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1d bloch equation simulation  (MathWorks Inc)


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    Structured Review

    MathWorks Inc 1d bloch equation simulation
    3D joint T 1 / T 1 ρ / T 2 mapping and water/fat imaging sequence schematic diagram. Volume 1: IR (TI = 250 ms ), Volume 2: no‐preparation, Volume 3: T 1 ρ ‐preparation (spin‐lock duration = 40 ms and spin‐lock amplitude = 400 Hz ), Volume 4: T 2 ‐preparation (duration = 40 ms ), Volume 5: no preparation. Non‐rigid motion correction with patch‐based regularization is used to reconstruct 3D IP/OP HB images; water and fat images are generated from IP/OP images through a fat‐water separation algorithm, and T 1 / T 1 ρ / T 2 maps are estimated from water images by dictionary matching via a <t>Bloch</t> simulation of the proposed 3D sequence.
    1d Bloch Equation Simulation, supplied by MathWorks Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/bloch+equation+simulator/pmc11971512-40-1-15
    Average 90 stars, based on 1 article reviews
    1d bloch equation simulation - by Bioz Stars, 2026-09
    90/100 stars

    Images

    1) Product Images from "3D joint T 1 /T 1 ρ /T 2 mapping and water‐fat imaging for contrast‐agent free myocardial tissue characterization at 1.5T"

    Article Title: 3D joint T 1 /T 1 ρ /T 2 mapping and water‐fat imaging for contrast‐agent free myocardial tissue characterization at 1.5T

    Journal: Magnetic Resonance in Medicine

    doi: 10.1002/mrm.30397

    3D joint T 1 / T 1 ρ / T 2 mapping and water/fat imaging sequence schematic diagram. Volume 1: IR (TI = 250 ms ), Volume 2: no‐preparation, Volume 3: T 1 ρ ‐preparation (spin‐lock duration = 40 ms and spin‐lock amplitude = 400 Hz ), Volume 4: T 2 ‐preparation (duration = 40 ms ), Volume 5: no preparation. Non‐rigid motion correction with patch‐based regularization is used to reconstruct 3D IP/OP HB images; water and fat images are generated from IP/OP images through a fat‐water separation algorithm, and T 1 / T 1 ρ / T 2 maps are estimated from water images by dictionary matching via a Bloch simulation of the proposed 3D sequence.
    Figure Legend Snippet: 3D joint T 1 / T 1 ρ / T 2 mapping and water/fat imaging sequence schematic diagram. Volume 1: IR (TI = 250 ms ), Volume 2: no‐preparation, Volume 3: T 1 ρ ‐preparation (spin‐lock duration = 40 ms and spin‐lock amplitude = 400 Hz ), Volume 4: T 2 ‐preparation (duration = 40 ms ), Volume 5: no preparation. Non‐rigid motion correction with patch‐based regularization is used to reconstruct 3D IP/OP HB images; water and fat images are generated from IP/OP images through a fat‐water separation algorithm, and T 1 / T 1 ρ / T 2 maps are estimated from water images by dictionary matching via a Bloch simulation of the proposed 3D sequence.

    Techniques Used: Imaging, Sequencing, Generated

    Related Articles

    other:

    Article Title: Cardiac late gadolinium enhancement MRI for patients with implanted cardiac devices
    Article Snippet: The new inversion pulses were tested on a Bloch equation simulator in Matlab (The Mathworks, Natick, Mass.).

    Article Title: Effect of labelling plane angulation and position on labelling efficiency and cerebral blood flow quantification in pseudo-continuous arterial spin labelling.
    Article Snippet: To estimate the theoretical labelling efficiency, a Bloch equation simulator was implemented in Matlab (The Mathworks Inc., Natick, MA 2016), similar to that described previously [6].

    Sequencing:

    Article Title: Non-Contrast-Enhanced T 1 -Weighted MRI of Myocardial Radiofrequency Ablation Lesions
    Article Snippet: .. As part of sequence optimization, a Bloch equation simulator implemented in MATLAB (The MathWorks, Natick, MA) was used to estimate the signal evolution at 1.5 T in response to the proposed pulse sequence. ..



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    Image Search Results


    3D joint T 1 / T 1 ρ / T 2 mapping and water/fat imaging sequence schematic diagram. Volume 1: IR (TI = 250 ms ), Volume 2: no‐preparation, Volume 3: T 1 ρ ‐preparation (spin‐lock duration = 40 ms and spin‐lock amplitude = 400 Hz ), Volume 4: T 2 ‐preparation (duration = 40 ms ), Volume 5: no preparation. Non‐rigid motion correction with patch‐based regularization is used to reconstruct 3D IP/OP HB images; water and fat images are generated from IP/OP images through a fat‐water separation algorithm, and T 1 / T 1 ρ / T 2 maps are estimated from water images by dictionary matching via a Bloch simulation of the proposed 3D sequence.

    Journal: Magnetic Resonance in Medicine

    Article Title: 3D joint T 1 /T 1 ρ /T 2 mapping and water‐fat imaging for contrast‐agent free myocardial tissue characterization at 1.5T

    doi: 10.1002/mrm.30397

    Figure Lengend Snippet: 3D joint T 1 / T 1 ρ / T 2 mapping and water/fat imaging sequence schematic diagram. Volume 1: IR (TI = 250 ms ), Volume 2: no‐preparation, Volume 3: T 1 ρ ‐preparation (spin‐lock duration = 40 ms and spin‐lock amplitude = 400 Hz ), Volume 4: T 2 ‐preparation (duration = 40 ms ), Volume 5: no preparation. Non‐rigid motion correction with patch‐based regularization is used to reconstruct 3D IP/OP HB images; water and fat images are generated from IP/OP images through a fat‐water separation algorithm, and T 1 / T 1 ρ / T 2 maps are estimated from water images by dictionary matching via a Bloch simulation of the proposed 3D sequence.

    Article Snippet: A 1D Bloch equation simulation of the longitudinal magnetization, assuming perfect spoiling, was implemented in MATLAB (The MathWorks Inc., Natick, MA, USA) to generate a signal at each TR.

    Techniques: Imaging, Sequencing, Generated