Читать книгу Roentgen Rays and Phenomena of the Anode and Cathode - Edward P. Thompson - Страница 4
ОглавлениеCHAPTER XI.
| 137. | Kind of Electrical Apparatus for Operating Discharge Tube for Powerful X-rays. | Tesla and Shallenberger |
| 138. | How to Maintain the Phosphorescent Spot Cool. | Tesla |
| 139. | Expulsion of Material Particles through the Walls of a Discharge Tube. | Tesla |
| 139a. | Giving to X-rays the Property of Being Deflected by a Magnet. | Lafay and Lodge |
| 139b. | Penetration of Molecules into the Glass of the Discharge Tube. | Gouy |
| 140. | Vacuum Tubes Surrounded by a Violet Halo. | Tesla and Hammer |
| 141. | Anæsthetic Properties of X-rays. | Tesla and Edison |
| 142. and 142a. | Sciagraphs of Hair, Fur, etc., by X-rays. Pulsation of Heat detected. | Tesla, Morton, and Norton |
| 143. | Propagation of X-rays through Air to Distances of 60 ft. | Tesla |
| 144. | X-rays with Moderate Vacuum and High Potential. | Tesla |
| 145. | Detailed Construction and Use of Single Electrode Discharge Tubes for Generating X-rays. | Tesla |
| 146. | Percentage of Reflection. | Tesla and Rood |
| 146a. | Reflected and Transmitted Rays Compared. Practical Application of Reflection in Sciagraphy. Analogy between Reflecting Power of Metals and their Position in the Electro-positive Series. | Tesla |
| 147. | Discharge Tube Immersed in Oil. Rays Transmitted through Iron, Copper, and Brass, 1/4 in. Thick. | Tesla |
| 148. | Bodies Not Made Conductors when Struck by X-rays. | Tesla |
| 149. | Non-conductors Made Conductors by a Current. | Appleyard |
| 149a. | Appleyard’s Experiment. Non-conductors Made Conductors by Current. | |
| 150. | Electrical Resistance of Bodies Lowered by the Action of Electro-magnetic Waves. | Minchin |
CHAPTER XII.
| 151. | Sciagraphic Plates Combined with Fluorescent Salts. | Pupin, Swinton, and Henry. |
| 152. | Penetrating Power of X-rays Varies with the Vacuum. | Thompson, S. P. |
| 153. | Reduction of Contact Potential of Metals by X-rays. | Murray |
| 154. | Transparencies of Objects to X-rays Not Influenced by the Color. Detected by Simultaneous Photographic Impressions. | Nodon, Lumière, Bleunard, and Labesse |
| 155. | Chlorine, Iodine, Sulphur, and Phosphorus Combined with Organic Materials Increase Opacity. | Meslans, Bleunard, and Labesse |
| 156. | Application of X-rays to Distinguish Diamonds and Jet from Imitations. | Buquet, Gascard, and Thompson, S. P. |
| 157. | Inactive Discharge Tubes Made Luminous by X-rays. | Dufour |
| 158. | Non-refraction in a Vacuum. | Beaulard |
| 159. | Bas-relief Sciagraphs by X-rays. | Carpentier and Miller |
| 160. | Transparency of Eye Determined by Sciagraph of Bullet Therein. | Wuillomenet |
| 161. | Mineral Substances Detected in Vegetable and Animal Products. | Ranwez |
| 162. | Hertz Waves and Roentgen Rays Not Identical. | Errera |
| 163. | Non-mechanical Action by X-rays Determined by the Radiometer. | Gossart |
| 164. | X-rays within Discharge Tube. | Battelli |
| 165. | Combined Camera and Sciascope. | Bleyer |
| 166. | Non-polarization of X-rays. | Thompson, S. P., Macintyre |
| 167. | Diffuse Reflection. Dust Figures Indirectly by X-rays. | Thompson, S. P. |
| 168. | Continuation of Experiments in § 113. | Lodge |
| 169. | Thermopile Inert to X-rays. | Porter |
| 170. | Non-diffraction of X-rays. | Magie |
| 171. | Resistance of Selenium Reduced by X-rays. | Giltay and Haga |
Total number of sections to this place, 199.
CHAPTER XIII.
| 200. | Needle Located by X-rays and then Removed. | Hogarth |
| 201. | Needle Located at Scalpel by X-rays and then Removed. | Savary |
| 202. | Diagnosis with Fluorescent Screen. | Renton and Somerville |
| 203. | Bullet Located by Five Sciagraphs. | Miller |
| 204. | Bones in Apposition Discovered by X-rays and afterward Remedied by Operation. Other Cases. | Miller |
| 204a. | Necrosis. | Miller |
| 205. | Application of X-rays in Dentistry. | Morton |
| 206. | Elements of the Thorax. | Morton |
| 207. | A Colles’ Fracture Detected by X-rays. | Morton |
| 208. | Motions of Liver, Outlines of Spleen, and Tuberculosis Indicated. | Morton and Williams |
| 209. | Osteomyelitis distinguished from Periostitis. | Lannelongue, Barthelemy, and Oudin. |
| 210. | Concluding Miscellaneous Experiments Relating to Similar Applications of X-rays. | Ashhurst, Packard, Müller, Keen, and Morton, T. G. |
CHAPTER XIV.
| Theoretical Considerations, Arguments, and Kindred Radiations. | Anthony |
