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2. Comments on the paper ‘interplanetary origin of electric fields in the magneosphere’ by A. Nishida
3. A convenient graph paper for depicting the behavior of the moment of inertia of high spin nuclear rotational states
4. LXXXII.Bubbles, drops, and Stokes' law. (Paper 2)
5. I. Remarks on Mr. A. W. Ward’s paper 'on the magnetic rotation of the plane of polarisation of light in doubly refracting bodies.'
6. Comments on a Paper by Majorana Concerning Elementary Particles
7. On the formation of water waves by wind (second paper)
8. Continuation of discussion on Mr. James Swinburne's paper, 'On the theory of armature reactions on dynamos and motors', and Mr. W.B. Esson's paper, 'On some points in dynamo and motor design'
9. Effect of Hammer Length and Nonlinear Paper-ribbon Characteristics on Impact Printing
10. Paper 12. A Brief Description of the Hya Large Amplitude Pmm System
11. RAYLEIGH WAVES IN A MEDIUM WITH TWO SURFACE LAYERS (Second Paper)
12. Comments on the paper 'A study of the errors due to shear and rotatory inertia in the determination of Young's modulus by flexural vibrations'
13. On the Virial Equation for Molecular Forces, being Part IV. of a Paper on the Foundations of the Kinetic Theory of Gases
14. Paper 27: Calculation of the Flow past Turbomachine Blades
15. Addendum to the paper ?two dimensional wave front shape induced in a homogeneously strained elastic body by a point perturbing body force?
16. XIX.—On Vibrating Systems which are not subject to the Boltzmann-Maxwell Law. (Second Paper.)
17. Remarks on the paper by Ia. I. Sekerzh-Zenkovich entitled 'on the theory of the borda mouthpiece for a gas'
18. Paper 26: A Solution to Lagrange's Ballistic Problem with Gas on Each Side of the Projectile
19. Diffusion of liquids in unsaturated paper
20. XIX. Some remarks appended to a report on Mr. Hopkin's paper 'On the theory of the motion of glaciers'
21. Comments on papers by Costain <scp> et al. </scp> and McCamy <scp> et al. </scp> on the solution of Zoeppritz' amplitude equations
22. A Numerical Method Based on the Discretization of Maxwell Equations in Integral Form (Short Papers)
23. An addendum to the paper ‘Dynamic response of an infinite plate subjected to a steadily moving transverse force’
24. Paper 5: Actuator Disc Theory of the Compressible Flow in Free-Vortex Turbo-Machinery
25. Second Paper: Analysis of Spin/Roll Conditions and the Frictional-Energy Dissipation in Angular-Contact Thrust Ball Bearings
26. A remark on the paper 'Mathematical theory of torsional and flexural oscillations of anisotropic rods' by A. Apfelbeck
27. LIV. Remarks on a paper by Mr. O'Brien relative to the application of the undulatory theory to the explanation of dispersion
28. Paper 8: Hydrodynamic Lubrication of Proximate Cylindrical Surfaces of Large Relative Curvature
29. Corrigendum to my recent papers on 'Representations for isotropic functions'
30. The Electrical Oscillations of a Prolate Spheroid. Paper III The Antenna Problem
31. A remark on the paper by Ladislav Půst 'Impact of the properties of an alternating force source on vibrations of a mechanical system'
32. Paper 25: Vortex Flow in a Cylinder
33. LI.Path and stability of a local vortex moving round a corner. (Third paper)
34. Paper 19: Slow Transient Compressible Flow through Orifices
35. Note on Professor Lindemann's Paper on the Constitution of the Spiral Nebulœ.: (Plate 14.)
36. CORRESPONDENCE ON STUDENTS PAPER. A SURVEY OF THE PRESENT POSITION IN ROAD TRANSITION-CURVE THEORY
37. Paper 8: Calculations of the Flow Distribution within a Radial Turbine Rotor
38. Discussion of paper by S. S. Rao and H. Unz, ‘Asymptotic solutions of waves in inhomogeneous plasma with longitudinal magnetic field’
39. II. The contact theory of voltaic action.—Paper No. III
40. A Study of the Reversible Pendulum. Part III. A Critique of Captain Kater's Paper of 1818
41. Paper 26: Variability with Time of Bearing Clearance Due to Temperature and Pressure
42. A New Relativity. Paper II. Transformation of the Electromagnetic Field Between Accelerated Systems and the Force Equation
43. Paper 35: The Influence of Mass Velocity on Friction Pressure Gradients during Steam-Water Flow
44. The Electrical Oscillations of a Prolate Spheroid. Paper II Prolate Spheroidal Wave Functions
45. Paper 4: Singularities in the Thermodynamic and Transport Properties of a Fluid at its Critical Point
46. Corrections and additions to the paper entitled ‘On the interchange stability of the Van Allen Belt’
47. On the preceding paper by Jäger
48. On the Young's Moduli and the Internal Friction of Papers
49. On a Transformation by Paper Folding
50. III. On the nature and laws of friction: being a continuation of the paper on the same subject, given in our last volume
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