scientific papersCUP Archive |
Contents
ART PAGE | 1 |
On the Existence of Reflection when the Relative Refractive | 15 |
Diffraction of Sound | 24 |
On the Relative Densities of Hydrogen and Oxygen Pre | 37 |
On Point Line and PlaneSources of Sound | 44 |
On the Reflection of Light at a Twin Plane of a Crystal | 190 |
ᎪᎡᎢ | 191 |
Is the Velocity of Light in an Electrolytic Liquid influenced | 213 |
Measurements of the Amount of Oil Necessary in Order | 347 |
On the Superficial Viscosity of Water | 363 |
On Huygenss Gearing in Illustration of the Induction | 376 |
Instantaneous Photographs of Water Jets | 382 |
On the Theory of Surface Forces | 397 |
ClerkMaxwells Papers | 426 |
ART PAGE | 441 |
On the Sensitiveness of the Bridge Method in its Application | 452 |
On the Composition of Water | 233 |
ART PAGE | 244 |
On the Limit to Interference when Light is Radiated from | 258 |
Iridescent Crystals | 264 |
Philosophical Magazine XXVII pp 265270 1889 | 277 |
On the Uniform Deformation in Two Dimensions of a Cylindrical | 280 |
On Achromatic InterferenceBands | 288 |
ART PAGE | 318 |
The Clark Standard Cell | 333 |
On the Tension of Recently Formed Liquid Surfaces | 341 |
On Van der Waals Treatment of Laplaces Pressure in | 465 |
Dynamical Problems in Illustration of the Theory of Gases | 473 |
Experiments in Aërodynamics Review of Langleys | 491 |
On the Theory of Surface Forces II Compressible Fluids | 513 |
On the Relative Densities of Hydrogen and Oxygen II | 524 |
Superheated Steam | 538 |
Remarks on Maxwells Investigation respecting Boltzmanns | 554 |
Experiments upon SurfaceFilms | 562 |
Saponine and Soap | 568 |
On the Question of the Stability of the Flow of Fluids | 575 |
Other editions - View all
Common terms and phrases
according achromatic æther amplitude angle of incidence aperture approximately axis b₁ bands brightness calculation camphor circle of latitude colours condition constant contamination corresponding crystal curvature denote density determined diameter difference diffraction direction displacement distance double refraction effect energy equal equation experiment expression film fluid force Fresnel's function given glass hydrogen inches independent infinite integration intensity investigation layer light limit liquid middle surface motion observed obtained optical p₁ parallel perpendicular phase Phil plane of incidence plate polarized potential energy pressure principal principal curvatures prism proportional quantity question ratio rays reflected reflexion refraction regarded represented result saponine sin² sinh slit solution spectrum suppose temperature tension theory thickness thin tube vanishes velocity vibrations virial equation viscosity wave-length waves width Wrdr