35 results on '"Searle, G F C"'
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2. On the Force Required to Stop a Moving Electrified Sphere. II
3. On the Force Required to Stop a Moving Electrified Sphere
4. The Measurement of Magnetic Hysteresis
5. Problems in Electric Convection
6. The Measurement of Magnetic Hysteresis. [Abstract]
7. A Determination of v, the Ratio of the Electromagnetic Unit of Electricity to the Electrostatic Unit. [Abstract]
8. Problems in Electric Convection. [Abstract]
9. Viscosimetrie
10. On the Steady Motion of an Electrified Ellipsoid.
11. The determination, by smoke manometer, of the ratio of density of town gas to that of air at the same temperature and pressure.
12. 5. Geometrical optics at the Cavendish Laboratory.
13. XLII. On the steady motion of an electrified ellipsoid.
14. A Maximum-Minimum Method of Determining the Cardinal Points of a Lens System.
15. A recording gyroscope.
16. The Determination of the Frequency of an Alternating Current Supply by the Vibrations of Rods.
17. An Optical Interference Method of Measuring Young's Modulus for Rods.
18. Apparatus used for the teaching of optics at the Cavendish Laboratory, Cambridge.
19. III. The impulsive motion of an electrified sphere
20. IX. A method of determining the thermal conductivity of copper
21. XXV. On a revolving table method of determining the curvature of spherical surfaces
22. XIX. On a simple rheostat
23. VI. The impulsive motion of electrified systems
24. A recording gyroscope
25. An Optical Interference Method of Measuring Young's Modulus for Rods
26. Exhibition and Description of some Apparatus for Class Work in Practical Physics
27. The Magnetic Inertia of a Charged Sphere in a Field of Electric Force
28. Practical Physics
29. On the Measurement of the Zeeman Effect
30. The Determination of the Frequency of an Alternating Current Supply by the Vibrations of Rods
31. An Electro-Magnetic Problem
32. XLII. On the steady motion of an electrified ellipsoid
33. A Maximum-Minimum Method of Determining the Cardinal Points of a Lens System
34. Elements of Electromagnetic Theory
35. Dr. Alexander Wood.
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