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Technology Collection (page 12)

Background imageTechnology Collection: Prehistory. Metal Age. 1st Iron Age. Bronze axes and bronze

Prehistory. Metal Age. 1st Iron Age. Bronze axes and bronze spear head. From Ripoll, Catalonia. Episcopal Museum of Vic. Spain

Background imageTechnology Collection: Prehistory. Iron Age. Tubular axes. From El Brull and Plana

Prehistory. Iron Age. Tubular axes. From El Brull and Plana
Prehistory. Metal Age. Iron Age. Tubular axes. From archaeological site of El Brull and Plana de Vic, Catalonia. Episcopal Museum of Vic. Catalonia. Spain

Background imageTechnology Collection: Prehistory. Bronze Age. Vessel. Bell Beaker. From Aiguafreda

Prehistory. Bronze Age. Vessel. Bell Beaker. From Aiguafreda
Prehistory. Bronze Age. Vessel. Bell Beaker. Iberian Peninsula. From Aiguafreda, Catalonia. Episcopal Museum. Vic. Spain

Background imageTechnology Collection: Prehistory. Iron Age. Pot. Terracota. 7th-6th c. BC. Near Ma

Prehistory. Iron Age. Pot. Terracota. 7th-6th c. BC. Near Ma
Prehistory. Metal Age. Iron Age. Pot. Gray terracota. 7th-6th century BC. Near Manlleu, Catalonia. Episcopal Museum of Vic. Catalonia, Spain

Background imageTechnology Collection: Prehistoric. Bronze Age. Santa Maria de Besora flat ax. From

Prehistoric. Bronze Age. Santa Maria de Besora flat ax. From
Prehistoric. Metal Age. Bronze Age. Santa Maria de Besora flat ax. Ripolles, Catalonia. Episcopal Museum of Vic. Catalonia. Spain

Background imageTechnology Collection: Prehistory. Bronze Age. Colsacabra flat ax. Osona, Catalonia

Prehistory. Bronze Age. Colsacabra flat ax. Osona, Catalonia
Prehistory. Metal Age. Bronze Age. Colsacabra flat ax. Osona, Catalonia. Episcopal Museum. Vic. Catalonia.. Spain

Background imageTechnology Collection: Ancient radio receiver

Ancient radio receiver. Brand Invicta

Background imageTechnology Collection: Mining. Shaft sinking by hand with hammer and wedge. Diorama

Mining. Shaft sinking by hand with hammer and wedge. Diorama
History. Mining. Shaft sinking by hand with hammer and wedge. Diorama. Deutsches Museum(Museum of Science and Technology). Munich. Germany

Background imageTechnology Collection: Germany. Munich. Deutches Museum

Germany. Munich. Deutches Museum. Gallery of mine. Reproduction. Child walking inside

Background imageTechnology Collection: Mining. Surveying by the mines compass. Diorama

Mining. Surveying by the mines compass. Diorama. Deutsches Museum. Munich. Germany

Background imageTechnology Collection: Lunar Roving Vehicle (LRV) or lunar rover. American Apollo p

Lunar Roving Vehicle (LRV) or lunar rover. American Apollo p
Lunar Roving Vehicle (LRV) or lunar rover was a battery-powered four-wheeled rover used on the Moon in the last three missions of the American Apollo program, during 1971 and 1972. Deutches Museum

Background imageTechnology Collection: Coal mine. Extraction of coal and transportation of minecard

Coal mine. Extraction of coal and transportation of minecard
History. Mining. coal mine. Extraction of coal and transportation by minecart. 19th century. Diorama. Deutsches Museum (Museum of Science and Technology). Munich. Germany

Background imageTechnology Collection: Room work in a potash mine. 1925

Room work in a potash mine. 1925
History. Mining. Room work in a potash mine. 1925. Deutches Museum. Munich. Germany

Background imageTechnology Collection: Stationary Gas Motor

Stationary Gas Motor. The motor is from the first series of internal combustion engines to be built in the Gas Motor Factory Deutz

Background imageTechnology Collection: Spacelab. Full reusable orbital research laboratory

Spacelab. Full reusable orbital research laboratory
Spacelab was a reusable laboratory used on certain spaceflights flown by the Space Shuttle. The laboratory comprised multiple components, including a pressurized module

Background imageTechnology Collection: Germany. Munich. Deutches Museum. Outside

Germany. Munich. Deutches Museum. Outside

Background imageTechnology Collection: Mercury Spacegraft (replica). 1960

Mercury Spacegraft (replica). 1960. Deutches Museum. Munich. Germany

Background imageTechnology Collection: Low pressure chamber type Schroedter, 1960

Low pressure chamber type Schroedter, 1960. Deutches Museum. Munich. Germany

Background imageTechnology Collection: Terrestrial globe by cosmographer Vicenzo Coronelli (1650-1

Terrestrial globe by cosmographer Vicenzo Coronelli (1650-1718). Detail.The Science and Technology Museum Leonardo da Vinci. Milan. Italy

Background imageTechnology Collection: Mirror Lapper. Machine designed by Leonardo. Codex Atlanticu

Mirror Lapper. Machine designed by Leonardo. Codex Atlanticu
Mirror Lapper. Machine by to the manufacturing of concave mirrors. During the Renaissance, mirrors are obtained by smoothing carefully bronze, copper or silver surfaces until they reflect perfectly

Background imageTechnology Collection: Leonardesque model. Wagon axle. Codex Atlanticus by Leonardo

Leonardesque model. Wagon axle. Codex Atlanticus by Leonardo da Vinci, shett 1049v, 1480. Model (19th century). The Science and Technology Museum Leonardo da Vinci. Milan. Italy

Background imageTechnology Collection: Leonardo Gallery. The science and Technology Museum Leonardo

Leonardo Gallery. The science and Technology Museum Leonardo
Leonardo Gallery. Models (1950s)drawings by Leonardo da Vinci (15th century). The science and Technology Museum Leonardo da Vinci. Milan. Italy

Background imageTechnology Collection: Study the air screw by Leonardo da Vinci. Manuscript B, shee

Study the air screw by Leonardo da Vinci. Manuscript B, shee
Flying machines. Study of air screw by Leonardo da Vinci. Manuscript B, sheet, 83 V, 1483-1486. Model by Mario Alberto and Vittorio Somenzi, 1952. The science and Technology Museum Leonardo da Vinci

Background imageTechnology Collection: Leonardesque models. Adjustable-tilt wing and Wing-beating d

Leonardesque models. Adjustable-tilt wing and Wing-beating d
Leonardesque models. Adjustable-tilt wing (Codex Atlanticus) and Wing-beating device with a screw and lead screw system ( Manuscript B). Leonardo da Vinci.16 th century

Background imageTechnology Collection: Model. Wing-beating device with a screw and lead screw syste

Model. Wing-beating device with a screw and lead screw syste
Flying machines. Wing-beating device with a screw and lead screw system. Manuscript B, sheet 77 r. Leonardo da Vinci.15th century. Model by Mario Alberto and Vittorio Somenzi, 1952

Background imageTechnology Collection: Leonardo model. Sea Dredger. Codex Atlanticus, sheet 842, 14

Leonardo model. Sea Dredger. Codex Atlanticus, sheet 842, 1486-90. Study for a dredging and cleaning boat. The digging tool, called bucket

Background imageTechnology Collection: Mud Dredge, designed by Leonardo da Vinci. Manuscript E, she

Mud Dredge, designed by Leonardo da Vinci. Manuscript E, she
Mud Dredge. Study by leonardo da Vinci to clean the beds of lagoon canals and locks. Manuscript E, sheet 75v. 1513-1515. Model by Louis Tursini, 1952-1953

Background imageTechnology Collection: Float. Leonardos drawing. Codex Atlanticus, sheet 656, 1485

Float. Leonardos drawing. Codex Atlanticus, sheet 656, 1485
Water and Land Machines. Float. Its function is that troops can cross the river. Leonardos drawing. Codex Atlanticus, sheet 656, 1485-1490. Model by Luigui Tursini, 1952

Background imageTechnology Collection: Parabolic bridge. Model by Ermenegildo Menighetti, 1952-1953

Parabolic bridge. Model by Ermenegildo Menighetti, 1952-1953. Leonardos drawing (Codex Atlanticus, sheet 855, 1480-90). The science and Technology Museum Leonardo da Vinci. Milan. Italy

Background imageTechnology Collection: Leonardesque model. Pole Hammer. Codex Atlanticus, sheet 785

Leonardesque model. Pole Hammer. Codex Atlanticus, sheet 785 b, 1500-1505. The Science and Technology Museum Leonardo da Vinci. Milan. Italy

Background imageTechnology Collection: Study of Leonardo da Vinci. Multiple cylinder mill. Model

Study of Leonardo da Vinci. Multiple cylinder mill. Model
Renaissance. Study of Leonardo da Vinci. Multiple cylinder mill. Model by Alexander Siriati (20th century). The Science and Technology Museum Leonardo da Vinci. Milan. Italy

Background imageTechnology Collection: Leonardesque model. Mobile ram boats. Model by Luigui Tursin

Leonardesque model. Mobile ram boats. Model by Luigui Tursini, 1952-1943. The Science and Technology Museum Leonardo da Vinci. Milan. Italy

Background imageTechnology Collection: Fast ramming boat. 1487-1492. Model

Fast ramming boat. 1487-1492. Model
Fast ramming boat. Codex Ashburham 2037, sheet 3r, 1487-1492. Model. The Science and Technology Museum Leonardo da Vinci. Milan. Italy

Background imageTechnology Collection: Hydraulic saw. Codex Atlanticus, sheet 1078, 1478-1480. Desi

Hydraulic saw. Codex Atlanticus, sheet 1078, 1478-1480. Desi
Hydraulic saw. Mechanical saw works with hydraulic energy. Leonardo da Vinci drawing. Codex Atlanticus, sheet 1078, 1478-1480

Background imageTechnology Collection: Crane with central winch. Codex Atlanticus f. 105 bv. Leonar

Crane with central winch. Codex Atlanticus f. 105 bv. Leonar
Machine. Crane with central winch. Codex Atlanticus f. 105 bv. This machine is one of the many cranes Da Vinci studied while he was living in Florence

Background imageTechnology Collection: Leonardesque models. Revolving cranes. 15th century. Models

Leonardesque models. Revolving cranes. 15th century. Models
Machine. Leonardes models. Revolving cranes. 15th century. The Science and Technology Museum Leonardo da Vinci. Milan. Italy

Background imageTechnology Collection: Leonardesque model. Work machines. Winch. Codex Atlanticus

Leonardesque model. Work machines. Winch. Codex Atlanticus
Leonardesque model. Work machines. Winch. Leonardo describes a winch that can transform the alternated motion of a lever in the continuous circular motion of a shaft. Codex Atlanticus, shett 30v

Background imageTechnology Collection: Study of Leonardo da Vinci. The transformation of water into

Study of Leonardo da Vinci. The transformation of water into steam. Tool designed to measure the expansion and pressure of steam. Codex Leicster, sheet 10 r

Background imageTechnology Collection: Alhazens problem from Atlantic Codex (Codex Atlanticus) by

Alhazens problem from Atlantic Codex (Codex Atlanticus) by Leonardo da Vinci. The Science and Technology Museum Leonardo da Vinci. Milan. Italy

Background imageTechnology Collection: Sketch drawing for Leonardo da Vinci painting for Virgin of

Sketch drawing for Leonardo da Vinci painting for Virgin of the Rocks. Study of rocks. Copy. The Science and Technology Museum Leonardo da Vinci. Milan. Italy

Background imageTechnology Collection: The Mechanism of vision. Codice Atlantico, 1490. Manuscript

The Mechanism of vision. Codice Atlantico, 1490. Manuscript dedicated to the study of the eye and to the science of vision. 15th century. Copy. the Science and Technology Museum Leonardo da Vinci

Background imageTechnology Collection: Studies on the moon. Leonardo da Vinci is interested in the

Studies on the moon. Leonardo da Vinci is interested in the phenomenon of light reflection from one planet to another. The Science and Technology Museum Leonardo da Vinci. Milan. Italy

Background imageTechnology Collection: Beating wing. Study by Leonardo da Vinci. Model by Mario Alb

Beating wing. Study by Leonardo da Vinci. Model by Mario Alb
Flying machines. Beating wing. Study by Leonardo da Vinci. Model by Mario Alberto and Vittorio Somenzi, 1952. Manuscript B, sheet 88 v. 1483-86. The science and Technology Museum Leonardo da Vinci

Background imageTechnology Collection: Milan. Italy. The Science and Technology Museum Leonardo da

Milan. Italy. The Science and Technology Museum Leonardo da
The Science and Technology Museum Leonardo da Vinci. Ancient monastery of San Vittore al Corpo. Cloister. Milan. Italy

Background imageTechnology Collection: The Regina Margherita thermoelectric power station (1895)

The Regina Margherita thermoelectric power station (1895). The Science and Technology Museum Leonardo da Vinci. Milan. Italy

Background imageTechnology Collection: Magnetoelectric Machine by E. M. Clarke. 19th century. Color

Magnetoelectric Machine by E. M. Clarke. 19th century. Color
Magnetoelectric Machine by E. M. Clarke. 19th century. Induction machine that amplifies induction currents. These devices are called electrovoltaicos induction apparatus. Colored engraving

Background imageTechnology Collection: Italy. Milan. National Museum of Science and Technology Leon

Italy. Milan. National Museum of Science and Technology Leonardo Da Vinci. Enrico Toti submarine. Used during the Cold War

Background imageTechnology Collection: Replica of the lab worktable of the Italian chemist Giulio N

Replica of the lab worktable of the Italian chemist Giulio N
Replica of the lab worktable on which the Italian chemist Giulio Natta (1903-1979) worked and invented the first synthetic plastic of second generation: the isotactic polypropylene



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