Published by J.& H. Churchill London, 1883
Seller: Borderland Books, Llanfihangel Glyn Myfyr, CONWY, United Kingdom
US$ 152.27
Quantity: 1 available
Add to basketHardcover. Condition: Good. 1883 ninth edition. H/B with VIII+464+pp catalogue.Updated edition with Gelatine emulsion process. 57 illustrations. All Tight and clean with Slightly worn boards.
Published by S. D. Humphrey, New York, 1855
First Edition
Hard Cover. Condition: Fair. No Jacket. First American Edition. First American edition of this important early manual of photography, with sections on preparing & using salts of silver, development of the image by use of reducing agents, fixing the image, nature & properties of light, chemistry & photographic properties of the collodio-iodide of silver, positive & negative collodion photographs, theory of positive printing, proposed substitution of bromine for iodine, chemistry of the Daguerreotype process, practical details of the collodion process, outline of general chemistry. The American edition misspells London chemistry professor Hardwich's name. Small hardcover, as pictured. General wear, corners frayed, stain & some damage to front cover, minor waterstains; bookplate of New York engineer D. Judson Jenne (his son (?) of the same name owned a creamery in Wisconsin around 1900); ink name of University of Wisconsin chemistry professor Aaron Ihde, small ink number of title page, minor tanning & a few smudges to pages. Text clean; xii, 284 pages; vocabulary of photographic chemicals, appendix, index, two-page ad for Humphrey's Journal of the Daguerreotype and Photographic Arts, a few figures. Size: Small Octavo.
Published by London Eyre and Spottiswood published at the Great Seal Patent Office c, 1867
Seller: M.A. Stroh., London, United Kingdom
First Edition
US$ 138.43
Quantity: 1 available
Add to basketno binding. Condition: good. First Edition. Original Printed patent disbound with printed front blue wrapper present but not the back wrapper (both often lacking in early patents) About 27cm by 18cm some wear and tear due to the disbinding.