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experiments (32) ·
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science (20) ·
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Annual Report of the Aeronautical Society of Great Britain (41) ·
Bulletins of the Aerial Experiment Association (36) ·
Aër. Journ. (34) ·
Flight (33) ·
Aeronautics (27) ·
Report of the Board of Regents of the Smithsonian Institution (20) ·
Aeronautical Annual (20) ·
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Publication 10306, 1895, Report of the International Meteorological Congress, held at Chicago, Ill., August 21-24, 1893 (8) ·
Quart. Journ. Roy. Meteor. Soc. (8) ·
Flying (7) ·
Proceedings of the Royal Society (7) ·
American Naturalist (7)
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A
- Abbe, 1891, The Mechanics of the Earth's Atmosphere. A Collection of Translations
- Abbe, 1893, Meteorological Work of the U.S. Signal Service, 1870 to 1891
- Adler, 1907, Samuel Pierpont Langley
- Advisory Committee, 1910, Technical Report of the Advisory Committee for the year 1910-1911
- Aero Club of America, 1909, Wright memorial books
- Aeronautical Society of Great Britain, 1909, Aëronautical Society of Great Britain
- Aeronautical Society of Great Britain, 1912, Founded 1866
- Aeronautical Society of Great Britain, 1914, Official notices
- Airships and flying machines
- Alcacer, Gittelman, and Sampat, 2008
- Alcacer, Gittelman, and Sampat, 2008
- Alexander, 1902, The conquest of the air; the romance of aerial navigation
- Allen, 1864, Monograph of the bats of North America
- Andrée Diaries, 1931
- Angle, 1921, Airplane Engine Encyclopedia
- Arago, 1863, Aeronautic voyages performed with a view to the advancement of science
- Aston, 1909, Model flying machines; their design and construction
- Aston, 1911, A design for a monoplane
- Aston, 1911, Aeroplane constructional details
B
- Bacon, 1898, Scientific ballooning
- Bacon, 1900, By Land and Sky
- Bacon, 1902, Dominion of the Air
- Bacon, 1905, Balloons, airships and flying machines; by Gertrude Bacon
- Bacon, 1907, The Record of an Aeronaut
- Bacon, 1911, How Men Fly
- Baden-Powell, 1902, Recent aeronautical progress, and deductions to be drawn therefrom, regarding the future of aerial navigation
- Baden-Powell, 1910, How airships are likely to affect war
- Bailey (1946)
- Bailey (1946)
- Bairstow, 1916, Inherent controllability of aeroplanes. Notes arising from Professor Bryan's Wilbur-Wright memorial lecture
- Baker, 2000
- Baldwin, 1908, Aerodrome No. 1. Selfridge's Red Wing
- Baldwin, 1909, Aerial propulsion from the standpoint of marine propulsion
- Baldwin, 1909, Lecture on aviation
- Baldwin, 1909, The outlook on aviation
- Ballantyne, 1880, Up in the Clouds
- Ballantyne, 1880, Up in the Clouds
- Barber, 1918, Aerobatics
- Bazillac, 1914, The aeroplane of to-morrow. Variable surface, camber, and incidence, and their effect on sustentation, speed, and safety
- Beatty, 2015
- Bedwin, 1908, Work of Beinn Bhreagh Laboratory (3)
- Bedwin, 1908, Work of Beinn Bhreagh Laboratory (6)
- Bedwin, 1908, Work of Beinn Bhreagh Laboratory (7)
- Bedwin, 1909, Beinn Bhreagh Laboratory. Making gelatin pads. Nov. 25
- Beehler, 1895, The origin and work of the division of marine meteorology
- Beetham, 1912, On the positions assumed by birds in flight
- Begley, 2017, The Great Nadar
- Beinn Bhreagh Laboratory, 1909, New kite pole. Upside-down kite of pure tetrahedral construction. Model of Oionos aerodrome Cygnet II. Kite data, July 26 to Sept. 1. Model of Cygnet II, July 26 to Sept. 1. List of experiments, Aug. 29 to Sept. 7
- Beinn Bhreagh Laboratory, 1909, Oionos aerodrome Cygnet II
- Bell, 1907, A few notes of progress in the construction of an aerodrome
- Bell, 1908, Baldwin's experiments with hydroplanes Oct. 16, 17, 20
- Bell, 1908, Baldwin's experiments with the Dhonnas Beag Oct 1908
- Bell, 1908, Beinn Bhreagh experiments
- Bell, 1908, Beinn Bhreagh experiments. Drome No. 5, Cygnet model
- Bell, 1908, Experiments with kites A, B, C, July 11, 16, 17 and 29, 1908
- Bell, 1908, Experiments with kites Aug. 19, 20, 21, 1908, and the final experiments with kites A, C, and D, Aug 22, 1908
- Bell, 1908, Experiments with kites, 1908, Aug. 14
- Bell, 1908, Plans for Aerodrome No. 5
- Bell, 1908, The outlook on aviation (4)
- Bell, 1908, Thoughts suggested by Orville Wright's disaster
- Bell, 1909, A few thoughts about motive power for flying machines
- Bell, 1909, Address before the Canadian Club of Ottawa, March 27, together with the Remarks of His Excellency, the Governor-General of Canada, and the remarks of the Finance Minister of Canada
- Bell, 1909, Beinn Bhreagh experiments
- Bell, 1909, Drome No. 6 experiments with Oionos kite
- Bell, 1909, Experiments reported. (Work of the A. E. A.)
- Bell, 1909, The outlook on aviation (7)
- Bell, 1909, Warming and cooling by radiation
- Bell, 1909, Work of the A. E. A.: Experiments reported (1)
- Bell, 1909, Work of the A. E. A.: Experiments reported (2)
- Bellon, 1990, Mercedes in peace and war
- Berriman, 1913, Some thoughts on stability and control
- Berriman, 1915, The arrival of the aeroplane
- Birch, 1909, Experiments and discussions relating to aerial locomotion by the early members of the Royal Society of England, 1661-1667
- Bishop, 1907, Preface. The Aero Club of America
- Blanchard, 1908, A view ahead from the last century
- Bland, 1910, The Mayfly
- Bolas, 1912, The retardation of aeroplanes
- Booth, 1912, Natural stability
- Bossoh, 2022
- Bradley and Perry, 1909, Power generation and transmission in aeroplanes
- Bramwell, 1912, Aeronautical research at the National Physical Laboratory
- Brannon, 1879, The air-boat for arcustatic air travel . . . making aero-navigation facile, rapid, safe, etc.
- Brewer, 1916, The life and work of Wilbur Wright
- Brewer, 1921, The Langley Machine and the Hammondsport Trials
- Brewer, 1946
- Brockett, 1910
- Brockett, 1923
- Brodetsky and Bryan, 1916, longitudinal motion; oscillations of aeroplane
- Brooks, 1992, Zeppelin
- Brown, 1873, The aeroplane
- Bryan, 1915, Wilbur Wright memorial lecture, 1915
- Bryan, 1916, Fourier's theorem in aerodynamics
- Bryan, 2018
- Burke, 1911, Aeroplanes of to-day and their use in war
- Burnaby, 1882, A ride across the channel
C
- Cameron, 1893, Aerial navigation
- Camm, 1915, Model aeroplanes, XII-XLVII
- Campbell, 1867, The Reign of Law
- Canadian Aerodrome Company, 1909, Baddeck No. II
- Carden, 1911, Motive power for aeroplanes
- Challenger, 1912, The aero engine
- Chanute and Moedebeck, 1907, Artificial flight
- Chanute, 1891, Aerial navigation
- Chanute, 1891, Aerial navigation. A lecture delivered to the students of Sibley College, Cornell University, May 2, 1890
- Chanute, 1894, Progress in flying machines
- Chanute, 1897, Recent experiments in gliding flight
- Chanute, 1901, Aerial navigation: balloons and flying machines from an engineering standpoint
- Chanute, 1903, Aerial navigation
- Chanute, 1904, Aerial navigation (Pop. Sci. Monthly)
- Chanute, 1908, Conditions of success in the design of flying machines
- Chanute, Moy, and Lilienthal, 1899, Progress in flying machines; The flight of the albatross; The flying man
- Chase, 1894, The coming railroad. The Chase-Kirchner aerodromic system of transportation
- Chatley, 1909, Difficulties in the construction of aeroplanes
- Chatley, 1909, The problem of flight
- Chatley, 1910, The stability of flying machines
- Chatley, The force of the wind
- Clark, 1912, Graham. Aeronautical engines
- Clark, 1914, Model aeroplane section
- Clarke, 1908, A model aëroplane
- Clarke, 1911, The theory and design of screw propellers
- Clarke, 1912, Aero-mechanics for beginners
- Clayton, 1906, Blue Hill observations at St. Louis
- Clift, 1912, The magnetic compass, its construction and use
- Cody, 1911, Mr. S. F. Cody and his biplane
- Coffin, 1854, Winds of the northern hemisphere
- Coffin, 1876, The winds of the globe; or the laws of atmospheric circulation over the surface of the earth
- Conway, 2006
- Cooper, 1910, Some principles of propulsion and their application to flying machines
- Cox, 1909, Lecture on aviation at Baddeck
- Cresee, 1902, Practical Pointers for Patentees
- Crouch, 1983
- Curtis, 1894, A problem in mechanical flight
D
- D'Arman, 1914, Lexique aéronautique en six langues
- D'Orcy, 1917
- Darwin, 1913, Scientific instruments, their design and use in aeronautics. Being the first Wilbur Wright Memorial Lecture
- Davenport, 1978, Gyro
- Davidson, 1840, Disclosure of the discovery and invention, and a description of the plan of construction and mode of operation of the aerostat; or, A new mode of aerostation
- Davidson, 1858, A new theory of the flight of birds
- Davis, 1895, The Redfield and Espy period
- De Oliveira, 2019
- De Syon, 2002, Zeppelin!
- Dean, 1893, Duty trial of a fly-wheel, high duty, automatic cut-off, cross compound, pumping engine
- Delaunay, 1914, The experiments of the Aeronautical Laboratory of Saint-Cyr
- Delmard, Blathwayt, 1899, European military ballooning
- Denza, 1896, Meteorology of the Italian mountains
- Dienstbach and Whytock, 1908, Motor ballooning
- Dienstbach, 1907, Practical air craft
- Dienstbach, 1908, A new epoch in American aeronautics
- Dienstbach, 1908, Europe's aerial navies
- Dienstbach, 1908, The Perfect Flying Machine
- Dierikx, 2018
- Dines and Shaw, 1903, Meteorological observations obtained by the use of kites off the west coast of Scotland 1902
- Dines, 1890, On testing anemometers
- Dines, 1890, On wind pressure upon an inclined surface (b)
- Dines, 1890, On wind presure upon an inclined surface (a)
- Dines, 1890, Report of the Wind Force Committee on the factor of the Kew pattern Robinson anemometer
- Dines, 1891, On the wind pressure on curved vanes
- Dines, 1892, Anemometer comparisons
- Dines, 1896, The relative merits of anemometers in general use
- Dines, 1903, The method of kite flying from a steam vessel, and meteorological observations obtained thereby off the west coast of Scotland
- Dines, 1904, Observations by means of kites at Crinau in the summer 1903
- Dines, Petavel, Hakwood, Thrift, 1908, The international balloon ascents, July 22-27, 1907
- Dixon, 1893, The rate of explosion in gases
- Donges and Selgert, 2019
- Donges and Selgert, 2020
- Donges and Selgert, 2020
- Donges and Streb, 2023
- Draper, 1896, Relative merits of the various types of registering maximum and minimum thermometers
- Dumaresq de Carteret-Bisson, 1884, The balloon society of Great Britain. Inaugural address in celebration of the Centenary Jubilee of the first balloon ascent in the UK
- Durand, 1907, Researches on the performance of the screw propeller
- Durnford, 1907, The flying-fish problem
- Dyke, 1908, The anatomy of the automobile, section on The airshps
E
- Eddy, 1898, Some kite experiments
- Elster and Geitel, 1895, Review of recent investigations into the subject of atmospheric electricity
- Elster and Geitel, 1899, Ueber die Existenz elektrischer Ionen in der Atmosphäre
- Emden, 1907, The physical properties of gases
- Epstein, 2014, Torpedo
- Eschenhagen, 1895, On some improvements in magnetic instruments
F
- Fairchild, 1908, The coming of the winged cycle. The winning of the first American trophy for a man-carrying flying machine
- Fassig, 1896, Report of the International Meteorological Congress held at Chicago, August 21-24, 1893
- Fassig, 1907, The use of kite and balloons in the U. S. Weather Bureau
- Fauri, 2021
- Feary, 1911, Practical aeroplane construction
- Ferguson, 1899, Progress of experiments with kites during 1897-1898, at Blue Hill Observatory
- Ferrel, 1860, The motions of fluids and solids relatively to the earth's surface: comprising applications to the winds and currents of the oceans
- Ferrel, 1877, Meteorological researches. Part 1, on the mechanics and the general motions of the atmosphere
- Ferrel, 1882, Prof. paper No. 12. Popular essays on the movements of the atmosphere
- Ferrel, 1886, Recent advances in meteorology
- Ferrel, 1890, A popular treatise on the winds: comprising the general motions of the atmosphere, monsoons, cyclones, tornadoes, waterspouts, hailstorms
- Fischer, 1899, The art of flying
- Fitzgerald, 1899, On flapping flight of aeroplanes
- Flink, 1988, The Automobile Age
- Fonvielle, 1875, Adventures in the air de M. et Mme. Duruof
- Fonvielle, 1877, Adventures in the air, being memorable experiences of great aeronauts
- Fonvielle, 1894, Exploration of the upper atmosphere
- Forster, 1823, Researches about atmospheric phaenomena
- Forster, 1832, Annals of remarkable aërial and Alpine voyages, observations on effects of altitude, and supplement to researches about atmospheric phenomena
- Foster, 1909, The highway of the air
- Freudenthal, 1949, Flight into history
- Frost, 1883, Aeronautics with remarks on a visit to the aeronautical exhibition in Paris
- Fullerton, 1897, Flight and flying machines--Recent progress
- Fullerton, 1910, Members' work
- FWB, 1909, Hydro-curve experiments, Oct. 27
G
- Galt, Kelvin, and Maclean, 1898, Electrification of air, of vapour, of water, and of other gases
- Gardner, 1905, When men wear wings
- Garnerin, 1802, Air balloon and parachute. An account of three aerial voyages made by M. Garnerin from Wauxhall Gardens accompanied by Mme. Garnerin and M. Glassford on 5 Aug. 1802
- Garnerin, 1802, Air balloon. An account of two aerial voyages made by M. Garnerin on June 28, and July 5, 1802
- Genet, 1826, Experiments and application to mechanical industry of the upward force of fluids
- Gent, 1825, Memorial on the upward forces of fluids
- Gerland, 1896, Historical sketch of instrumental meteorology
- Gibbs-Smith, 1974, Flight Through the Ages
- Gibson, 1909, An investigation of the resistance to the flow of air through a pipe, with the deduction and verification of a rational formula
- Glaisher (ed.), 1871, Travels in the air
- Glaisher, 1863, An account of meteorological and physical observations in eight balloon ascents
- Glaisher, 1875, Death of Crocé-Spinelli and Sivel
- Glaisher, 1879, Aëronautics
- Glassford, 1908, Memorandum on the Santiago captive balloon
- Glassford, Prolegomenon. With historic sketch of balloon during Civil War and United States Army Aeronautical Corps
- Glazebrook, 1914, The development of the aeroplane, being the second Wilbur Wright memorial lecture
- Goddard, 2003
- Gold, 1908, The relation between wind velocity at 1000 metres altitude and the surface pressure distribution
- González Redondo, 2008, Leonardo Torres Quevedo, 1902–1908
- Gorbushin, 2016
- Gosden, 1912, Parachutes for aeroplanes
- Gostling, 1871, (Artificial flight)
- Gower, 1885, A system of air torpedoes: with remarks upon the late attempts at air navigation for war purposes
- Grahame-White & Harper, 1912, The Aeroplane in War
- Grahame-White and Harper, 1915, Zeppelin airships: their record in the war
- Greely, 1900, Balloons in war
- Green, 1824, High and low; or Mr. Green among the stars
- Green, 1837, Authentic narrative of the great balloon voyage and descent in Germany
- Green, 1888, Is flight by man-power possible?
- Greenly and Marshall, 1907, Flying machines: Past, present and future
- Griffiths, 1884, A light and economical motor for propulsion in air
- Grindley, 1908, On the frictional resistances to the flow of air through a pipe
- Grosvenor, 1903, The tetrahedral kites of Dr. Alexander Graham Bell
- Grove, 2015
H
- Halley, 1688, A discourse of the rule of the decrease of the height of the mercury in the barometer, relating to altitude and weather
- Hamilton, 1842, An essay on the art of flying with an indication of the materials best adapted for wings
- Hammer, 1907, A flight over Paris
- Hammon, 1891, Meteorological observations taken in four balloon voyages
- Hampton, 1844, Disclosures relating to the loss of Mr. Hampton's Albion balloon: together with particulars of a new balloon
- Hankin, 1911, A study of bird flight
- Hankin, 1914, Atmospheric rotary movements of small extent
- Hankin, 1915, On the flight of albatrosses and gannets
- Hankin, 1915, On the flight of sea gulls
- Hankin, 1916, On the flight of locusts
- Hankin; Watson, 1914, On the flight of pterodactyls
- Hanlon and Jaworski, 2022, Effects of patent protection
- Hardingham, 1871, Practical aeronautics
