Titles

Library Catalogue ยป Titles

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—>  [The Companion to the Microscope, with Full Directions for Preparing the Vegetable Infusions to Produce Animalcules; with The Best Method of Procuring, and a Catalogue of, All the Principal Objects; with Plates, and a Description of C. Gould's Improved Po
—>  "The Comparative Physiology of Respiration"
—>  "The Compartmented Cylindrical Clepsydra"
—>  The Compleat Herbal: or, the Botanical Institutions of Mr. Tournefort, Chief Botanist to the late French King. Carefully translated [by John Martyn] from the Original Latin. With large Additions from Ray, Gerarde, Parkinson, and others, the most celebrate
—>  The Compleat Plattmaker: Essays on Chart, Map, and Globe Making in England in the Seventeenth and Eighteenth Centuries
—>  The Compleat Seadsman's Monthly Calendar, Showing the Best and Most Easy Method for Raising and Cultivating Every Sort of Seed Belonging to a Kitchen and Flower Garden, With Necessary Instructions for Sowing of Berries, Mast, and Seeds, of Ever-Greens, Fo
—>  The Compleat Surveyor : 2 entries
—>  The Compleat Surveyor: Containing the Whole Art of Surveying of Land, etc.
—>  The Complete Dictionary of Arts and Sciences. In which the whole circle of Human Learning is Explained, and the Difficulties attending the Acquisition of Every Art, whether Liberal or Mechanical, are Removed, in the most easy and familiar manner ...
—>  The Complete Photographer
—>  The Composition of Greek Silver Coins: analysis by neutron activation
—>  The Composition of Water
—>  "The Concept of Nature and the History of Science"
—>  The concise history of freemasonry
—>  The Concise Oxford Dictionary of Current English : 2 entries
—>  "The Conditions of Tissue Respiration"
—>  The Conduction of Electricity through Gases
—>  "The conductivity and viscosity of Aqueous solutions of Aniline Hydrochloride at 25o" : 2 entries
—>  "The Conductivity produced in Gases by the aid of Ultra-Violet Light"
—>  "The Conductivity produced in Gases by the Motion of Negatively charged Ions"
—>  The Conference at Karlsruhe, 1860 and the Development of Chemical Theory
—>  "The Confessions of Saint Augustine"
—>  "The Conflict of Medicine with the Small-Pox"
—>  The Conquest of Bacteria From Salvarsan to Sulphapyridine
—>  The Conquest of Bacteria: From 606 to 693
—>  The Conquest of Disease
—>  The Conroy Papers
—>  The conservation and restoration of metals: proceedings of the symposium held in Edinburgh, 30-31 March, 1979
—>  The Conservation of Antiquities and Works of Art: Treatment, Repair, and Restoration
—>  The Conservation of Industrial Collections: A Survey
—>  "The Conservation of Magic Lantern Material"
—>  "The Constant Quantity of the Moon's Equatorial Horizontal Parallax, deduced from Observations made at Greenwich, Cambridge, and the Cape of Good Hope, in 1832 and 1833"
—>  "The Constitution and Aims of the Wellcome Foundation"
—>  The constitution and evolution of the stars
—>  The Construction and Principal Uses of Mathematical Instruments : 4 entries
—>  The construction and principal uses of mathematical instruments ...
—>  The Construction and Use of a New Universal Dial
—>  The Construction and Use of a Thermometer, for shewing the extremes of Temperature in the Atmosphere, During the Observer's Absence. (1794)
—>  The Construction and Use of a Thermometer, for shewing the extremes of Temperature in the Atmosphere, during the Observer's Absence. Together with Experiments on the Variations of Local Heat; and other Meteorological Observations.
—>  The Construction and Use of the Sea Quadrant, commonly called Hadley's Quadrant
—>  The Construction and Use of the Sea Quadrant, Commonly called Hadley's Quadrant ...
—>  The construction and use of wheel dials : 2 entries
—>  "The Construction of an Astrolabe"
—>  "The Construction of Certain Seals and Characters in the Work of Agrippa of Nettesheim"
—>  The Construction of the Wonderful Canon of Logarithms
—>  The construction of timber, from its early growth : explained by the microscope, and proved from experiments, in a great variety of kinds
—>  The Contents of Lady Place, Sutton Courtenay, near Abingdon, Oxfordshire
—>  The Contents of Westbrook House Elstead, Surrey
—>  "The Context of Production, Identification and Dating of Clocks by A. and J. Thwaites"
—>  "The Contribution of Chemistry to Cancer Research"
—>  The Contribution of Engineering to the British Economy
—>  "The Contribution of the College Laboratories to the Oxford School of Chemistry"
—>  "The Contribution of the College Laboratories" : 2 entries
—>  The Contributions of Joseph Ives to Connecticut Clock Technology. 1810-1862
—>  "The contributions to science of Friedrich Adolph Nobert"
—>  "The Convict System in the Colonies"
—>  "The Cooke Heliochronometer and Perpetual Calendar" [and] "Chalice Dials"
—>  The Cope-Chat Paramount Sorting System
—>  "The Copernican globe : a delayed conception"
—>  "The Copernican Revolution from an Eighteenth-Century Perspective: with notes on Jean-Sylvain Bailly's views on revolutions in science"
—>  The Copernicus of Antiquity (Aristarchus of Samos)
—>  "The Corneo-retinal Potential Difference as the Basis of the Galvanometric Method of Recording Eye Movements"
—>  The Correlation of Physical Forces
—>  The Correspondence of Isaac Newton
—>  The Correspondence of John Flamsteed, First Astronomer Royal Volume III, 1703-1719
—>  The Correspondence of John Flamsteed, First Astronomer Royal
—>  The Correspondence of John Ray; consisting of selections from the Philosophical Letters published by Dr Derham, and Original Letters of John Ray, in the collection of the British Museum : 2 entries
—>  The Cosmographical Glass: Renaissance Diagrams of the Universe
—>  The Cosmographical Glasse (London 1559)
—>  The Cosslett Festschrift
—>  "The Cost of Old Silver"
—>  "The counters of wise men"
—>  The Counties of Britain: A Tudor Atlas by John Speed
—>  The Country Animal Doctor
—>  The Country Calendar, or The Shepherd of Banbury's Observations. (mainly meteorological)
—>  The Country Life Book of Watches
—>  The Country Life International Dictionary of Clocks
—>  The Country Showman, or, Newsletter of the Benjamin Martin Appreciation Society
—>  The court and city register, or, Gentleman's complete annual kalendar, for the year 1771
—>  The Cradle of the Twin Giants, Science and History
—>  The Craft of the Clockmaker
—>  The Crafts of Craftsbury, Part 1.
—>  "The Crafts of Craftsbury, Part 2"
—>  The Crayfish: An Introduction to the Study of Zoology
—>  "The creation of the micron as unit for microscopic measurement"
—>  The Crime of Galileo
—>  The Crippen File
—>  The Crisis in Naval Ordnance
—>  'The Croonian Lecture on Sexual Periodicity and the Causes which Determine it'
—>  The Cross Staff
—>  The cross staff : historical development and modern use : 2 entries
—>  "The Cross-Staff as a Surveying Instrument in England 1500-1640"
—>  The Cross-Staff: History and Development of a Navigational Instrument
—>  "The Cruciform Watch"
—>  "The Crux of a Murder"
—>  The Crystal Clock
—>  The Crystallization of Iron and Steel: An Introduction to the Study of Metallography
—>  The cubic equation with three real roots : its geometrical diagram and a machine that solves it
—>  The Cubic Equation with Three Real Roots: Its Geometrical Diagram and a machine that solves it
—>  The Cult of the Circle-Builders
—>  "The Cultural Background of Copernicus"
—>  The Cultures of Collecting
—>  "The Cupola Clock of Samuel Knibb"
—>  The curious life of Robert Hooke : the man who measured London
—>  The Curious World of Frank Buckland
—>  "The Curve of Cultural Interchange Between China and the West"
—>  "The Cyanotype"
—>  The Cycle of Celestial Objects continued at the Hartwell Observatory to 1859. With a notice of recent discoveries, including details from the AE des Hartwellianae
—>  "The Cyclograph"
—>  The Cyclopaedia of Photography
—>  The Cyclopedia; or Universal Dictionary of Arts, Sciences, and Literature
—>  The Cyclotron
—>  "The Cylinders Keep on Turning"
—>  The Daguerreian Annual 1990
—>  The Daguerreian Annual 1991
—>  The Daguerreotype in America
—>  "The Daguerreotype in England; Some Primary Material Relating to Beard's Lawsuits"
—>  "The Daguerreotype Patent, The British Government, and The Royal Society"
—>  The Daguerreotype: A Sesquicentennial Celebration
—>  The Daguerreotypes of Southworth & Hawes
—>  The Da'ire-yi Mu'addel of Seydi 'Ali Re'is
—>  The Danger of Travelling in Stage-Coaches; and a Remedy Proposed to the Public
—>  "The Darkroom Abolished"
—>  "The Darkroom Studio"
—>  "The Darwin Letters at Shrewsbury School"
—>  "The Darwinian Revolution in the Concept of Time"
—>  The Daubeny Laboratory Register 1904-1915 : 2 entries
—>  "The Davis Back-staff or English Quadrant"
—>  "The Dawn of Medication"
—>  The Dawn of Microscopical Discovery
—>  "The Dawn of Microscopical Discovery"
—>  The Day Faraday Reseearch Laboratory of the Royal Institution: Register of Workers in the Laboratory 1896-1932
—>  The Day-Book of John Walker: Inventor of Friction Matches
—>  The De Magnete of William Gilbert
—>  "The Death of Queen Mary II: A Mistaken Diagnosis by Dr Radcliffe?"
—>  "The Death Temperature of Certain Marine Organisms"
—>  "The Debt of Medicine to Microscopy"
—>  The Debt of Science to Medicine : 2 entries
—>  "The Debt of the World to Pure Science"
—>  The decomposition of the fixed alkalies and alkaline earths
—>  "The Dee Relique"
—>  The Defeat of all Scientific Babblers Without Genius over all the World, by the Christian Philosopher, Through the Will of an offended God
—>  The Deipnosophists or Banquet of the Learned of Athenaeus
—>  "The Densities and Refractive Indices of the Leamington Spa Water"
—>  "The Dentzel Brothers of Ulm"
—>  The Department of Natural History
—>  "The Dependence of the Resolving Power of a Photographic Material upon the Contrast in the Object" [incomplete]
—>  The Description & Use of a Portable Instrument, Gunter's Quadrant, etc. To which is added The Use of Nepiar's Bones in Multiplication, Division, & Extraction of Roots; also the Nocturnal, the Ring-Dyal, and Gunter's Line, etc.
—>  The Description and Use of a Case of Mathematical Instruments
—>  The Description and Use of a Case of Mathematical Instruments; particularly Of all the Lines contained on the Plain Scale, the Sector, the Gunter, and Proportional Compasses. With A Practical Application exemplified in many useful Cases of Geometry, and P
—>  The Description and Use of a Case of Mathematical Instruments; particularly of all the Lines contained on the Plain Scale, the Sector, the Gunter, and the Proportional Compasses. With a Practical Application, exemplified in many useful Cases of Geometry,
—>  The Description and Use Of a Complete Sett or Case of Pocket-Instruments: containing the Construction of the several Lines laid down on the Plain-Scale, and Sector; with their Applicatio Application, in variety of Mathematical Problems
—>  The Description and Use of a Complete Sett or Case of Pocket-Instruments: Containing the Construction of the Several Lines Laid Down on the Plain-Scale, and Sector; with their Application, in variety of Mathematical Problems
—>  The Description and Use of a Complete Sett or Case of Pocket-Instruments: containing the Construction of the several Lines laid down on the Plain-Scale, and Sector; with their Application, in a variety of Mathematical Problems
—>  The Description And Use Of A Globe Sundial, With Furniture, by which many curious problems may be solved
—>  The Description and Use of a Joynt-Rule: ...
—>  The Description and Use of a New Astronomical Instrument, For taking Altitudes of the Sun and Stars at Sea, without an Horizon; together with An Easy and Sure Method of Observing The Eclipses of Jupiter's Satellites, Or any Phaenomenon of the like Kind, o
—>  The Description and Use of a New Celestial Planisphere, adapted to the Latitude and Parallel of London, etc.
—>  The Description and Use of a New Constructed Octant, Sextant and Quintant by his Majesties Patent, being an improvement on the Hadley's Quadrant.
—>  The Description and Use of a new constructed Sextant and Quintant, by His Majesty's Patent; being an Improvement on the Hadley's Quadrant. By which Angular Distances are measured to the greatest Precision, from 0'. to 150o. without inverting the Instrumen
—>  The Description and Use of a New Much - Improved Sinical Quadrant, etc. ...
—>  The Description and Use of a New Portable Orrery, &c.
—>  The Description and Use of a New Portable Orrery; on a most simple Construction, Representing the Two parts - the Motions and Phaenomena of the Planetary System; But more particularly the Motions of the Earth and Moon, round the Sun, from whence the Natur
—>  The Description and Use of a New Quadrant, for Finding the Latitude at Sea
—>  The Description and Use of a New Universal Dial, or Portable Equatorial Instrument
—>  The Description and Use of a New, Portable, Table Air-Pump and Condensing Engine. With a Select Variety of Capital Experiments, etc ...
—>  The Description and Use of a New, Portable, Table Air-Pump and Condensing Engine. With a Select Variety of Capital Experiments, Which, together with the different Parts of the Apparatus and Glasses, Are Illustrated by upwards of Forty Copper-Plate Figures : 2 entries
—>  The Description and Use of a pocket Case of Mathematical or Drawing Instruments ... Together with plain Instructions for making several Kinds of Sun-Dials
—>  The Description and Use of a Quadrant by which All the most useful and necessary Propositions of both the Globes, etc.
—>  The Description and Use of a Quadrant, by Which All the most Useful and Necessary Propositions of both the Globes are easily and exactly performed; etc. ... Also of a Quadrat by which You may take all manner of Height and Distances, as of Towers, Steeples
—>  The Description and Use of a Set of Portable Microscopes ...
—>  The Description and Use of an Instrument called the Double Scale of Proportion, By which Instrument, all questions in ... Dialling, May be Most accurately etc.
—>  The Description and Use of an opake Solar Microscope. In which all Opake Bodies, whether of Animal, Vegetable, Fossil, or Marine Production, are shewn in the greatest Perfection, in all their native Beauties, of Lights, Shades, Prominences, Cavities; and
—>  The Description and use of an Orrery ...
—>  The Description and Use of an Orrery of a New Construction, Representing in the various Parts of its Machinery all the Motions and Phoenomena of the Planetary System; ...
—>  The Description and Use of an Universal and Perpetual Mathematical Instrument. Shewing the most Expeditious and Exact Method of solving all practical Questions in Arithmetick, Trigonometry, Navigation, Dyalling, Astronomy, etc.
—>  The Description and Use of an Universal Microscope, answering all the Purposes of Single, Compound, Opake, and Aquatic Microscopes. With particular Directions for the Use and Application of every Part of a full and compleat Apparatus, as represented and i : 2 entries
—>  The Description and Use of An Universal Sliding Rule : 2 entries
—>  The Description and Use of an Universal Sliding Rule, Which, by Means of Single and Double Slides, and the Addition of proper Lines, is adapted to answer all Questions in Arithmetic, Mixt-Mathematics, and Philosophy, In the most easy and expeditious Manne : 2 entries
—>  "The Description and Use of another Sector with more lines, differing from that of Mr. Gunter, both in form and manner of Working. As also, of a Quadrant fitted with new Lines serving the former Uses, and many other, more accurately. Both invented and wri
—>  The Description and Use of both the Globes and the Armillary Sphere and Orrery ...
—>  The Description and Use of Both the Globes, the Armillary Sphere and Orrery, etc.
—>  The description and use of both the globes, the armillary sphere, and orrery : 2 entries
—>  The Description and Use of Four several Quadrants, Two Great Ones, and Two Small Ones. With the Use of a Diagonal-Scale and Semicircle. Each of them accommodated with Lines and Circles, for the Resolving of Propositions Instrumentally, In Chronology, Astr
—>  The Description and Use of Four several Quadrants, Two Great Ones and Two Small Ones. With the Use of A Diagonal-Scale and Semi-circle. Each of them accommodated with Lines and Circles, for the Resolving of Propositions Instrumentally, In Chronology, Astr
—>  The Description and use of Four several Quadrants, Two Great Ones and Two Small Ones. With the Use of a Diagonal-Scale and Semicircle. Invented and written by the Ingenious Mr. John Collins, and engraved by the curious hand of Mr. Henry Sutton; with addit
—>  The Description and use of Four several Quadrants, two great ones, and two small ones. Invented and written by the ingenious Mr. John Collins, and engraved by the curious hand of Mr. Henry Sutton; with additions, not in the former treatise, by John Good.
—>  The Description and Use of Hadley's Quadrant and Sextant. In which are contained the Best Methods of Adjusting these Instruments, and of Ascertaining the Latitude of a Ship at Sea, by the Meridional Altitude of the Sun, Moon, a Planet, or Fixed Star
—>  The Description and Use of his Maiesties Dials in White-Hall Garden. London, printed by Bonham Norton and Iohn Bill, Printers to the Kings most Excellent Maiestie. 1624.
—>  The Description and Use of His Majesties Dials in White Hall Garden
—>  The Description and Use of that most Excellent Invention, call'd the Globular Chart: Shewing its Agreeableness to the Globe, And the Natural and Easy Consequences thereof in the Practice of Navigation; with a Specimen of a Sea-Chart in that Projection; an
—>  The Description and Use of the Carpenters-rule ...
—>  The Description and Use of the Double Horizontall Dyall
—>  The description and use of the globes and the orrery : to which is prefix'd, by way of introduction, a brief account of the solar system
—>  The Description and Use of the Globes and the Orrery. To which is prefix'd, by Way of Introduction, a Brief Account of the Solar System : 2 entries
—>  The Description and Use of the Globes and the Orrery, etc
—>  The Description and Use of the Globes and the Orrery, etc.
—>  The description and use of the globes, and the orrery : to which is prefixed, by way of introduction, a brief account of the solar system
—>  The Description and Use Of The Globes, And The Orrery. To which is prefixed, By way of Introduction, a Brief Account of the Solar System
—>  The Description and Use of the Nocturnal
—>  The Description and Use of the Planetary Systeme, Together with Easie Tables. By which The Apparent Motions of the Heavens may be readily found for ever
—>  The Description and Use of the Pocket Case of Mathematical Instruments: wherein are particularly explained the Nature and Use of all the Lines contained on the Plain Scale, the Sector, the Gunter, and Proportional Compasses. Also, Their Practical Applicat
—>  The Description and Use of the Sector, the Crosse-Staffe and other Instruments, etc. : 3 entries
—>  The Description and use of the Sphaere
—>  The Description And Use Of The Terrestrial Globe : 2 entries
—>  The Description and Use of the Triangular Quadrant
—>  The Description and use of the Universall Quadrat. By which is performed, with great expedition, etc...
—>  The Description and Use of Two Arithmetick Instruments Together with a Short Treatise, explaining and Demonstrating the Ordinary Operations of Arithmetick. As likewise, a Perpetual Almanack, and several Useful Tables : 2 entries
—>  The Description and use of two Arithmetick Instruments
—>  The description and uses of a general Quadrant with the horizontal projection inverted
—>  The Description and Uses of a New Contriv'd Eliptical Double Dial; As also of the Universal AEquinoctial Dial. Which serve to find the Latitude, Hour of the Day, etc.
—>  The Description and Uses of the Celestial and Terrestrial Globes; And of Collins's Pocket Quadrant
—>  The Description and vse of the Sphaere Deuided into three principal Partes: Whereof The first intreateth especially of the circles of vppermost moueable Spaere, and of the manifold vses of euery one of them severally: The second sheweth the plentifull Vse
—>  "The Description of a Floating Collimator"
—>  The Description of a Microscope for Opake Objects
—>  The Description of a Microscope for Opake Objects;
—>  The Description of a New Construction and Application Of a Portable Apparatus of Microscopic Instruments; With Directions for the Use of every Part
—>  The Description of a New Invention, To fix the Pocket Microscope, And make it answer the Purposes of the large Reflecting Microscope : 2 entries
—>  The Description of a New Universal Microscope, which has all the Uses of the Single, Compound, Opake, and Aquatic Microscopes. Also the Improved Solar Microscope with Megalascope, and particular Directions for the Use and Application of every Part of the
—>  The Description Of a New-constructed Double Microscope: In which Some Useful Improvements are introduced
—>  The Description Of a New-constructed Double Microscope: in which Some Useful Improvements are introduced: As Made and Sold by the Inventor, John Cuff, In Fleet-Street, London
—>  The Description of a Pocket Microscope, with The Apparatus thereunto belonging : 2 entries
—>  The Description of a Single Microscope; And of an Apparatus Applicable to the Same, in order to make it a Solar Microscope, which will equally serve for a Camera Obscura, And also for Viewing Prints in Perspective = Description d'un Simple Microscope; & d
—>  The Description of a Time-keeper for Astronomical and other Uses : 2 entries
—>  "The Description of an Apparatus for impregnating Water with fixed Air; and of the Manner of conducting that Process"
—>  The Description of an Entertaining and Useful Instrument, called Gunter's Quadrant: By which is performed Most Propositions in Astronomy; as the Altitude, Azimuth, Right Ascension and Declination of the Sun, etc. also his Rising and Setting; together with
—>  "The Description of an Instrument for taking Angles, by Reflections, invented by Mr. J. Hadley. V.P. No 420. p. 147"
—>  The Description of the Universal Ring-Diall which sheweth the Hour of the Day in any part of the World
—>  "The Design and Accuracy of Some Observatory Instruments of the Seventeenth Century"
—>  "The Design and Improvement of Tiltable Radio Telescopes"
—>  "The Design of Low-Cost Photometric Telescopes"
—>  The Design of Physics Research Laboratories
—>  "The Design of the Triboelectric Generators of Martinus van Marum, F.R.S.: A Case History of the Interaction between England and Holland in the Field of Instrument Design in the Eighteenth Century"
—>  "The Determination of the Accelerations and Fluctuations in the Motions of the Sun and Moon"
—>  The Determination of the Coordinates of Positions for the Correction of Distances between Cities: a translation from the Arabic of Al-Biruni's Kitab Tahdid Nihayat al-Amakin Litashih Masafat by Jamil Ali
—>  "The determination of the focal length of a thick mirror"
—>  The Development of Anaesthetic Apparatus
—>  The Development of Arabic Numerals
—>  "The Development of Astronomical Theory and Practice from the 17th to the 20th Centuries"
—>  "The Development of Biological Preparative Techniques for Light Microscopy, 1839-1989"
—>  "The Development of Clinical Chemistry up to 1900"
—>  "The Development of Collateral Circulation in the Mouse's Ear"
—>  "The Development of Dental Histology in Britain"
—>  "The Development of Electrical Technology in the 19th Century: 1. The Electrochemical Cell and the Electromagnet"
—>  "The Development of Electrical Technology in the 19th Century: 2. The Telegraph and the Telephone"
—>  "The Development of Electrical Technology in the 19th Century: 3. The Early Arc Light and Generator"
—>  The Development of Inhalation Anaesthesia with special reference to the years 1846-1900
—>  The Development of Instruments to Measure Electric Current
—>  "The Development of Mathematical Logic and of Logical Positivism in Poland between the two Wars"
—>  "The Development of Mine Surveying Methods"
—>  "The Development of Nautical Astronomical Inspection Tables in the Period from 1770 to 1919"
—>  The Development of Newtonian Optics in England
—>  "The Development of Oceanographical Instruments"
—>  The development of organic chemistry at Oxford : 2 entries
—>  The Development of Saxon Scientific Instrument-Making Skills from the Sixteenth Century to the Thirty Years War
—>  The Development of Scientific Research in Modern Universities: A Comparative Study of Motives and Opportunities
—>  The Development of Technical Education in France 1500-1850
—>  "The development of the application of electricity to dental surgery up to 1900"
—>  The Development of the Black Forest Clock
—>  "The Development of the Calotype: France and Great Britain - Exchange or Rivalry?"
—>  "The Development of the English and the Dutchman's Log"
—>  The Development of the External Features of Xenopus Laevis, Based on Material Collected by the Late E.J. Bles
—>  "The development of the microscope during the last fifty years"
—>  "The development of the polarimeter"
—>  'The Development of the Sun-Dial Between A.D. 1400 and 1800'
—>  "The Development of the Teaching of Experimental Physics in British Universities"
—>  The Development of the Telephone in Oxford 1877-1977 : 2 entries
—>  "The Development of the Typewriter"
—>  "The Development of the University Laboratories"
—>  The Development of the Vertebrate Skull
—>  "The Development of Theories of Catalysis"
—>  The Devil's Bookshelf: A History of the Written Word in Western Magic from Ancient Egypt to the Present Day
—>  The Diagnosis and Treatment of Heart Disease. Practical points for students and practitioners
—>  "The Diagram of Unequal Hours"
—>  The Diary and Will of Elias Ashmole
—>  The Diary of Henry Alexander Miers 1858-1942
—>  The Diary of John Evelyn
—>  The Diary of Robert Hooke, M.A., M.D., F.R.S. 1672-1680
—>  The Diary of Samuel Pepys M.A., F.R.S.; Clerk of the Acts and Secretary to the Admiralty
—>  The Dias voyage, 1487-1488 : toponymy and padroes
—>  "The Diatomaceae of Canso Harbour, Nova Scotia"
—>  The Dictionary of National Biography
—>  The Dictionary of National Biography ... 1931-1940 : 2 entries
—>  The Dictionary of National Biography: Facts and Figures
—>  The Dictionary of National Biography: Founded in 1882 by George Smith. The Concise Dictionary from the Beginnings to 1911; being an Epitome of the Main Work and its Supplement, to which is added an Epitome of the Supplement 1901-1911
—>  The Dictionary of National Biography: Missing Persons
—>  The Dictionary of the Arts, Sciences, and Manufactures
—>  "The different refrangibility of colour'd Light confirmed by Dr. Desaguliers. No 374. p. 206"
—>  "The Diffusion of Greek Culture. IV. The Moslem Carriers"
—>  "The Diffusion of the Public Clocks in the Cities of Late Medieval Europe 1300-1500"
—>  The Dines Dynasty: a family of meteorologists
—>  "The Direction of the Earth's Magnetic Field at London, 1570-1975"
—>  "The Discipline of the History of Technology"
—>  The Discoverer of Gas Lighting: Notes on the life and work of the Rev. John Clayton, D.D., 1657-1725
—>  The Discoverer of Oxygen
—>  The discovery of an Univeral Principle for dividing the circumference of the circle, or any part of it. into a given number of equal parts, by a New Instrument called the Cyclometer
—>  "The Discovery of Atomic Numbers"
—>  "The Discovery of Bronze" [&] "La Decouverte du Bronze"
—>  "The discovery of fission"
—>  "The Discovery of Gerard Mercator's Astrolabes"
—>  The Discovery of Oxygen Part 2: Experiments by Carl William Scheele (1777)
—>  The discovery of oxygen. Part 1, Experiments by Joseph Priestley (1775)
—>  The discovery of oxygen. Part 2, Experiments by Carl Wilhelm Scheele (1777)
—>  The Discovery of Secrets attributed to Geber from the manuscript
—>  "The Discovery of Sex-Influenced, Sex-Limited and Sex-Linked Heredity"
—>  "The discovery of the law of conservation of energy"
—>  "The discovery of the relation between the nucleolus and the chromosomes"
—>  "The Discovery of the Trichina Spiralis"
—>  "The Discovery of the Uses of Colouring Agents in Biological Micro-technique"
—>  The Discovery of Unicellular Life: Excerpts from Communications by Antoni van Leeuwenhoek to the Royal Society of London (September 7, 1674, and October 9, 1676
—>  The Dispensary: A Poem: In Six Canto's
—>  "The Distinctive Characteristic of Homoeopathic Action (The Relation between Homoepathy and Physiology)"
—>  "The Disused Ancient Clock in Porlock Church"
—>  "The Divergence of the 'New Philosophy'"
—>  The divided circle : a history of instruments for astronomy, navigation and surveying
—>  The Divided Circle: A History of Instruments for Astronomy, Navigation and Surveying
—>  The Divine Origin of the Craft of the Herbalist
—>  "The Divining Rod"
—>  The Divining Rod: A History of Water Witching
—>  The Divining Rod: Its History, Truthfulness, and Practical Utility
—>  The Divining-Rod: An Experimental and Psychological Investigation
—>  The Divining-Rod: Its history, truthfulness and practical utility
—>  The Doctor in History
—>  The Doctor's Second Thoughts
—>  The Doctrine of Chances: or, a Method of Calculating the Probabilities of Events in Play
—>  The Doctrine of Plain and Spherical Trigonometry: with its Application and Use in the following parts of Mathematicks; viz. I. Navigation in all its Kinds; ... II. Astronomy; ... III. Projection of the Sphere in Plano. IV. Geography. V. Fortification. VI.
—>  The Doctrine of Plain and Spherical Trigonometry; with the Application and Use in the Following Parts of Mathematics; viz. etc.
—>  The Dodo and its Kindred; or the History, Affinities, and Osteology of the Dodo, Solitaire, and Other Extinct Birds of the Islands Mauritius, Rodriguez, and Bourbon
—>  "The Dodo Syndrome that Inspired a Museum Collection"
—>  "The Double Tachystoscope"
—>  The Dr Eugene and Rose Antelis Collection of Important French Carriage Clocks
—>  The Drama of Weather
—>  "The Dream Factory"
—>  "The dualistic cosmogony of Huai-nan-tzu and its relations to the background of Chinese and European alchemy"
—>  "The Dublin Schools"
—>  The Dufay Dioptichrome Plate: The Most Successful Solution to the Problem of Colour Photography that has hitherto been Attained
—>  The Dufaycolor Process
—>  "The Dunsink Observatory"
—>  The Dutch Windmill
—>  The Dynamical Theory of Gases
—>  The Dynamical Theory of Sound
—>  "The Dzerzhinsky: Birth of the Soviet 35mm Camera Industry"
—>  The Earl of Macclesfield's Speech in the House of Peers On Monday the 18th Day of March 1750. At the Second Reading of the Bill For Regulating the Commencement of the Year, etc.
—>  The Earl of Macclesfield's Speech in the House of Peers, on Monday the 18th Day of March 1750. At the Second Reading of the Bill for Regulating the Commencement of the Year, etc.
—>  "The Earliest Arithmetic Published in America"
—>  The Earliest Books on Bookkeeping 1494-1683
—>  The Earliest Chemical Industry: An Essay in the Historical Relations of Economics and Technology illustrated from the Alum Trade
—>  The Earliest Electromagnetic Instruments
—>  The Earliest Engraved Geological Maps of England and Wales
—>  "The Earliest Known Record of a Solar Eclipse"
—>  "The Earliest Portrait of Joseph Priestly"
—>  "The Earliest Published Writing of Robert Boyle"
—>  "The Earliest Snow Crystal Observations"
—>  The Earliest Star Catalogue for the Southern Hemisphere
—>  The Early Clockmakers of Great Britain
—>  The Early Connexion of the Royal Society with Wadham College and the University of Oxford
—>  "The Early Days of Pharmacology, with Special Reference to the Nineteenth Century"
—>  The Early Development of Electron Lenses and Electron Mocroscopy
—>  "The Early Development of Western Astronomy in India"
—>  The Early History of Chlorine: Papers by Carl Wilhelm Scheele (1774), C. L. Berthollet (1785), Guyton de Morveau (1787), J. L. Gay-Lussac and L. J. Thenard (1809).
—>  "The early history of mathematical gearing"
—>  The Early History of Palaeontology
—>  "The Early History of Photography"
—>  "The Early History of Seed-bearing Plants, as recorded in the Carboniferous Flora"
—>  The Early History of Surgery in Great Britain: Its organization and development
—>  "The early history of the first chemical reagent"
—>  "The Early History of the Import of Drugs into Britain"
—>  "The Early History of the Permanent Magnet"
—>  The Early History of the Royal Society
—>  The Early History of the Telephone in Bath
—>  "The Early History of the Visibility Problem"
—>  "The Early History of Water Supply"
—>  The Early Naturalists: Their Lives and Work (1530-1789)
—>  "The Early Observatory Instruments of Trinity College, Cambridge"
—>  "The early use of chloroform"
—>  The Early Years of the Ordnance Survey
—>  The Early Years of the Telephone Service in Bristol 1879-1931
—>  The Earth: Its Origin, History, and Physical Constitution
—>  The Earth's Antiquity in Harmony with the Mosaic Record of Creation
—>  The earthworm and the common house fly : in eight letters
—>  "The Eastern Iron Trade of the Roman Empire"
—>  "The Echo of Harvey's De Motu Cordis (1628) 1628/57"
—>  "The Echoist: Was Mr. Plot a little eccentric perhaps because he went round Oxford - and the surrounding district - searching for echoes?"
—>  The Economy of Nature explained and illustrated on the Principles of Modern Philosophy
—>  The Economy of the Eyes - Part II: Of Telescopes; being the Result of Thirty Years' Experiments with Fifty-One Telescopes of from one to nine inches in Diameter in the possession of William Kitchiner, M.D. To which are added An Abstract of the Practical P
—>  The Economy of the Eyes. - Part I. Of Spectacles, Opera-Glasses, and Theatres: Plain Rules, which will enable all to judge exactly when and what Spectacles are best calculated for their eyes, and Precepts for the preservation and improvement of the sight
—>  The Economy of the Eyes. - Part II. Telescopes; Being The Result of Thirty Years' Experiments with Fifty-One Telescopes, of from One to Nine Inches in Diameter. To which are added An Abstract of the Practical Parts of the Writings of Sir Wm. Herschel on T
—>  The Edinburgh almanack and Scots register for 1800, being the fourth after leap year
—>  The Edinburgh New Philosophical Journal
—>  The Edinburgh Philosophical Journal, exhibiting a view of the Progress of Discovery in Natural Philosophy, Chemistry, Natural History, Practical Mechanics, Geography, Navigation, Statistics, and the Fine and Useful Arts
—>  The Edison Cylinder Phonographs: A Detailed Account of the Entertainment Models until 1929
—>  'The Education of British Chemists in the Eighteenth Century'
—>  "The Educational Centrality of Oxford"
—>  The Educational Focus : 2 entries
—>  "The Effect of Cortisone on Inflammation and Mucin Regeneration in the Colon"
—>  The Effective Use and Proper Care of the Microtome
—>  The Effects of Dynamite Explosions on Fish Life. Preliminary Report
—>  "The Effects of Occipital Lobectomy on Vision in Chimpanzee" : 2 entries
—>  The Egestorff Collection : an abridged catalogue
—>  "The Egg shaped standing stone rings of Britain"
—>  "The Eggs and Early Life-History of the Herring, Gaspereau, Shad and other Clupeoids"
—>  The Eidophone Voice Figures. Geometrical and Natural Forms Produced by Vibrations of the Human Voice
—>  "The Eight Stars that Never Were"
—>  "The Eighteenth Century Problem"
—>  The Eighteenth Century Revolution in Science - The First Phase
—>  "The Eighth International Congress of the History of Science. Florence - Milan, 3-9 September, 1956"
—>  The Electric Astrolabe
—>  "The Electric Conductivities and Relative Densities of Certain Samples of Sea-Water" : 2 entries
—>  "The Electric Conductivity and Refracting Power of ninety samples of Sea-Water, and a comparison of these with the Salinity and Density" : 2 entries
—>  "The Electric Conductivity and Refracting Power of Ninety Samples of Sea-Water, and a Comparison of these with the Salinity and the Density"
—>  "The Electric Conductivity of Nitric Acid" : 3 entries
—>  The Electric Telegraph Popularised
—>  "The Electric Telegraph"
—>  The Electric Telegraph: A Social and Economic History
—>  The Electrician: A Weekly Illustrated Journal of Electrical Engineering, Industry and Science
—>  The Electrician's Guide; being A Brief Outline of the Amusing and Instructive Science of Electricity. Designed for the Amusement and Instruction of Young Persons
—>  The Electrolysis of Organic Compounds. Papers by Hermann Kolbe (1845-1868)
—>  The Electromagnetic Field
—>  The Electron Microscope in Biology
—>  "The Electron Microscope: The British Contribution"
—>  The Electron Microscope: The Present State of the Art
—>  The Electronic Theory of Organic Chemistry
—>  The Electronic Theory of Valency
—>  The Elementary Chemistry of Photographic Chemicals
—>  The elementary nature of chlorine : papers
—>  "The elementary particles of matter"
—>  The Elements of Algebra: designed for the Use of Students in the University
—>  The Elements of Astronomy, Physical and Geometrical. Done into English, with Additions and Corrections. To which is annex'd, Dr Halley's Synopsis of the Astronomy of Comets.
—>  The Elements of Astronomy: Designed for the Use of Students in the University
—>  The Elements of Chemistry
—>  The Elements of Chromatography
—>  The Elements of Clock and Watch-work, adapted to Practice
—>  The elements of coordinate geometry : Part I. Cartesian coordinates
—>  The Elements of Descriptive Astronomy
—>  The elements of dowsing
—>  The Elements of Euclid; viz. the first six books, together with the eleventh and twelfth. The errors by which Theon, or others, have long ago vitiated these books, are corrected, and some of Euclid's demonstrations are restored. Also the book of Euclid's
—>  The elements of experimental chemistry
—>  The Elements of Experimental Embryology
—>  The Elements of Graphical Arithmetic and Graphical Statics
—>  The elements of heat and of non-metallic chemistry : especially designed for candidates for the matriculation pass examination of the University of London
—>  The Elements of Land Surveying, designed principally for the use of Schools and Students
—>  The Elements of Mechanism
—>  The Elements of Natural Philosophy. Chiefly intended for the Use of Students in Universities
—>  The Elements of Natural Philosophy; or An Introduction to the Study of the Physical Sciences
—>  The Elements of Natural Philosophy; or, an Introduction to the Study of the Physical Sciences
—>  The Elements of Non-Euclidean Plane Geometry and Trigonometry
—>  The Elements of Optics: designed for the Use of Students in the University
—>  The elements of plane and spherical Trigonometry and its application to Astronomy, Dialling, etc.
—>  The Elements of that Mathematical Art commonly called Algebra, expounded in Four Books
—>  The Elements of that Mathematical Art commonly called Algebra, expounded in two books : 2 entries
—>  The Elements of the Four Inner Planets and the Fundamental Constants of Astronomy
—>  The Elliott Automatic Tissue Processor: At your Service Day and Night
—>  "The Elusive Comet: An Allegorical Interpretation of History?"
—>  "The Emblematic Title-Page to Stirpium Adversaria nova by Petro Pena and Mathias de L'Obel (1570)"
—>  The Emerald Table of Hermes Trismegistus
—>  The Emergence of Broadcasting in Britain
—>  'The Emergence of 'Maps' in European Rock Art: A Prehistoric Preoccupation with Place'
—>  The EMI Collection of Phonographs and Gramophones
—>  The Encyclopaedia Britannica A Dictionary of Arts, Sciences, Literature & General Information
—>  The Endless Web: John Dickinson & Co. Ltd. 1804-1954
—>  "The Endotoxin of the Meningococcus - a method of Extracting it for the Purpose of Standardizing Antimeningococcus Serum"
—>  The Engineering Contributions of Wendel Bollman
—>  The England of Henry Taunt: Victorian Photographer: his Thames, his Oxford, his Home Counties and Travels his Portraits, Times and Ephemera
—>  The English Chapmans and Traveller's Almanack for the Year of Christ, 1701. Wherein all the Post-Roads, with the several Branches and Distances, ... To which is added a Table of Accounts ready cast up, ... with a Sun-Dial and other Tables ... Also, the Ri
—>  "The English Compass Points"
—>  The English Globe Being a Stabil and Immobil one, performing what the Ordinary Globes do, and much more
—>  The English Globe. Being a Stabil and Immobil one, performing what the Ordinary Globe do, and much more. Invented and described by the Rt. Hon the Earl of Castlemaine
—>  "The English Gunner's Caliper"
—>  The English Map: An Elizabethan Cartographer: Saxton the Realist {...?}
—>  The English Mechanic and World of Science
—>  The English print, 1688-1802
—>  "The English Quadrant in Europe: Instruments and the Growth of Consensus in Practical Astronomy"
—>  The English Village Community and the Enclosure Movements
—>  The Englishman : being the sequel of the Guardian
—>  The Englishman: Being the Sequel of the Guardian.
—>  "The Entomology of the Bible"
—>  "The Environment of the Nuclear Submarine"
—>  The Epigrams of Martial
—>  "The Epitaxial Vapor Deposition of Perovskite Materials"
—>  The Equalization of Circular Arcs and the Trisection of Angles
—>  The Equatorie of the Planetis : 2 entries
—>  "The Equatorie of the Planetis" : 2 entries
—>  "The Equatorium of Abu al-Salt"
—>  "The Era of the Astigmatic Lens: Photographic Optics, Lenses and Optical Technology 1800-1875"
—>  The Essays of Jean Rey
—>  "The Essential Elements in the Scientific Revolutions of the Seventeenth Century"
—>  The Essentials of Qualitative Analysis
—>  The Establishment of Modern Genetical Theory as an Example of the Interaction of Different Models, Techniques, and Inferences
—>  "The Establishment of the Acidic Nature of Fixed Air"
—>  "The Etched Decoration of Armour"
—>  "The Etruscan numerals"
—>  The Etymological Compendium, or, Portfolio of Origins and Inventions; relating to Language, Literature, and Government; Architecture and Sculpture; Drama, Music, Painting, and Scientific Discoveries; Articles of Dress, etc. Titles, Dignities, etc.; Names,
—>  The Eureka Clock
—>  The Evaluation of a Museum Communication Format
—>  The Events which led to the Building of the Science Museum Centre Block 1912-1951
—>  "The Evidence for Ancient Mining"
—>  The Evil Eye and Protective Cattle Horns in Malta
—>  The Evil Eye: An Account of this Ancient & Widespread Superstition
—>  The Evolution of Anatomy: A Short History of Anatomical and Physiological Discovery to Harvey : 2 entries
—>  The Evolution of Clockwork with a special section on The Clocks of Japan, fully illustrated from the Author's collection. Together with a Comprehensive Bibliography of Horology covering over six hundred authors [missing in this copy]

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