Lattice Plate
Posted in Pottery on 08/04/2009 05:46 pm by admin |
 Wedgwood Majolica pictorial lattice rimmed plate $219.55 Time Remaining: 2d 1h 31m Buy It Now for only: $219.55 |
 Wedgwood Majolica pictorial lattice rimmed plate $219.55 Time Remaining: 2d 1h 31m Buy It Now for only: $219.55 |
 Large Showpiece Porcelain Lattice Plate Iris Wildflower $84.00 Time Remaining: 29d 6h 36m Buy It Now for only: $84.00 |
 Leeds Pottery Pierced Lattice Plate $48.74 Time Remaining: 22d 4h 30m Buy It Now for only: $48.74 |
 Set Of 6 Brunelli White Lattice Blue Grape 8 1 2 Plates Made In Italy $45.99 Time Remaining: 22d 3h 24m Buy It Now for only: $45.99 |
 GRIFFIN ETRUSCAN MAJOLICA CUPIDS PLATE PINK LATTICE LEAVES GREEN CUPID CENTER $39.99 Time Remaining: 18d 12h 42m Buy It Now for only: $39.99 |
 NEW Small Lattice Plate Aster pattern Quimper w certi $30.60 Time Remaining: 15d 6h 7m Buy It Now for only: $30.60 |
 LARGE Wall Hanging PLATE Hand Painted MARKED ITALY LATTICE DESIGN $32.00 Time Remaining: 21d 1h Buy It Now for only: $32.00 |
 Brunelli White Lattice Blue Grapes Leaves Trim 11 3 4 Chop Plate Plates Italy $15.99 Time Remaining: 25d 5h 19m Buy It Now for only: $15.99 |
 MAJOLICA BORDALLO LEAVES LATTICE GREEN SALAD PLATE NU $14.95 Time Remaining: 23d 1h 52m Buy It Now for only: $14.95 |
 Vtg Italian Art Pottery Hand Painted Fruit Lattice Rim White Glaze Plate Italy $19.99 Time Remaining: 23d 11h 30m Buy It Now for only: $19.99 |
 HAND PAINTED FLORAL GROUP SIGNED S HAYASHI LATTICE DESIGN WALL HANGING PLATE $28.00 Time Remaining: 20d 13h 2m Buy It Now for only: $28.00 |
 975 LATTICE BORDER VINTAGE PLATE BLUE UNDER GLAZE $22.99 Time Remaining: 6d 1h 23m Buy It Now for only: $22.99 |
 Hand Painted Plate Deruta Italy 7138 Fruit Lattice Edg $22.99 Time Remaining: 23d 1h 16m Buy It Now for only: $22.99 |
 Brunelli White Lattice Blue Grapes Leaves Trim 10 5 8 Dinner Plate Plates Italy $11.99 Time Remaining: 25d 5h 14m Buy It Now for only: $11.99 |
 C 20 California Pottery USA plate olive lattice los angeles bowl green $13.50 Time Remaining: 5d 6h 15m Buy It Now for only: $13.50 |
 vtg HMS royal HANOVER germany PLATE lattice FRUIT dish GRAPES berries PEACH $15.99 Time Remaining: 23d 11h 23m Buy It Now for only: $15.99 |
 vtg FLORAL hand PAINTED milk GLASS plate BLUE pink FLOWERS white LATTICE plate $14.99 Time Remaining: 5d 3h 6m Buy It Now for only: $14.99 |
 Antique Majolica Bread Plate Bowl w Flowers Lattice Border $124.85 Time Remaining: 23d 10h 31m Buy It Now for only: $124.85 |
 Set 2 Hand Painted Pottery PLATE Made in Italy Flower Lattice Edge $39.99 Time Remaining: 25d 16h 27m Buy It Now for only: $39.99 |
 WISCONSIN POTTERY Redware Folk Art PLATE with FLOWER LATTICE by Joel Huntley $39.95 Time Remaining: 6d 13h 56m |
 Von Schierholz Reticulated Dresden Floral 8 Serving Plate Germany Lattice Edge $37.50 Time Remaining: 9d 5h 31m Buy It Now for only: $37.50 |
 VINTAGE JW ITALY LATTICE ROOT VEGETABLE CERAMIC TIDBIT PLATE $19.99 Time Remaining: 3h 12m Buy It Now for only: $19.99 |
 Hosley Potteries Openwork Lattice Plate with Grapes $17.99 Time Remaining: 11d 3h 39m Buy It Now for only: $17.99 |
 Pierced Lattice German Porcelain Plate Floral Bouquet $16.20 Time Remaining: 4d 4h 22m Buy It Now for only: $16.20 |
 CALECA GRECA PASTA LUNCHEON PLATES BLUE GREEN LATTICE ARCHES FLOWERS 336 ITALY $11.00 Time Remaining: 15d 20h 43m Buy It Now for only: $11.00 |
 Rose flower plate w lattice edge hand painted 8 1 4 vintage $10.00 Time Remaining: 2d 7h 29m Buy It Now for only: $10.00 |
 10 Pink Bordallo LEAF and Lattice Weave Plate Portugal RARE $6.99 Time Remaining: 11h 56m |
 Set of 2 Hosley Pottery Lattice Plates with Grape Design $6.99 Time Remaining: 4d 5h 50m |
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Totally Bamboo Lattice Flatware Caddy
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DescriptionSimplify your life and beautify your buffet, barbeque or picnic with Totally Bamboo's Lattice Flatware Caddy. It measures 9.64 by 7.6 by 3.9-inch and is perfect for having your flatware ready-to-use, wherever you may be... |
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Harold Pie Crust Maker 14" (for 10-14" Pies)
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DescriptionThis 14" Pie Crust Maker will help you make quick work of rolling out perfectly shaped pie crust. Simply sprinkle the dough with a little flour, put it in the Pie Crust Maker, and roll out to the desired diameter... |
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Totally Bamboo Lattice Tray, 14 by 19-Inch
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DescriptionProduct FeaturesQuality built bamboo tray; great for serving food and drinksConstructed of high quality Moso bamboo; 16 percent harder and more durable than mapleBamboo is an ecologically green alternative to wood; strong, dense and versatileTray measures 19 by 14 by 2-inch and features a grooved surface and carry handlesBy Totally Bamboo - totally good for the environment and totally good for you Totally Bamboo's Lattice Tray is perfect for serving breakfast-in-bed (for your special someone) and for serving snacks and appetizers, everyday and on special occasions... |
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Florene Impressionism Art - Purple Flowers On White Lattice - Light Switch Covers - double toggle switch
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DescriptionPurple Flowers On White Lattice Light Switch Cover is new and handcrafted utilizing unique process resulting in a stunning high gloss ceramic-like finish. SET OF MATCHING SCREWS IS INCLUDED giving it a perfect finishing touch... |
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Florene Impressionism Art - Purple Flowers On White Lattice - Light Switch Covers - 2 plug Outlet Cover
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DescriptionPurple Flowers On White Lattice Light Switch Cover is new and handcrafted utilizing unique process resulting in a stunning high gloss ceramic-like finish. SET OF MATCHING SCREWS IS INCLUDED giving it a perfect finishing touch... |
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Florene Impressionism Art - Purple Flowers On White Lattice - Light Switch Covers - single toggle switch
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DescriptionPurple Flowers On White Lattice Light Switch Cover is new and handcrafted utilizing unique process resulting in a stunning high gloss ceramic-like finish. SET OF MATCHING SCREWS IS INCLUDED giving it a perfect finishing touch... |
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Lattice Rose 3-Ply Beverage Napkins 36 Per Pack
Sale Price: $5.99 |
DescriptionCreative Converting is a leading manufacturer and distributor of disposable tableware including high-fashion paper napkins plates cups and tablecovers in a variety of solid colors and designs appropriate for virtually any event. |
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Lattice Rose 7-inch Paper Plates 8 Per Pack
Sale Price: $2.99 |
DescriptionCreative Converting is a leading manufacturer and distributor of disposable tableware including high-fashion paper napkins plates cups and tablecovers in a variety of solid colors and designs appropriate for virtually any event. |
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Lattice Rose 10.25-inch Paper Plates 18 Per Pack
Sale Price: $8.29 |
DescriptionCreative Converting is a leading manufacturer and distributor of disposable tableware including high-fashion paper napkins plates cups and tablecovers in a variety of solid colors and designs appropriate for virtually any event. |
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RBP RBP-121 Black License Frame and Plate Combo with Mesh and Star Logo
Sale Price: $29.95 |
DescriptionRBP License Plate and Plate Combo with mesh and star logo. |
Dennis Gabor
Dennis Gabor was born on June 5, 1900, in Budapest, Hungary, to S. Berthold and Ady (Jacobovits) Gabor. The son of a businessman, he received his education at the technical universities of Budapest (1918-1920) and Berlin (1920-1927). He earned both his diploma and his doctorate in engineering from the Technische Hochschule, in Charlottenburg, Germany, the former in 1924, the latter in 1927. He remained in Berlin upon graduation, working as a research engineer for Siemens and Halske until Hitler's rise to power in 1933.At that point Dennis Gabor left Germany for Britain, taking a job with the British Thomson-Houston Company in Rugby, England.
Gabor stayed with the British firm for 15 years, from 1933 to 1948, working on the improvement of the resolving power of the electron microscope.
The electron microscope had increased resolving power a hundredfold over the finest light microscopes, yet it still fell short of allowing scientists to "see" atomic lattices (the patterned arrangement of atoms, not individual atoms, which are too small).The image was distorted in two ways - fuzziness (as if one's camera were out of focus) and sphericity (as though one were looking through a raindrop). If one improved the former, the latter worsened, and vice-versa.
During his childhood in Budapest,Dennis Gabors howed an advanced aptitude for science; in their home laboratory, he and his brother would often duplicate the experiments they read about in scientific journals. He entered Budapest Technical University at age eighteen, but had only completed three years of study when he was drafted into the military. Gabor, who had already served two years in World War I, chose not to fight for Hungary's newly restored monarchy; instead, he moved to Berlin to complete his education. It was here, at Berlin Technical University, that he studied under such influential scientists as Max Planck (1858-1947), Max von Laue (1879-1960), and Albert Einstein (1879-1955). Gabor remained in Germany until the rise of Hitler, after which he fled to England, where he conducted the bulk of his research.
In 1947 a brilliant solution occurred to Dennis Gabor. What if one were to use the diffraction pattern (the fuzziness) in a way which provided one with all the information about the atomic lattice. That is, why not take an unclear electron picture, then clarify that picture by optical means. This was the genesis of holography. Gabor proposed to take an electron beam of light and split it in two, sending one beam to an object, the other to a mirror. Both would initially have the same wavelength and be in phase (coherent), but upon reflection from the object and the mirror back to the photographic plate, interference would be set up. Imagine ocean waves rolling in upon a long, sandy beach, one following another. Imagine them all equal in size, intensity, and timing. Now imagine you could split the beach in two, with two sets of waves coming in upon two different beaches. Tilt these two at an angle of your own choosing, superimpose them, and imagine the interference the waves would create for each other. This interference would not be completely chaotic, but would actually follow a pattern. From this "diffraction" pattern, one could reconstruct the initial waves. Now vary these initial waves in size, intensity, and timing (which might be imagined as due to different weather conditions out at sea). The diffraction pattern would differ correspondingly, and even the weather conditions might be hypothetically reconstructed. This is what Gabor wished to do with electron beams. The beam from the mirror would be unchanged, but the beam reflected from the object would contain all the irregularities imposed upon it by that object. Upon their meeting at the photographic plate, the two beams would be generally incoherent, and an interference pattern would occur. This interference could then be captured upon film, and if light were then shone through this film, it would take on the interference pattern and produce an image capable of three-dimensional reconstruction.
Gabor worked out the basic technique by using conventional, filtered light sources, not electron beams. The mercury lamp and pinhole were utilized to form the first, imprecise holograms. But because even this light was too diffuse, holography did not become commercially feasible until 1960, with the development of the laser, which amplifies the intensity of light waves. Nevertheless, Gabor demonstrated mathematically that holography would work even with electron beams - just as his experiments showed it worked with ordinary light. The major practical problem remaining with the electron microscope prior to 1960, however, was not left unchallenged by Gabor - this was the double image incidentally obtained by the holographic process. Gabor was able to use the very defect of electron lenses - spherical aberration - to remove the second image.
Gabor published the principle of holography and the results of his experiments in Nature (1948), Proceedings of the Royal Society (1949), and Proceedings of the Physical Society (1951). This work earned him in 1948 a position on the staff of the Imperial College of Science and Technology, London. In 1958 he was promoted to professor of applied electron physics, and he held that post until his retirement in 1967. His other work consisted of research on high-speed oscilloscopes, communication theory, physical optics, and television, and he was awarded more than 100 patents. Yet Gabor was not the pure scientist or isolated inventor; many of his popular works addressed the social implications of technological advance, and he remained suspicious of assumptions of inevitable technological progress, nothing the social problems it could not solve as well as the ones it caused.
Gabor received many honors. In 1956 he was nominated to the Royal Society; he was made an honorary member of the Hungarian Academy of Scientists;
During the 1960s, the field of holography exploded and today has become a multimillion dollar industry. Holography has found applications in medicine, cartography, and computerinformation storage. Holograms can be found in advertising, on magazine covers, and on credit cards to prevent counterfeiting. Gabor was awarded numerous scientific accolades for his discovery, including the Rumford Medal, in 1968, and the Nobel Prize, in 1971.
About the Author
Name : Shubham Dawra
Blog : http://www.aiobeta.blogspot.com