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BERTHOLLET, Claude Louis. ~ Elements of the art of dyeing... translated from the French by William Hamilton...

London: by Stephen Couchman, and sold by J. Johnson,  1791.
First edition in English, very scarce, of Berthollet's important scientific contribution to the burgeoning European textile industry. Having collaborated with Lavoisier on the latter's pioneering chemical nomenclature and presented some seventeen memoirs to the Academy, the author was already an influential chemist when appointed inspector of dye works and director of the Manufacture Nationale des Gobelins in 1784. The Gobelins had their origins in the workshops of Flemish weavers brought to Paris by Henri IV in 1602 and were formally established by Colbert in 1667 as the "Royal Manufactury of Furnishings to the Crown". They became the pre-eminent centre for tapestry weaving in EuropeIn the Éléments de l'art de la teinture Berthollet "endeavored to place the ancient craft of dyeing on a scientific basis by a systematic discussion of its procedures, coupled with an attempt to find an adequate set of theoretical principles to explain the chemical actions involved. His explanation was that, depending on the variable physical conditions of temperature, quantity of solvent employed, and so forth, when a cloth was dyed the reciprocal affinities of the particles of the dye, the mordants, and the cloth itself were responsible for the kind and quality of dyeing. The colors produced were due to the oxidation of the mordant by the atmosphere" (DSB).The British edition appeared in the same year as the French, reflecting the market for such a treatise in a country where textile production was becoming one of the most important national industries. A second British edition appeared at Edinburgh the following year and several reprints appeared in the nineteenth century, presumably a measure of the popularity and utility of this scientific manual of dyeing in the British industrial revolution.   view more...
£1300.00
US$2528.10*




BOERHAAVE, Herman. ~ A method of studying physick. Containing what a physician ought to know in relation to the nature of bodies, the laws of motion: staticks, hydrostaticks, hydraulicks, and the properties of fluids: chymistry, pharmacy, and botany: osteology, myology, splanchnology, angiology and dissection: the theory and practice of physick: physiology, pathology, surgery, diet, etc. And the whole Praxis medica interna; with the names and characters of the most excellent authors on all these subjects in every age: systematicks, observators, operators, &c. their best editions, and the method of reading them. Written in Latin... Translated into English by Mr. Samber.

London: by H.P for C. Rivington, B. Creake and J.Sackfield,  1719.
£950.00
US$1847.46*








FRANCISI [or FINX], Erasmus. ~ Der Wunder-reiche Uberzug unserer Nider- Welt, Oder Erd-umgebende Lufft-Kreys, Nach seinem natürlichen Wesen, manchfaltigen Eigenschafften, Nutzen, und Würckungen, natür- und unnatürlichen, feuer- und wässerigen Erscheinungen.

Nuremberg: Wolffgang Moritz Endter,  1680.
£6000.00
US$11668.18*




 

[GADROYS, Claude.] ~ Le système du monde, selon tres hypothèses, Où conformement aux loix de la Mechanique l'on explique dans la supposition du mouvement de la Terre. Les Apparences des Astres, La Fabrique du Monde, La Formation des Planetes, La Lumiere, la Pesanteur, &c. Et cela par de nouvelles demonstrations.

Paris: Guillaume Desprez,  1675.
First and only edition of this very scarce astronomical work written in an enthusistically Cartesian vein. Dedicated to the gentlemen of the Académie Royale des Sciences, Le système du monde rehearses (with the help of diagrams) the basic Ptolemaic and Copernican theories of the universe and then pursues a more sophisticated enquiry into the nature of planetary motion according to Copernicus, Galileo and Descartes. "Claude Gadroys (1642-1678) believed that Descartes has discovered a new world as truly as Columbus and others had discovered America. Although he professed not to accept the explanations of Descartes on every point, he did adopt his theory of tourbillons or vortices, his three elements or kinds of particles of matter, and his three laws that everything remains in the state it is, so long as nothing changes it, that a body in movement tends to continue to move in a straight line, and that bodies moving in circles try to break away from the centre of their movement" (Thorndike). The work is devoid of Newtonian influence (Newton's already formulated theories of gravitation remaining unpublished in 1675).Our copy is bibliographically interesting in containing alternative settings of several leaves. The first of these (pp. 87-8, given in two versions) apparently derives from a decision taken while the work was in the press to remove the rather rudimentary Copernican diagram from p. 87 and to alter the wording of the surrounding text. Our copy gives both versions, which makes for some confusion in the ordering of the text, but provides an insight into authorial and editorial practice in a work with an extensive scheme of diagrams. The alternative setting of pp. 271-6, which appear out of order, are harder to explain, but again there are variances between the texts of the two versions.Gadroys had earlier published a work entitled Discours sur les influences des astres (1671) which considered the claims of astrology in the light of the philosophy of Descartes. He refers the reader to this work in his brief treament of astrology towards the end of the present work.   view more...
£750.00
US$1458.52*


GATTEY, François. ~ Éléments du nouveau systême métrique, suivis des tables de rapports des anciennes mesures agraires avec les nouvelles...

Paris: Bailly and Rondonneau,  'An X' [1801].
First edition of an important practical guide to the new metric system, designed to counteract the persistence of local customary measurements in the regions of France and containing numerous tables for conversion from the old measures to the new. François Gattey was, with Legendre, one of the members of the convention established in 1795 to enact the definitive adoption of the metric system."One of the most significant results of the French Revolution was the establishment of the metric system of weights and measures....On June 19, 1791, a committee of 12 mathematicians, geodesists, and physicists met with Louis XVI, who gave his formal approval. The next day, the king attempted to escape from France, was arrested, returned to Paris, and was imprisoned; a year later, from his cell, he issued the proclamation that directed two engineers, Jean Delambre and Pierre Méchain, to perform the operations necessary to determine the length of the metre. The intervening time had been spent by the scientists and engineers in preliminary research; Delambre and Méchain now set to work to measure the distance on the meridian from Barcelona, Spain, to Dunkirk in northern France. The survey proved arduous; civil and foreign war so hampered the operation that it was not completed for six years. While Delambre and Méchain were struggling in the field, administrative details were being worked out in Paris. In 1793 a provisional metre was constructed from geodetic data already available. In 1795 the firm decision was taken to enact adoption of the metric system for France. The new law defined the length, mass, and capacity standards and listed the prefixes for multiples and submultiples. With the formal presentation to the assembly of the standard metre, as determined by Delambre and Méchain, the metric system became a fact in June 1799. The motto adopted for the new system was 'For all people, for all time'" (Ency. Brit.).   view more...
£250.00
US$486.17*




KRUGER, Johann Gottlob. ~ Diaet oder Lebensordnung.

Halle: Carl Hermann Hemmerde,  1751.
First edition of Kruger's regimen for health and long life. The first part of the book includes chapters on living in general, on the nurture of children, on air, on food and drink, sleeping and waking, exercise and rest. The second part discusses how to avert illness and the third gives advice on achieving long life. There are quite extensive materials on wine (including German regional varieties, brandy and Champagne), beer, tea, coffee, tobacco and snuff and chocolate, which include comments on origins and production as well as on dietetic and therapeutic value.The frontispiece is an attractive emblematic composition. Three couples sit at a well-laid table within an elegant tiled room. They dine on fruit, vegetables, a chicken and wine. In the darkened foreground sits a dour miserly figure with money-bags, coins and a sheet of paper, resting his head on his hand, under his table lurks a dog. Through open windows and doors we see a drunken man stumbling and three other figures.Krüger (1715-1759) was Professor of Medicine at Halle and Helmstedt. He was something of a polymath who aside from writing many medical and physiological scientific works also wrote on aspects of the natural sciences, child education and research into electricity and its therapeutic applications. He received a pietistic education which greatly influenced his work and life. His work was shaped on an all-embracing physico-theological world view in which man and body stood in the centre. He believed that god created the world and that due to his wisdom all the individual constituent elements were successively aligned.   view more...
£1200.00
US$2333.64*









NICHOLSON, William.  ~ A dictionary of chemistry, exhibiting the present state of the theory and practice of that science, its application to natural philosophy, the processes of manufactures, metallurgy, and numerous other arts dependant on the properties and habitudes of bodies in the mineral, vegetable and animal kingdoms, with a considerable number of tables, expressing the elective attractions, specific gravities, comparative heats, component parts, combinations, and other affections of the objects of chemical research. Illustrated with engravings.

London: for G.G. and J. Robinson,  1795.
£700.00
US$1361.29*



 

ROBINS, Benjamin. ~ New principles of gunnery: containing, the determination of the force of gun-powder, and an investigation of the difference in the resisting power of the air to swift and slow motions. By Benjamin Robins, F. R. S.

London: for J. Nourse,   1742.
First edition."New Principles of Gunnery transformed ballistics into a Newtonian science. Galileo's vacuum theory was the only practical theory before 1742, but only for low-velocity mortars as demonstrated in Bélidor's Le bombardier français (1731). Robins made it applicable for gunpowder weaponry in general. His key contribution was the invention and utilization of the ballistic pendulum. With Huygens's law of pendulum motion and Newton's law of linear momentum, he deduced the bullet's impact velocity from the subsequent swing angle. Robins then used the ballistic pendulum to verify his interior-ballistics theory, relying on Boyle's law, the thirty-ninth proposition from book one of the Principia, and the pneumatic chemistry techniques of Francis Hauksbee the elder and Stephen Hales. By applying Newton's second law of motion to velocity measurements at varying ranges, Robins also obtained the air- resistance force acting on musket balls. This revealed the significant limitations of Galileo's vacuum ballistics theory and of Newton's air-resistance function when approaching the speed of sound" (Steele in ODNB).Robins was born of Quaker stock in Bath. He was initially self-educated but was later taught by the Newtonian editor Henry Pemberton and became a significant exponent of Newton's physics. He had been elected a fellow of the Royal Society in 1727. His New principles of gunnery was widely-read and was translated into German by Euler and also into French.   view more...
£950.00
US$1847.46*




SANTORINI, Giovanni Domenico, (edited by Michael GIRARDI).  ~ Anatomici summi septemdecim tabulae quae nunc primum edit atque explicat iisque alias addit de structura mammarum et de tunica testica vaginali....

Parma: ex Regia Typographia,  1775.
First edition of one of the finest anatomies of the eighteenth century. Santorini (1681-1737) "worked as both a practicing physician and teacher-anatomist in Venice and was known to be one of the most careful and fastidious anatomists of his period. This work, edited by Michael Girardi (1731-97) and issued . . . after Santorini's death, contains illustrations of many parts of the human body, including the organs of smell and hearing, the pharynx, breasts, heart, stomach, liver, intestines, pancreas, and bladder. Of the 21 plates in the book, 17 were by Santorini, and each plate is accompanied by a companion outline plate that is marked with reference letters. The book is one of the finest anatomies of the 18th century because of its excellent illustrations and comprehensive commentary" (Heirs of Hippocrates)."Santorini died before the completion of these anatomical plates which he intended to be his chef d'œuvre. This elegrantly printed volume is the only significant medical book printed by the celebrated Giambattista Bodoni for the Duke of Parma... All the twenty-one prints of the work are done in a light crayon effect which, however, does not impair the anatomic clarity of the prints, but even brings out well the differences in the tissues. Each plate is accompanied by an outline plate which is marked with reference letters. The seventeen plates by Santorini have a ruled margin at the top and on the side, like the Eustachian plates, but have no signatures of the artists. They were drawn by Giovanni Battista Piazzetta, who made the coppers for Tasso's Gierusalemme Liberata. A woman, Florentia Marcella, engraved Santorini's plates under Santorini's personal supervision. The work belongs to the best of its time., not only as regards the dissections and illustrations, but also as to the very elaborate commentary. The pictures deal with facial muscles, the base of the brain and other parts of the brain, the organs of smell and hearing, the pharynx, the breasts, the heart, the diaphragm with the beginning of the thoracic duct, the stomach, the liver, the intestines, the pancreas, the ileocaecal valve., the bladder, the muscles of the perineum, and the genitals. Covoli's pictures represent the breasts, the tunics of the testicle and a six months' foetus" (Choulant, pp. 263-64). Copies only rarely contain the portrait: it is lacking in the copies described in Norman, Heirs of Hippocrates and Choulant.   view more...
£1800.00
US$3500.45*


 

SENDIVOGIUS, Michael. ~ A new light of alchymy: taken out of the fountain of nature and manual experience, to which is added a treatise of sulphur. Written by Micheel Sandivogius. i.e. anagrammatically, divi leschi genus amo. Also nine books of the nature of things, written by Paracelsus, viz. Of the generations, growths, conservations, life, death, renewing, transmutation, separation, signatures of natural things. Also a chymical dictionary explaining hard places and words met withal in the writings of Paracelsus and other obscure authors. All which are faithfully translated out of the Latin into the English tongue, by J. F. MD.

London: A. Clark for Thomas Williams,  1674.
£1650.00
US$3208.75*




THOMSON, John. ~ The universal calculator; or the merchant's, tradesman's, and family's assistant. Being an entire, new, and complete set of tables, adapted for dealers in every branch of trade, by wholesale or retail, and all families. Shewing, at one View, The Amount or Value of any Number or Quantity of Goods or Merchandise, from One to Ten Thousand, at all the various Prices, from One Farthing, in regular progression, to Thirty Shillings; in 280 different Tables. Also, At the foot of each Table is shown the Division of the Pound, Yard, &c. into the following Particulars, entirely new, and not to be found in any other Book, viz. For Dealers by Weight, such as Grocers, &c... For Dealers by Measure, such as Milliners, Haberdashers, &c... There are also added, Twenty-Seven Tables, Shewing the Exchange on Bills, Commission or Brokerage on Goods, &c. from 1/8 to 5 per Cent. and Tables, shewing the amount of any Salary, Income, Expence, &c. by the Day, Week, Month, or Year. By John Thomson, Accomptant in Edinburgh, Author of the Tables of Interest, and Tables for Calculating the Price of all kinds of Grain.

Edinburgh: [Murray & Cochran] for W. Creech and C. Elliot, Edinburgh; and C. Dilly, in the Poultry, London,  1784.
£750.00
US$1458.52*







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* Given as a guide only. Based on an exchange rate of £1 = US$1.944696 for the day 16 May 2008 but liable to fluctuate.

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16 May 2008