2830 Windmills 



Wind vane, theory. Curtis, G. E. Am. J. 

 Sc. 34 (1887) 44-. 



WINDMILLS. 



Burg, A. Wien Jb. Pol. I. 8 (1826) 85-. 

 Pellissier, G. Lum. Elect. 44 (1892) 65-. 

 and atmospheric turbines. Gentilini, E. Gen. 



Civ. 17 (1890) 199-, 246-. 

 horizontal. Gilpin, T. Am. Ph. S. T. 1 



(1771) 339. 

 mathematical theory. Wood, De V. Am. As. 



P. (1895) 129-. 

 as prime mover. Wolff, A. E. Franklin I. J. 



84 (1882) 21-. 

 pumping power, in theory and practice. 



Murphy, E. C. [1895] Kan. Un. Q. 4 



(1896) 93-. 

 for raising water. Briinings, C. L. Rot. N. Vh. 



2 (1801) 1- ; 3 (1803) 133-. 



. Beyen, W. Rot. N. Vh. 2 (1801) 



-'. Duister, J. J. Rot. N. Vh. 2 (1801) 



101-. 

 . Goudriaan, A. F. Rot. N. Vh. 2 



(1801) 107-. 

 _ _ _. Blanken, A. Amst. Vh. 4 (1818) 



151-. 

 . Blanken, J. Rot. N. Vh. 6 (1826) 



(2 de St.) 176-. 

 _ . Curtius, B. D. Hall Bij. 4 (1829) 



. Griffiths, J. A. I. CE. P. 119 (1894) 



321-. 

 with reducible sails. Ordinaire de Lacolonge, 



L. [1856] (xn) Doubs S. Mm. 8 (1857) 



80-, 99. 

 sails, best angles for. Garnett, J. Am. Ph. 



S. T. 6 (1809) 394-. 

 , form. Timmermans, J. A. Brux. Mm. 



Cour. 8 (1832) 26 pp. 

 , theory. Kossak, F. Z. Bauw. 8 (1858) 



267-. 

 self-regulating. Thomson, J. T. [1884] Sc. 



S. Arts T. 11 (1887) 156-. 

 tests. Murphy, E. C. Kan. Un. Q. 6 (1896) 



89-, 191-. 

 vanes, form. Gower, E. H. Tilloch Ph. Mg. 



4 (1799) 174-. 



Wind-wheel, horizontal, of such construction 

 that when immersed in current of air it 

 will assume rotary motion. Anon, (vi 528) 

 Gergonne A. Mth. 8 (1817-18) 22-. 



, , theory. Martin, L. (xn) Mag. 



Tud. Ak. Ets. 6 (No. 3) (1872) 60- ; Mag. 

 Tud. Ak. Etk. (Mth.) 3 (1875) (No. 6) 3 

 (bis)-. 



Winnowing of corn. Jacobi, E. Dingier 161 

 (1861) 410-. 



machine (Niceville). Munier, . Metz 

 Mm. Ac. 12 (1830-31) 118-. 



Aerodynamics 2840 



2840 Aerodynamics. Energy of 

 the wind. Aeroplanes. Flight. 

 Soaring. 



Aerial locomotion. Wenham, F. H. Aer. S. 



Rp. 1 (1866) 10-. 

 . Eeda St. Martin, H. Aer. S. Rp. 1 



(1866) 46- ; 2 (1867) 58-. 

 . Pettigrew, J. B. J. Sc. 6 (1876) 



132-. 

 . Wilde, H. Manch. Lt. Ph. S. Mm. 



& P. 44 (1900) No. 11, 16 pp. 



machine. Sheward, E. Aer. S. Rp. 4 

 (1869) 33-. 



. Chalon, . Aer. S. Rp. 5 (1870) 



52-. 



machines, amount of motive power required 

 for. Moy, T. Aer. S. Rp. 15 (1880) 7-. 



, disadvantages of gas. Brearey, F. W. 



Aer. S. Rp. 15 (1880) 26-. 



motor design. Hollands, S. Aer. S. Rp. 20 

 (1885) 29-. 



propulsion, use of power intermittently for. 

 Brown, D. S. Aer. S. Rp. 11 (1876) 5-. 



support, laws. Henry, (le It. -col.) E. A&r. 

 (1890) 257- ; (1891) 75- ; (1892) 27-, 51-. 



, use of power intermittently for; light 



motors and balloons. Brown, D. S. Aer. S. 

 Rp. 4 (1869) 26-. 



transit, lifting power of inclined planes in. 

 Skey, H. [1877] N. Z. I. T. 10 (1878) 

 170-. 



Aerocurves, experiments. Merrill, A. A. Aer. 



J. 3 (1899) 65-. 

 Aerodrome. Langley, S. P. Science 3 (1896) 



753-. 



. Bell, A. G. Science 3 (1896) 754. 

 , Langley's. Anon. Aer. J. 1 (1897) (No. 2) 



1. 

 Aerodynamic experiments. Langley, S. P. 



[1891] Smiths. Ct. [27 (1891-93)] 115 pp. 

 , Langley's. Bazin, A. Aer. (1891) 



219-. 

 , . louche, (le It.-col.) P. Aer. (1891) 



243-. 

 Aerodynamics. Eayleigh, (Lord). Nt. 45 



(1892) 108-. 

 , advance in. Hargrave, L. Aer. J. 1 (1897) 



(No. 4) 1. 



AEEONA UTICS. (See also 2860.) 



Prechtl, J. J. Gilbert A. 23 (1806) 171-. 

 Cayley, G. Nicholson J. 24 (1809) 164- ; 25 



(1810) 81-, 161-. 

 Anon, (vi 1228) Tilloch Ph. Mg. 49 (1817) 



197-. 

 Schweigger, J. S. C. Schweigger J. 38 (= Jb. 8) 



(1823) 353-. 

 Anon, (vi 1247) TUloch Ph. Mg. 61 (1823) 



Siltiman, B. Silliman J. 12 (1827) 325-. 

 (Chabrier.) Navier, C. L. M. H. Par. Mm. 



Ac. Sc. 11 (1832) (Hist.) 61-. 

 Hengler, F. Dingier 47 (1833) 321-. 



240 



