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'Slice Thickness'
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payam b

Tue. 29 Sep.09,
00:48

[Start of:
'Question: Slice Thickness and Slice spacing'
0 Reply]


 
  Category: 
Applications and Examinations

 
Question: Slice Thickness and Slice spacing
Hi every body, I have a question which may seem a simple one:
What is the relation between the slice thickness and slice spacing in MR images?
If we zero pad in slice direction , are we changing the slice thickness or slice spacing or maybe both of them?
 
 

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kulas diana

Fri. 28 Apr.17,
14:59

[Start of:
'C.spine ACR protocol for Aries II'
0 Reply]


 
  Category: 
General

 
C.spine ACR protocol for Aries II
Im having difficulty producing a good quality exam to pass ACR accreditation for Aries II .3T open.
can someone give me any tips pls.
specially the
T2 sag

Slice thickness must be <3.0mm
GAP< 1.0mm
In plane pixel(read)<1mm
In plane pixel(phase)<1mm
Pixel are<1

I Cant get it in specs. without going over this numbers
thanks in advance
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Steven Ford

Thu. 17 Mar.11,
03:16

[Reply (2 of 5) to:
'Building 3d Volumes from MRI DICOM'
started by: 'Robert Patten'
on Thu. 3 Mar.11]


 
  Category: 
General

 
Building 3d Volumes from MRI DICOM
In almost all cases, MRI images have a slice thickness far greater than their in-plane resolution, making multiplanar reconstruction meaningless. Also, most MRI images have a gap between the slices, which also renders multiplanar meaningless and impossible (unless you're happy with black bars where the slice gaps exist).

You can look at your images and the slice thickness is on the graphics. the slice gap is usually not displayed, but if you look at the slice location displayed on adjacent slices, and compare to the slice thickness, you can easily compute the slice gap.

The in-place resolution is (approx) the field of view divided by the acquisition matrix, both of which are also printed on the image somewhere.

By the way, if you have the dicom (.dcm) files, there is lots of data that's 'hidden' that you can access with a full featured dicom file editor.
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