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Liste des pages
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Exemplaire numérisé : BIU Santé (Paris)
Adresse permanente :
https://www.biusante.parisdescartes.fr/histmed/medica/cote?marey106
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Nombre de réponses : 339
251-339
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Image : Fig. 165. From a photograph of a pigeon taken in front of a dark background
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Image : Fig. 166. Arrangement of the three dark backgrounds and the three cameras for simultaneous photography of a flying bird, as seen from three points of view
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Image : Fig. 167. Three series of images to demonstrate the corresponding positions of the bird, when taken from three different points of view
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Image : Fig. 168. The two top lines are produced by the contacts of a drone's wing on a smoked cylinder
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Image : Fig. 169. Movements of the wing of macroglossus of cheese rennet on the surface of a smoked cylinder
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Image : Fig. 170. Appearance of a wap flying in the sun/ Fig. 171. The trajectory of the anterior and posterior border of the wing of an insect during half an oscillation
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Image : Fig. 172. Trajectory of the anterior order of the wing during a complete oscillation (Marey)
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Image : Fig. 173. Experiment to test the direction of movement of an insect's wing
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Image : Fig. 174. Insect flying round and round in front of a dark background
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Image : Fig. 175. Photographic trajectory of the wing of a dragon-fly
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Image : Fig. 176. Schematic arrangement for illuminating insects when studying their flight
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Image : Fig. 177. Chronophotographic apparatus arranged for studying the natural flight of insects
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Image : Fig. 178. Fly crawling on a window-pane before taking to flight
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Image : Fig. 179. Bee flying about in the chamber of the apparatus
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Image : Fig. 180. Illustration to show two Tipulae : one of them remaining motionless on the glass, and the other moving its limbs in different directions, and setting its body at various inclinations
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Image : Fig. 181. Tipula in the act of flying, showing the various attitudes of the wings and the position of the balancers
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Image : Fig. 182. Movements of a man's leg in executing a step/ Fig. 183. Movements of the various segments of a horse's hind leg in executing a step
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Image : Fig. 184. Movements of an elephant's hind leg in executing a step
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Image : Fig. 185. Quadrupedal movements of a fresh-water tortoise in swimming to the surface
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Image : Fig. 186. Grey lizard/ Fig. 187. Gecko
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Image : Fig. 188. Locomotion of batrachians at different periods of development
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Image : Fig. 189. Land-snake in motion
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Image : Fig. 190. Eel swimming
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Image : Fig. 191. Dog-fish swimming
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Image : Fig. 192. Beetle walking/ Fig. 193. The walk of an orthopterous insect
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Image : Fig. 194. The walk of a spider
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Image : Fig. 195. The walk of a scorpion
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Image : Fig. 196. Heart of a tortoise under conditions of artificial circulation
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Image : Fig. 197. Seven successive photographs of a tortoise's heart with artificial circulation
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Image : Fig. 198. [Variations in shape and capacity of the auricles and ventricles during a cardiac cycle]
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Image : Fig. 199. Experiment for showing by chronophotography the mechanism of cardiac pulsation
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Image : Fig. 200. Special apparatus adapted to chronophotography for studying the movements of microscopic speciments
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Image : Fig. 201. Showing the movements of some vorticellae and this retraction of their spiral stalks
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Image : Fig. 202. Disc of phenakistoscope, showing the different phases of movement of a gull's wing
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Image : Fig. 203. Zootrope, with figures of a gull in relief, and in the successive attitudes of flight
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Image : Fig. 204. Demeny's photophone
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Nombre de réponses : 339
251-339
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