Experimental and Theoretical Statics of Liquids Subject to Molecular Forces Only

Title page......Page 1
Dedication......Page 2
Foreword......Page 3
§1. Conditions of equilibrium.......Page 4
§3. Eliminating gravity.......Page 7
§172. Action of heat.......Page 0
§29. Liquid polyhedrons.......Page 22
§33. General equilibrium shapes.......Page 25
§37. Sphere, plane.......Page 27
§40. Cylinder.......Page 32
§47. The unduloid.......Page 36
§74. Limits of variation.......Page 43
§79. Analytic results.......Page 60
§95. Second process.......Page 72
§98. Films of great persistence.......Page 73
§110. Creation of shapes of revolution.......Page 81
§116. Pressure in spherical bubbles.......Page 84
§123. Radius of molecular attraction.......Page 91
§128. Non-rotational equilibrium shapes.......Page 95
§130. Helicoid.......Page 96
§133. Results of geometers.......Page 97
§144. Experimental checks.......Page 105
§146. History of surface tension.......Page 108
§171. True cause of surface tension.......Page 129
§173. Multiple film caps.......Page 130
§184. Plateau's Laws.......Page 143
§189. Prismatic frames.......Page 150
§209. Area minimization.......Page 164
§211. Characteristics of films.......Page 167
§218. Oil films in alcholic liquid.......Page 172
§225. Generation of soap films.......Page 179
§232. Two impacting liquid streams.......Page 184
Table of Contents......Page 192
Volume II......Page 204
§241. Persistence of films.......Page 206
§258. Surface viscosity.......Page 221
§283. History of surface viscosity.......Page 236
§291. Surface viscosity experiments.......Page 238
§306. Causes affecting persistence.......Page 250
§315. History of films.......Page 254
§359. Instability of a long cylinder.......Page 277
§375. Generation of filaments.......Page 291
§387. Stability of limit catenoid.......Page 303
§394. Limit of stability of cylinder.......Page 309
§408. Analytic calculation of limit.......Page 319
§411. Limits of stability of catenoid and unduloid.......Page 322
§425. Explosion of films.......Page 335
§431. Liquid streams.......Page 340
§442. Sounds made by streams.......Page 352
§450. Effects of vibraions.......Page 359
§475. History of liquid streams.......Page 380
§494. Effect of electricity.......Page 392
§496. Hollow streams.......Page 396
§502. Gas jet through liquid.......Page 399
Table of Contents Vol. II......Page 406
Authors Cited......Page 420
Figure thumbnails.......Page 424