View allAll Photos Tagged TurboBoost
Brakes and Suspension
•Front and rear Spax top adjustable dampers with matched Spax springs
•Adjustable front track control arms set at 2 degree negative camber, zero toe
•Rear wheels set to 1 degree negative camber, zero toe
•Complete set of Powerflex polyurethane bushes on front and rear suspension
•283mm vented front brake disks (Sapphire Cosworth 2WD front)
•Mintex M1155 front race brake pads (Mintex code MDB1236)
•Goodridge stainless steel braided brake hoses on front and rear brakes
•Castrol DOT 4 brake fluid
•2.4 turn lock to lock quick steering rack
•Steering rack lowered by 20 mm to reduce bumpsteer
•Mechanical ABS removed
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Brakes and Suspension
•Front and rear Spax top adjustable dampers with matched Spax springs
•Adjustable front track control arms set at 2 degree negative camber, zero toe
•Rear wheels set to 1 degree negative camber, zero toe
•Complete set of Powerflex polyurethane bushes on front and rear suspension
•283mm vented front brake disks (Sapphire Cosworth 2WD front)
•Mintex M1155 front race brake pads (Mintex code MDB1236)
•Goodridge stainless steel braided brake hoses on front and rear brakes
•Castrol DOT 4 brake fluid
•2.4 turn lock to lock quick steering rack
•Steering rack lowered by 20 mm to reduce bumpsteer
•Mechanical ABS removed
Strobe test with a new silver reflector umbrella.
Model - Impreza
Strobist info:
All manual camera and strobe settings, its the law!
Canon 50D with 17-85 EF-S lense
Canon 580EXII on camera with diffuser 1/2 power
Canon 430EXII on stand with 33inch silver reflector umbrella 1/1 power camera left
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Edited Hubble Space Telescope image of gravitational lensing making arcs of galaxies. Color/processing variant.
Original caption: This NASA Hubble Space Telescope photo reveals a cosmic kaleidoscope of a remote galaxy that has been split into a dozen multiple images by the effect of gravitational lensing.
Gravitational lensing means that the mass of a foreground galaxy cluster is so large it is bending and magnifying the light from the more distant galaxy behind it. This “funhouse mirror” effect not only stretches the background galaxy image, but also creates multiple images of the same galaxy.
The lensing phenomenon produces at least 12 images of the background galaxy, distributed over four major arcs. Three of these arcs are visible in the top right of the image, while one counter arc is visible in the lower left — partially obscured by a bright foreground star within the Milky Way.
The galaxy, nicknamed the Sunburst Arc, is almost 11 billion light-years from Earth and has been lensed into multiple images by a massive foreground cluster of galaxies 4.6 billion light-years away.
Hubble uses these cosmic magnifying glasses to study objects that would otherwise be too faint and too small for even its extraordinarily sensitive instruments. The Sunburst Arc is no exception, despite being one of the brightest gravitationally lensed galaxies known.
The lens makes various images of the Sunburst Arc that are between 10 and 30 times brighter than the background galaxy would normally look. The magnification allows Hubble to view structures as small as 520 light-years across that would be too small to be resolved without the turboboost from the lensing effect. The structures compare reasonably well with star forming regions in nearby galaxies in the local universe, allowing astronomers to make a detailed study of the remote galaxy and its environment.
Hubble’s observations show that the Sunburst Arc is a proxy for galaxies which existed at a much earlier time in the history of the universe, perhaps only 150 million years after the Big Bang.
Edited Hubble Space Telescope image of gravitational lensing making arcs of galaxies.
Original caption: This NASA Hubble Space Telescope photo reveals a cosmic kaleidoscope of a remote galaxy that has been split into a dozen multiple images by the effect of gravitational lensing.
Gravitational lensing means that the mass of a foreground galaxy cluster is so large it is bending and magnifying the light from the more distant galaxy behind it. This “funhouse mirror” effect not only stretches the background galaxy image, but also creates multiple images of the same galaxy.
The lensing phenomenon produces at least 12 images of the background galaxy, distributed over four major arcs. Three of these arcs are visible in the top right of the image, while one counter arc is visible in the lower left — partially obscured by a bright foreground star within the Milky Way.
The galaxy, nicknamed the Sunburst Arc, is almost 11 billion light-years from Earth and has been lensed into multiple images by a massive foreground cluster of galaxies 4.6 billion light-years away.
Hubble uses these cosmic magnifying glasses to study objects that would otherwise be too faint and too small for even its extraordinarily sensitive instruments. The Sunburst Arc is no exception, despite being one of the brightest gravitationally lensed galaxies known.
The lens makes various images of the Sunburst Arc that are between 10 and 30 times brighter than the background galaxy would normally look. The magnification allows Hubble to view structures as small as 520 light-years across that would be too small to be resolved without the turboboost from the lensing effect. The structures compare reasonably well with star forming regions in nearby galaxies in the local universe, allowing astronomers to make a detailed study of the remote galaxy and its environment.
Hubble’s observations show that the Sunburst Arc is a proxy for galaxies which existed at a much earlier time in the history of the universe, perhaps only 150 million years after the Big Bang.
Do you like the picture ? Please write a comment and fave it. :)
Don't use this picture without my permission !
Do you like the picture ? Please write a comment and fave it. :)
Don't use this picture without my permission !
Do you like the picture ? Please write a comment and fave it. :)
Don't use this picture without my permission !
Lenovo ThinkPad W520, Type 4284-4MG, 2012/01
Windows 7 Pro OA Lizenz
Docking Station, Type 4338
2 x Netzteil, 20V 170W
Kurzbeschreibung:
Notebook mit Intel® Core™ i7- 2860QM 4x 2,50 GHz (TurboBoost bis zu 3.60 GHz) / 8 GB RAM
/ 500 GB Festplatte / DVD DL±RW/CDRW / NVIDIA Quadro 2000M 2048 MB / 39 cm (15,6")
1920 x 1080 Pixel (WUXGA TFT) mattes Display / Intel® Wireless WiFi Link 6300 AGN /
Bluetooth / integr. Webkamera / bis zu 10 Std. Akkulaufzeit / 2.7 kg / Microsoft® Windows® 7
Professional (64 Bit)
Lenovo ThinkPad W520, Type 4284-4MG, 2012/01
Windows 7 Pro OA Lizenz
Docking Station, Type 4338
2 x Netzteil, 20V 170W
Kurzbeschreibung:
Notebook mit Intel® Core™ i7- 2860QM 4x 2,50 GHz (TurboBoost bis zu 3.60 GHz) / 8 GB RAM
/ 500 GB Festplatte / DVD DL±RW/CDRW / NVIDIA Quadro 2000M 2048 MB / 39 cm (15,6")
1920 x 1080 Pixel (WUXGA TFT) mattes Display / Intel® Wireless WiFi Link 6300 AGN /
Bluetooth / integr. Webkamera / bis zu 10 Std. Akkulaufzeit / 2.7 kg / Microsoft® Windows® 7
Professional (64 Bit)
Lenovo ThinkPad W520, Type 4284-4MG, 2012/01
Windows 7 Pro OA Lizenz
Docking Station, Type 4338
2 x Netzteil, 20V 170W
Kurzbeschreibung:
Notebook mit Intel® Core™ i7- 2860QM 4x 2,50 GHz (TurboBoost bis zu 3.60 GHz) / 8 GB RAM
/ 500 GB Festplatte / DVD DL±RW/CDRW / NVIDIA Quadro 2000M 2048 MB / 39 cm (15,6")
1920 x 1080 Pixel (WUXGA TFT) mattes Display / Intel® Wireless WiFi Link 6300 AGN /
Bluetooth / integr. Webkamera / bis zu 10 Std. Akkulaufzeit / 2.7 kg / Microsoft® Windows® 7
Professional (64 Bit)
Lenovo ThinkPad W520, Type 4284-4MG, 2012/01
Windows 7 Pro OA Lizenz
Docking Station, Type 4338
2 x Netzteil, 20V 170W
Kurzbeschreibung:
Notebook mit Intel® Core™ i7- 2860QM 4x 2,50 GHz (TurboBoost bis zu 3.60 GHz) / 8 GB RAM
/ 500 GB Festplatte / DVD DL±RW/CDRW / NVIDIA Quadro 2000M 2048 MB / 39 cm (15,6")
1920 x 1080 Pixel (WUXGA TFT) mattes Display / Intel® Wireless WiFi Link 6300 AGN /
Bluetooth / integr. Webkamera / bis zu 10 Std. Akkulaufzeit / 2.7 kg / Microsoft® Windows® 7
Professional (64 Bit)
Lenovo ThinkPad W520, Type 4284-4MG, 2012/01
Windows 7 Pro OA Lizenz
Docking Station, Type 4338
2 x Netzteil, 20V 170W
Kurzbeschreibung:
Notebook mit Intel® Core™ i7- 2860QM 4x 2,50 GHz (TurboBoost bis zu 3.60 GHz) / 8 GB RAM
/ 500 GB Festplatte / DVD DL±RW/CDRW / NVIDIA Quadro 2000M 2048 MB / 39 cm (15,6")
1920 x 1080 Pixel (WUXGA TFT) mattes Display / Intel® Wireless WiFi Link 6300 AGN /
Bluetooth / integr. Webkamera / bis zu 10 Std. Akkulaufzeit / 2.7 kg / Microsoft® Windows® 7
Professional (64 Bit)
Lenovo ThinkPad W520, Type 4284-4MG, 2012/01
Windows 7 Pro OA Lizenz
Docking Station, Type 4338
2 x Netzteil, 20V 170W
Kurzbeschreibung:
Notebook mit Intel® Core™ i7- 2860QM 4x 2,50 GHz (TurboBoost bis zu 3.60 GHz) / 8 GB RAM
/ 500 GB Festplatte / DVD DL±RW/CDRW / NVIDIA Quadro 2000M 2048 MB / 39 cm (15,6")
1920 x 1080 Pixel (WUXGA TFT) mattes Display / Intel® Wireless WiFi Link 6300 AGN /
Bluetooth / integr. Webkamera / bis zu 10 Std. Akkulaufzeit / 2.7 kg / Microsoft® Windows® 7
Professional (64 Bit)