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Home > All Images > 2007 > March > 19 Mar 2007

Images Dated 19th March 2007 (page 5)

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Background imageImages Dated 19th March 2007: Ford car assembly line

Ford car assembly line. Worker assembling a Ford car on a car production line. The production line combines human labour and machine automation to ensure fast and efficient production of cars

Background imageImages Dated 19th March 2007: Gold mine drilling

Gold mine drilling. Exploratory drilling being carried out at a gold field. This is the Bokovoye gold field, mined by the OOO Aldanzoloto mining company that operates the Kuranakh gold

Background imageImages Dated 19th March 2007: Coal mining

Coal mining. Excavator machine loading coal onto a train truck. This is the Urtuisky coal mine in the Krasnokamensky district of the Chita region of Russia

Background imageImages Dated 19th March 2007: Uranium ore processing

Uranium ore processing. Worker walking past a furnace in a facility for processing uranium ore. In this case, uranium carbonate, which is a common component of uranium ores, is being processed

Background imageImages Dated 19th March 2007: 25-millionth Lada car

25-millionth Lada car. Assembled on 21 July 2006, this car, a Lada Kalina hatchback, marked the 40th anniversary of the Russian car manufacturing company AvtoVAZ

Background imageImages Dated 19th March 2007: Ford car assembly line

Ford car assembly line. Worker assembling a Ford car on a car production line. The production line combines human labour and machine automation to ensure fast and efficient production of cars

Background imageImages Dated 19th March 2007: Coal strip mining

Coal strip mining. Excavating machines mining coal from surface seams, in a technique known as strip mining. This is the Urtuisky coal mine in the Krasnokamensky district of the Chita region of

Background imageImages Dated 19th March 2007: Nuclear fuel assembly, Russia

Nuclear fuel assembly, Russia
Nuclear fuel assembly at the Novosibirsk Chemical Concentrate Works, Russia. This is the assembly stage where the fuel rods, loaded with their uranium fuel, are placed together in a bundle

Background imageImages Dated 19th March 2007: Nuclear fuel assembly, Russia

Nuclear fuel assembly, Russia
Nuclear fuel assembly at the Novosibirsk Chemical Concentrate Works, Russia. This is the assembly stage where the fuel rods, loaded with their uranium fuel, are placed together in a bundle

Background imageImages Dated 19th March 2007: Nuclear fuel production, Russia

Nuclear fuel production, Russia
Nuclear fuel production at the Novosibirsk Chemical Concentrate Works, Russia. This is an intermediate control stage, where the highly radioactive material is being handled behind lead shielding

Background imageImages Dated 19th March 2007: Nuclear fuel assembly, Russia

Nuclear fuel assembly, Russia
Nuclear fuel assembly at the Novosibirsk Chemical Concentrate Works, Russia. This is the pin loading area where the uranium fuel pellets are loaded inside the metal pins (or rods) seen here

Background imageImages Dated 19th March 2007: Nuclear fuel production, Russia

Nuclear fuel production, Russia
Nuclear fuel production at the Novosibirsk Chemical Concentrate Works, Russia. This is the starting stage, where material in the blue drums (from processed uranium ore)

Background imageImages Dated 19th March 2007: Nuclear fuel pellets

Nuclear fuel pellets. These pellets are made from uranium dioxide. The pellets will be loaded into fuel rods and then used in a nuclear reactor to create a controlled nuclear reaction

Background imageImages Dated 19th March 2007: Ozone machine for water supplies

Ozone machine for water supplies. Worker checking equipment in a water pumping station room with an ozone machine (centre)

Background imageImages Dated 19th March 2007: Lithium metal production

Lithium metal production. Worker holding a sample of lithium metal cut from a cast. Lithium is a highly reactive metal, and reacts vigorously with water in the skin or air

Background imageImages Dated 19th March 2007: Lithium metal production

Lithium metal production. Worker cutting a sample from a cast containing lithium metal. Lithium is a highly reactive metal, and reacts vigorously with water in the skin or air

Background imageImages Dated 19th March 2007: Industrial engineering

Industrial engineering. Workers at a foundry using lifting machinery to handle a white-hot metal part during the construction of an industrial machine

Background imageImages Dated 19th March 2007: Gold foundry

Gold foundry. Worker using a blowtorch to melt gold at a foundry. Gold is a precious metal, and here it is being prepared for use in jewellery

Background imageImages Dated 19th March 2007: Salmon fishing

Salmon fishing. Fisherman hauling in a catch of salmon from a coastal river trap at low tide. The sea is seen in the background

Background imageImages Dated 19th March 2007: Beriev Be-103 seaplane assembly

Beriev Be-103 seaplane assembly. Engineers working on the engines of Beriev Be-103 seaplanes (also called the Snipe ). This aeroplane has a wingspan of 12.5 metres, a length of 10.7 metres

Background imageImages Dated 19th March 2007: Aircraft design engineers

Aircraft design engineers. Engineers working with the blueprints for an aircraft. This is the Komsomolsk-on-Amur Aircraft Production Association (KNaPO)

Background imageImages Dated 19th March 2007: Industrial power station

Industrial power station. Workers in the control room of a thermal power station. A thermal power station is one designed to burn a fuel such as biofuel or coal

Background imageImages Dated 19th March 2007: Nuclear fuel production, Russia

Nuclear fuel production, Russia
Nuclear fuel production at the Novosibirsk Chemical Concentrate Works, Russia. This is an intermediate control stage, where the highly radioactive material is being handled behind lead shielding

Background imageImages Dated 19th March 2007: Blood sample testing

Blood sample testing. Medical technician preparing blood samples for a chemiluminescence immunity test. This test uses fluorescent antibodies to bind to antigens in the blood

Background imageImages Dated 19th March 2007: Swallowed razor and razor blades, X-ray

Swallowed razor and razor blades, X-ray
Swallowed razor and razor blades. X-ray of the abdomen of a patient with dementia that has swallowed a razor (centre left) and razor blades (upper right)

Background imageImages Dated 19th March 2007: Swallowed razor and razor blades, X-ray

Swallowed razor and razor blades, X-ray
Swallowed razor and razor blades. Coloured X-ray of the abdomen of a patient with dementia that has swallowed a razor (centre left) and razor blades (upper right)

Background imageImages Dated 19th March 2007: Swallowed razor and razor blades, X-ray

Swallowed razor and razor blades, X-ray
Swallowed razor and razor blades. Coloured X-ray of the abdomen of a patient with dementia that has swallowed a razor (centre left) and razor blades (upper right)

Background imageImages Dated 19th March 2007: Abdominal blood vessels, X-ray

Abdominal blood vessels, X-ray
Abdominal blood vessels. Coloured X-ray of blood vessels branching from the superior mesenteric artery (SMA). The SMA supplies oxygenated blood to the intestines and pancreas

Background imageImages Dated 19th March 2007: Abdominal blood vessels, X-ray

Abdominal blood vessels, X-ray
Abdominal blood vessels. Coloured X-ray of blood vessels branching from the superior mesenteric artery (SMA). The SMA supplies oxygenated blood to the intestines and pancreas

Background imageImages Dated 19th March 2007: Abdominal blood vessels, X-ray

Abdominal blood vessels, X-ray
Abdominal blood vessels. X-ray of blood vessels branching from the superior mesenteric artery (SMA). The SMA supplies oxygenated blood to the intestines and pancreas

Background imageImages Dated 19th March 2007: Abdominal arteries, X-ray

Abdominal arteries, X-ray
Abdominal arteries, coloured X-ray. At upper centre the hepatic artery (left) and the splenic artery (right) branch from the coeliac trunk (not seen)

Background imageImages Dated 19th March 2007: Abdominal arteries, X-ray

Abdominal arteries, X-ray. At upper centre the hepatic artery (left) and the splenic artery (right) branch from the coeliac trunk (not seen)

Background imageImages Dated 19th March 2007: Inoculating chicken eggs

Inoculating chicken eggs. Medical researchers working on treatment for bird viruses. At left, one researcher is marking the eggs, while at right

Background imageImages Dated 19th March 2007: Arterial stents, X-ray

Arterial stents, X-ray
Arterial stents. X-ray of the abdomen of a patient with stents (wire mesh tubes) in two arteries. The aorta, the bodys main artery is running down centre

Background imageImages Dated 19th March 2007: Arterial stents, X-ray

Arterial stents, X-ray
Arterial stents. Coloured X-ray of the abdomen of a patient with stents (wire mesh tubes) in two arteries. The aorta, the bodys main artery is running down centre

Background imageImages Dated 19th March 2007: Staghorn kidney stone, X-ray

Staghorn kidney stone, X-ray
Staghorn kidney stone. Coloured X-ray of the abdomen of a patient with a large staghorn stone (white, upper left) in the right kidney

Background imageImages Dated 19th March 2007: Arterial stents, X-ray

Arterial stents, X-ray
Arterial stents. Coloured X-ray of the abdomen of a patient with stents (wire mesh tubes) in two arteries. The aorta, the bodys main artery is running down centre

Background imageImages Dated 19th March 2007: Staghorn kidney stone, X-ray

Staghorn kidney stone, X-ray
Staghorn kidney stone. Coloured X-ray of the abdomen of a patient with a large staghorn stone (purple, upper left) in the right kidney

Background imageImages Dated 19th March 2007: Pyotr Lebedev, Russian physicist

Pyotr Lebedev, Russian physicist
Pyotr Nikolaevich Lebedev (1866-1912), Russian physicist. Lebedev studied in Strasbourg, before taking up a position at Moscow University in 1891

Background imageImages Dated 19th March 2007: Abram Jaffe, Soviet physicist

Abram Jaffe, Soviet physicist
Abram Fedorovich Jaffe (1880-1960), Soviet physicist. Jaffe (sometimes spelt Ioffe) studied electromagnetism, radiology, and semiconductor physics

Background imageImages Dated 19th March 2007: Excavation of mammoth bones

Excavation of mammoth bones, Siberia. String has been used to create a grid to allow accurate identification of the location of each bone

Background imageImages Dated 19th March 2007: Logging

Logging. Machinery being used to load logs onto a lorry in a forest clearing. A pile of freshly cut logs is at right. This forest is in the Arkhangelsk region, in the far north of Russia

Background imageImages Dated 19th March 2007: Gobi Desert

Gobi Desert. Sand dunes in the Gobi Desert. A caravan of camels is seen at lower left. This desert, located in southern Mongolia and northern China, is the largest in Asia

Background imageImages Dated 19th March 2007: Grass stem, SEM

Grass stem, SEM
Grass stem. Coloured scanning electron micrograph (SEM) of a section through a grass stem (family Graminaceae). At upper centre is the vascular bundle

Background imageImages Dated 19th March 2007: Xylem plant cells, SEM

Xylem plant cells, SEM
Xylem plant cells. Coloured scanning electron micrograph (SEM) of xylem cells from a sage stem (Salvia officinalis). The xylem transports water

Background imageImages Dated 19th March 2007: Grape vine, SEM

Grape vine, SEM
Grape vine. Coloured scanning electron micrograph (SEM) of the surface of a grape vine (Vitis sp.). It is covered in hairs and glandular trichomes (orange)

Background imageImages Dated 19th March 2007: Xylem plant cells, SEM

Xylem plant cells, SEM
Xylem plant cells. Coloured scanning electron micrograph (SEM) of xylem cells from a sage stem (Salvia officinalis). The xylem transports water

Background imageImages Dated 19th March 2007: Grape vine, SEM

Grape vine, SEM
Grape vine. Coloured scanning electron micrograph (SEM) of the surface of a grape vine (Vitis sp.). It is covered in hairs and glandular trichomes (red)



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