functionals, Admissible Functions, and Extrema by bloftin
26. Calculus of Variations: Hamilton's Principle and Classical Mechanics by bloftin
27. Calculus of Variations: Hamilton's Principle and Classical Mechanics - Exercises by bloftin
28. Calculus of Variations: Several Dependent Variables and Vector Functionals by bloftin
29. Calculus of Variations: Strong Extrema and Sufficiency Conditions by bloftin
30. Calculus of Variations: The Classical Isoperimetric Problem - Worked Examples and Proofs by bloftin
31. Calculus of Variations: The Euler--Lagrange equation by bloftin
32. Calculus of Variations: The Jacobi Equation and Conjugate Points by bloftin
33. Calculus of Variations: The Second Variation and the Legendre Condition by bloftin
34. Calculus of Variations: Variations and the First Variation by bloftin
35. Celestial Mechanics: Initial-Value Orbital Motion - Worked Problems and Complete Solutions by bloftin
36. Center of Mass Motion and System Dynamics by bloftin
37. center of mass relation by bloftin
38. Circular Membranes, Bessel Functions, and Radial-Angular Modes by bloftin
39. Classical Mechanics by bloftin
40. classical mechanics history by bci1
41. Classical Orbital Elements from Position and Velocity by bloftin
42. collision by bloftin
43. Collisions in One Dimension by bloftin
44. Complete CNAV Numerical Solution: IS-GPS-200 Table 30-II from Broadcast Parameters to ECEF State by bloftin
45. Complex Numbers as Vectors in the Complex Plane by bloftin
46. Compton effect by bloftin
47. Conservation of Mechanical Energy by bloftin
48. Continuous Strings, Standing Waves, and Normal Modes by bloftin
49. cosmic microwave background radiation by bloftin
50. Coupled Oscillators and Normal Modes by bloftin
51. Damped Harmonic Motion by bloftin
52. Degrees of Freedom in Mechanics by bloftin
53. Derivation of the Fourier Cosine Coefficients by bloftin
54. derivation of wave equation by pahio
55. Deriving IS-GPS-200 Table 20-IV: Harmonic Corrections, Orbital-Plane Coordinates, and ECEF Position by bloftin
56. determination of Fourier coefficients by pahio
57. Diatomic Oscillator Chains and Acoustic and Optical Branches by bloftin
58. difference between mass and weight by bloftin
59. Discrete Oscillator Chains and Dispersion by bloftin
60. Doppler Effect and Moving Sources and Observers by bloftin
61. Driven Harmonic Motion and Resonance by bloftin
62. Dynamics of Circular Motion by bloftin
63. ECI to ECEF Coordinates: Earth Rotation and the GPS Ascending-Node Equation by bloftin
64. ecliptic coordinate system by bloftin
65. Effective Potential and Radial Motion in Central Gravity by bloftin
66. Eight Minutes That Reformed Astronomy: Tycho Brahe, Kepler, and Astronomia Nova (1609) by bloftin
67. electromagnetic spectrum by bloftin
68. Electromagnetic Waves and Wavelength: Frequency, Propagation, and Spectral Description by bloftin
69. Electromagnetic Waves, Antennas, and RF: Antenna Directivity, Radiation Efficiency, Gain, EIRP, and Effective Aperture by bloftin
70. Electromagnetic Waves, Antennas, and RF: Antenna Directivity, Radiation Efficiency, Gain, EIRP, and Effective Aperture - Exercises and Complete Worked Solutions by bloftin
71. Electromagnetic Waves, Antennas, and RF: Electromagnetic Momentum, Radiation Pressure, and Photon Momentum - Exercises and Complete Worked Solutions by bloftin
72. Electromagnetic Waves, Antennas, and RF: Huygens Principle and Electromagnetic Field Equivalence by bloftin
73. Electromagnetic Waves, Antennas, and RF: Huygens Principle and Electromagnetic Field Equivalence - Exercises by bloftin
74. Electromagnetic Waves, Antennas, and RF: Polarization of Electromagnetic Waves by bloftin
75. Electromagnetic Waves, Antennas, and RF: RF Interference and Jamming by bloftin
76. Electromagnetic Waves, Antennas, and RF: The Laplacian and the 3D Wave Equation - Exercises and Complete Worked Solutions by bloftin
77. Electromagnetic Waves, Antennas, and RF: Thermal Noise, Noise Temperature, Noise Figure, G/T, and C/N0 by bloftin
78. Electromagnetic Waves, Antennas, and RF: Transmission Lines - Exercises and Complete Worked Solutions by bloftin
79. Electromagnetic Waves, Antennas, and RF: Transmission Lines and the Telegrapher's Equations by bloftin
80. Electromagnetic Waves, Antennas, and RF: Wave Propagation in Materials by bloftin
81. Electromagnetic Waves, Antennas, and RF: Wave Propagation in Materials - Exercises and Complete Worked Solutions by bloftin
82. Electromagnetic Waves: Ampere-Maxwell Law and Displacement Current by bloftin
83. Electromagnetic Waves: Electromagnetic Energy, Poynting Vector, and Intensity - Exercises and Complete Worked Solutions by bloftin
84. Electromagnetic Waves: Electromagnetic Energy, the Poynting Vector, and Intensity by bloftin
85. Electromagnetic Waves: Electromagnetic Momentum, Radiation Pressure, and Photon Momentum by bloftin
86. Electromagnetic Waves: Electromagnetic Wave Equation - Exercises and Complete Worked Solutions by bloftin
87. Electromagnetic Waves: Faraday's Law and Electromagnetic Induction - Exercises and Complete Worked Solutions by bloftin
88. Electromagnetic Waves: From a 1D Wave to a Field by bloftin
89. Electromagnetic Waves: Magnetic Fields - Exercises and Complete Worked Solutions by bloftin
90. Electromagnetic Waves: Maxwell's Equations as a Complete System - Exercises and Complete Worked Solutions by bloftin
91. energy by bloftin
92. Energy Methods for Particle Systems by bloftin
93. equatorial coordinate system by bloftin
94. Euler angle series overview and article guide by bloftin
95. Euler angles: definition and basic geometry by bloftin
96. Euler Angles: Orientation, Notation, and Conventions by bloftin
97. Euler's Equations for Rigid Body Rotation by bloftin
98. example calculating orbital periods by bloftin
99. example of behavior of light: deriving and using the wave equation by bloftin
100. example of electrical power by bloftin
101. example of Electromagnetic Waves, Antennas, and RF: End-to-End RF and GNSS Link-Budget Synthesis by bloftin
102. example of Electromagnetic Waves, Antennas, and RF: Radiation from Time-Varying Currents and the Hertzian Dipole by bloftin
103. example of Euler angles: definition and basic geometry by bloftin
104. example of Euler angles: direction cosine matrix to Euler angles by bloftin
105. example of Kepler's second law with Earth's orbit by bloftin
106. example of particle by bloftin
107. example of quaternions and Euler angles by bloftin
108. example of Wave Mechanics: Average Power of a Sinusoidal Wave by bloftin
109. example of Wave Mechanics: Deriving the 1D String Wave Equation from Newton's Second Law by bloftin
110. example of Wave Mechanics: Energy in a 1D Wave by bloftin
111. example of Wave Mechanics: Initial Conditions and the d'Alembert Solution by bloftin
112. example of Wave Mechanics: Mechanical Wave Impedance by bloftin
113. example of Wave Mechanics: Power Carried by a 1D Wave by bloftin
114. example of Wave Mechanics: Right- and Left-Traveling Solutions by bloftin
115. example of Wave Mechanics: Superposition by bloftin
116. example of Wave Mechanics: Wave Intensity and Flux by bloftin
117. example of Wave Mechanics: Why Amplitude Is Not Energy by bloftin
118. fermion by vip6
119. Feynman's Lectures on Physics by bci1
120. First Complete Fourier Series - Square Wave by bloftin
121. Forced Wave Equations, Resonant Response, and Modal Green Functions by bloftin
122. Fourier Analysis, Wave Packets, and Dispersion by bloftin
123. Fourier Cosine-Coefficient Derivation and Projection Exercises by bloftin
124. Fourier Series on a General Interval by bloftin
125. Fourier Series Roadmap, Motivation, and Learning Path by bloftin
126. friction by bloftin
127. From Goddard's Unsolved Variational Rocket Problem to Saturn IGM: Calculus of Variations in Rocket Development by bloftin
128. From Newton's Equation to the GPS Broadcast Ephemeris: A Derivation Roadmap by bloftin
129. Full Numerical GPS Broadcast Ephemeris Solution: From Decoded LNAV Parameters to ECEF Position, Velocity, and Acceleration by bloftin
130. Fundamental physical concepts by bci1
131. fundamental formulas of physics: categories by bci1
132. General Introduction by bloftin
133. geometric eclipse probability by bloftin
134. gluons, quarks and QCD by bci1
135. GPS Broadcasts Extra Ephemeris Parameters: Delta-n, Node and Inclination Rates, and Harmonic Corrections by bloftin
136. GRE Physics Companion: Acoustic Resonance in Pipes and Helmholtz Resonators by bloftin
137. GRE Physics Companion: Acoustic Waves, Sound Intensity, and Acoustic Impedance by bloftin
138. GRE Physics Companion: Angular Momentum, Areal Velocity, and Kepler's Second Law by bloftin
139. GRE Physics Companion: Beats, Interference, and Coherence by bloftin
140. GRE Physics Companion: Circular Membranes, Bessel Functions, and Radial-Angular Modes by bloftin
141. GRE Physics Companion: Conservation of Mechanical Energy by bloftin
142. GRE Physics Companion: Continuous Strings, Standing Waves, and Normal Modes by bloftin
143. GRE Physics Companion: Coupled Oscillators and Normal Modes by bloftin
144. GRE Physics Companion: Damped Harmonic Motion by bloftin
145. GRE Physics Companion: Degrees of Freedom in Mechanics by bloftin
146. GRE Physics Companion: Diatomic Oscillator Chains and Acoustic and Optical Branches by bloftin
147. GRE Physics Companion: Discrete Oscillator Chains and Dispersion by bloftin
148. GRE Physics Companion: Doppler Effect and Moving Sources and Observers by bloftin
149. GRE Physics Companion: Driven Harmonic Motion and Resonance by bloftin
150. GRE Physics Companion: Effective Potential and Radial Motion in Central Gravity by bloftin
151. GRE Physics Companion: Euler's Equations for Rigid Body Rotation by bloftin
152. GRE Physics Companion: Forced Wave Equations, Resonant Response, and Modal Green Functions by bloftin
153. GRE Physics Companion: Fourier Analysis, Wave Packets, and Dispersion by bloftin
154. GRE Physics Companion: Gyroscopes, Precession, and Nutation by bloftin
155. GRE Physics Companion: Helmholtz Equation, Boundary-Value Problems, and Eigenfunction Expansions by bloftin
156. GRE Physics Companion: Newton's Law of Universal Gravitation by bloftin
157. GRE Physics Companion: Separation of Variables, Membranes, and Two-Dimensional Normal Modes by bloftin
158. GRE Physics Companion: Simple Harmonic Motion by bloftin
159. GRE Physics Companion: Small Oscillations and the Normal-Mode Eigenvalue Problem by bloftin
160. GRE Physics Companion: Uniform Circular Motion by bloftin
161. GRE Physics Companion: Units and Dimensional Analysis by bloftin
162. GRE Physics study guide by bloftin
163. GRE Uniform Circular Motion by bloftin
164. Gyroscopes, Precession, and Nutation by bloftin
165. Hamiltonian form of Lagrange's equation by bloftin
166. Heisenberg uncertainty principle by bci1
167. Helmholtz Equation, Boundary-Value Problems, and Eigenfunction Expansions by bloftin
168. Hermite polynomials by pahio
169. Home Electrodynamics Laboratory - Roadmap, Bench Setup, Measurement Practice by bloftin
170. induction by bloftin
171. Inner Products of Functions by bloftin
172. Kepler's third law of planetary motion by bloftin
173. Kepler's three laws of planetary motion summarized by bloftin
174. Laplace equation in cylindrical coordinates by bloftin
175. laws of planetary motion by bloftin
176. lepton by vip6
177. Lie algebras by bci1
178. luminosity by bloftin
179. M06-01 Simple Harmonic Motion by bloftin
180. mass spring example of oscillation by bloftin
181. mathematical physics by bci1
182. nuclear magnetic resonance principles by bci1
183. numerical quaternion propagation and IMU attitude state integration by bloftin
184. On Variational Principles in Elasticity by bloftin
185. opposition by bloftin
186. Orthogonality of Sines and Cosines by bloftin
187. particle by bloftin
188. Period Derivation for the Simple Harmonic Oscillator by bloftin
189. Periodic Functions, Harmonics, and Why Fourier Series Exist by bloftin
190. Periodic-Function and Harmonic-Building Exercises by bloftin
191. Photometric Passbands and System Response: Throughput, Weighting, and Synthetic Photometry by bloftin
192. Planck's radiation law by bloftin
193. Polar Coordinate Particle Kinematics by bloftin
194. Practical Electricity and Measurement for Electrodynamics by bloftin
195. Preliminary definitions and general notions by bloftin
196. principles of NIR spectroscopy by vip6
197. quantization of atomic energy levels by bloftin
198. quantum harmonic oscillator and Lie algebra by bci1
199. quantum transformation groupoid by bci1
200. quaternions and Euler angles by bloftin
201. Radiation at Thermodynamic Equilibrium. Kirchoff's Law. Black Radiation by bloftin
202. radio telescopes by bloftin
203. Rayleigh-Ritz method by invisiblerhino
204. resonance by bci1
205. Riemann surface by rspuzio
206. Rotational Kinematics of Rigid Bodies by bloftin
207. Sampling, Aliasing, and the Nyquist-Shannon Sampling Theorem by bloftin
208. Schr\"odinger equation wtih ramp potential by bloftin
209. Separation of Variables, Membranes, and Two-Dimensional Normal Modes by bloftin
210. SI units and derivations by Wkbj79
211. sidereal time by bloftin
212. simple harmonic oscillator by rspuzio
213. Sine-Cosine Orthogonality and Harmonic-Integral Exercises by bloftin
214. Small Oscillations and the Normal-Mode Eigenvalue Problem by bloftin
215. solving the wave equation due to D. Bernoulli by bloftin
216. space telescopes by bloftin
217. Spring Force and Hooke's Law by bloftin
218. Statement of the Object of the Work by bloftin
219. Strapdown Inertial Navigation Examples: Gyroscope Angular-Rate Sensing and Attitude Propagation by bloftin
220. Strapdown Inertial Navigation: Time Derivatives in Rotating Frames by bloftin
221. Strapdown Inertial Navigation: What a Gyroscope Actually Measures by bloftin
222. Strapdown Inertial Navigation: What an Accelerometer Actually Measures by bloftin
223. Supersonic Motion, Mach Cones, and Shock Waves by bloftin
224. table of Fourier and generalized transforms by bci1
225. telescopes by bloftin
226. test classification by bloftin
227. Testing Newton's Law of Gravitation by bloftin
228. testling classification by bloftin
229. The Equation of State for a Monatomic Gas by bloftin
230. The Experimental Confirmation of the General Theory of Relativity by bloftin
231. The J2 Gravity Perturbation: Nodal Regression and Apsidal Precession for GPS Orbits by bloftin
232. The length of the day by bloftin
233. The Physical Structure of Classical Electrodynamics by bloftin
234. The Physics of Light: From Waves to Photons by bloftin
235. The Six Constants of Orbital Motion: From Initial Conditions to Orbital Elements by bloftin
236. the theory of heat radiation by bloftin
237. thermodynamics an introduction and definitions by bloftin
238. Time Along the Orbit: Eccentric Anomaly, Mean Anomaly, and Kepler's Equation by bloftin
239. time-dependent harmonic oscillators by bci1
240. timescales based on Earth's rotation by bloftin
241. topic on equations in mathematical physics by bci1
242. topic on physics resources and major facilities by bci1
243. Two-Body Reduction and Relative Motion by bloftin
244. uncertainty by waves by pahio
245. Units and Dimensional Analysis in Mechanics by bloftin
246. Variable Acceleration Motion by bloftin
247. velocity by vip6
248. velocity of wave by pahio
249. visible light detectors and instruments by bloftin
250. wave equation by bloftin
251. wave equation of a particle in a scalar potential by bloftin
252. wave equations by bci1
253. Wave Mechanics Examples: Boundary Conditions by bloftin
254. Wave Mechanics Examples: Deriving the 1D String Wave Equation by bloftin
255. Wave Mechanics Examples: Oscillation at One Point by bloftin
256. Wave Mechanics Examples: Oscillation in Space by bloftin
257. Wave Mechanics Examples: Partial Derivatives for Waves by bloftin
258. Wave Mechanics Examples: Phase and Phase Difference by bloftin
259. Wave Mechanics Examples: Resonance by bloftin
260. Wave Mechanics Examples: Sinusoidal Oscillation by bloftin
261. Wave Mechanics Examples: Standing Waves by bloftin
262. Wave Mechanics Examples: The Sinusoidal Traveling Wave by bloftin
263. Wave Mechanics Examples: Translating Disturbances by bloftin
264. Wave Mechanics Examples: Traveling-Wave Solutions of the 1D Wave Equation by bloftin
265. Wave Mechanics Examples: Wave Speed by bloftin
266. Wave Mechanics Examples: Wavenumber by bloftin
267. Wave Mechanics Series Overview and Article Guide by bloftin
268. Wave Mechanics: Average Power of a Sinusoidal Wave by bloftin
269. Wave Mechanics: Boundary Conditions by bloftin
270. Wave Mechanics: Deriving the 1D String Wave Equation from Newton's Second Law by bloftin
271. Wave Mechanics: Energy in a 1D Wave by bloftin
272. Wave Mechanics: Harmonic Motion, Euler's Formula, and Complex Exponentials by bloftin
273. Wave Mechanics: Initial Conditions and the d'Alembert Solution by bloftin
274. Wave Mechanics: Mechanical Wave Impedance by bloftin
275. Wave Mechanics: Oscillation at One Point by bloftin
276. Wave Mechanics: Oscillation in Space by bloftin
277. Wave Mechanics: Partial Derivatives for Waves by bloftin
278. Wave Mechanics: Phase and Phase Difference by bloftin
279. Wave Mechanics: Power Carried by a 1D Wave by bloftin
280. Wave Mechanics: Resonance by bloftin
281. Wave Mechanics: Sinusoidal Oscillation by bloftin
282. Wave Mechanics: Standing Waves by bloftin
283. Wave Mechanics: Superposition by bloftin
284. Wave Mechanics: The Sinusoidal Traveling Wave by bloftin
285. Wave Mechanics: Translating Disturbances by bloftin
286. Wave Mechanics: Traveling-Wave Solutions of the 1D Wave Equation by bloftin
287. Wave Mechanics: Wave Intensity and Flux by bloftin
288. Wave Mechanics: Wave Speed by bloftin
289. Wave Mechanics: Wavenumber by bloftin
290. Wave Mechanics: Why Amplitude Is Not Energy by bloftin
291. Wave Scattering, Inhomogeneities, and the Born Approximation by bloftin
292. Waves on Strings: Reflection, Transmission, and Mechanical Impedance by bloftin
|
|
|
|
