Görüntüler ve cevaplar arasındaki farklılık

Dual Energy spektral görüntüleme

SOMATOM X.cite

100 / Sn150 kV
CTDI_vol: 9.89 mGy
DLP: 234 mGy*cm
Exposure time: 10 s
Pitch: 0.8 (each)
Rotation time: 0.3 s (each)

_{Courtesy of University Hospital Erlangen, Erlangen, Germany}

SOMATOM Force

Uncompromised, precise Dual Energy with tissue differentiation.

SOMATOM X.cite

AuSn 120 kV
CTDI_vol: 8.06 mGy
DLP: 657 mGy*cm
Exposure time: 18 sec
Scan length: 689 mm
Rotation time: 0.3 sec
Pitch: 0.3

• Monoenergetic 70 keV
• Mixed 120 kVp equivalent
• lodine map
• Fused Mixed / Iodine with iMAR

_{Courtesy of University Hospital Erlangen, Erlangen, Germany}

SOMATOM go.Top

Scan time: 21 s
Scan length: 759 mm
AuSn120 kV
CTDI_vol: 10.2 mGy
DLP: 728 mGy*cm

_{Courtesy of University Hospital of Erlangen, Erlangen, Germany}

SOMATOM Force

Collimation: 128 × 0.6 mm
Scan time: 4.12 s
Scan length: 355 mm
Rotation time: 0.25 s
Tube setting: 80/Sn 150 kV, 115/70 mAs
CTDI_vol: 7.78 mGy
DLP: 298.7 mGy*cm
Eff. dose: 4.18 mSv

• Fast Dual Source Dual Energy technology helped visualize the degree of perfusion defects after resection of the left lung to treat suspicious lesion

_{Courtesy of University Hospital Calmette, Lille, France}

AuSn 120 kV
CTDI_vol: 5.52 mGy
DLP: 188 mGy*cm
Exposure time: 9.8 s
Scan length: 356 mm
Rotation time: 0.3 s
Pitch: 0.3

• Fused and perfusion surrogate iodine image demonstrating extension of perfusion deficiencies caused by embolism

• MIP at 40 keV

_{Courtesy of Clinica Universidad de Navarra, Pamplona, Spain}

SOMATOM X.cite

90 kV / Sn150 kV
CTDI_vol: 16.65 mGy
DLP: 417 mGy*cm
Exposure time: 12 s
Pitch: 0.6 (each)
Rotation time: 0.5 s (each)

• TwinSpiral Dual Energy helps distinguish blood bruises within the bone marrow
• By filtering out the high energies with Tin Filter, TwinSpiral Dual Energy provides optimal spectral separation in bone marrow and no dose penalty

_{Courtesy of University Hospital Erlangen, Erlangen, Germany}

Collimation: 128 x 0.6 mm
Pitch: 0.6
Scan time: 12.08 s
Scan length: 555 mm
Rotation time: 0.5 s
Tube setting: 100/Sn 150 kV, 89/47 mAs
CTDI_vol: 5.28 mGy
DLP: 276.5 mGy*cm
Eff. dose: 4.15 mSv

High power reserves
Fast DE acquisition in clinical routine
Advanced DE applications such as syngo.CT DE Bone Marrow
High-resolution imaging

_{Courtesy of University of Tuebingen, Tuebingen, Germany}

SOMATOM Force

Collimation: 128 × 0.6 mm
Scan time: 4.12 s
Scan length: 355 mm
Rotation time: 0.25 s
Tube setting: 80/Sn 150 kV, 115/70 mAs
CTDI_vol: 7.78 mGy
DLP: 298.7 mGy*cm
Eff. dose: 4.18 mSv

• Fast Dual Source Dual Energy technology helped visualize the degree of perfusion defects after resection of the left lung to treat suspicious lesion

SOMATOM X.cite

AuSn 120 kV
CTDI_vol: 5.52 mGy
DLP: 188 mGy*cm
Exposure time: 9.8 sec
Scan length: 356 mm
Rotation time: 0.3 sec
Pitch: 0.3

• Fused and perfusion surrogate iodine image demonstrating extension of perfusion deficiencies caused by embolism
• MIP at 40 keV

_{Courtesy of Clínica Universidad de Navarra, Pamplona, Spain}

Widest spectral seperation enables uncompromised Dual Energy spectral imaging of syngo.CT DE Bone Marrow.

SOMATOM X.cite
TwinSpiral Dual Energy CT

Scan time: 35 s
Scan length: 186 mm
80/Sn150 kV
CTDI_vol: 37,06 mGy
DLP: 659 mGy*cm

_{Courtesy of University Hospital Zurich, Zurich, Switzerland}

Collimation: 2 x 128 x 0.6 mm
Scan time: 10.9 s
Scan length: 208.4 mm
Rotation time: 0.25 s
Tube setting: 90/Sn150 kV, 128/108 mAs
CTDI_vol: 10.99 mGy
DLP: 230.9 mGy*cm
Eff. dose: 3.23 mSv
HR: 53-58 bpm

• Cardiac CT scans exceeding 16 cm with 66 ms temproal resolution, low dose and Dual Energy information.
• With a single scan, both CTA and myocardium PBV information are acquired without any dose penalty for DE aquisition

_{Courtesy of MUSC Medical Center, Charleston, USA}

TwinBeam Dual Energy

Scan time: 44s
Scan length: 1,534 mm
AuSn 120 kV, 301 eff. mAs
CTDI_vol: 6.44 mGy
DLP: 1,007.8 mGy*cm
Eff. dose: 8 mSv

Dual Energy runoff with bone removal shows excellent image quality.

_{Courtesy of University Hospital Erlangen, Erlangen, Germany}

SOMATOM go.Top

Scan time: 38 s
Scan length: 1354 mm
AuSn120 kV
CTDI_vol: 6.2 mGy
DLP: 818 mGy*cm

_{Courtesy of University Hospital of Erlangen, Erlangen, Germany}

SOMATOM X.cite

80 / Sn150 kV
CTDI_vol: 7.96 mGy
DLP: 208 mGy*cm
Exposure time: 12 s
Pitch: 0.6 (each)
Rotation time: 0.5 s (each)

_{Courtesy of University Hospital Erlangen, Erlangen, Germany}

SOMATOM X.cite

100 / Sn150 kV
CTDI_vol: 9.89 mGy
DLP: 234 mGy*cm
Exposure time: 10 s
Pitch: 0.8 (each)
Rotation time: 0.3 s (each)

_{Courtesy of University Hospital Erlangen, Erlangen, Germany}