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A time-saving pulse sequence that requires relatively low gradients and slow rise time is suggested herein. With this pulse sequence the entire k domain is sampled along a set of concentric circles using only 50% of the number of pulses required by the standard line sampling technique (2DFT). This can result in saving about half the total scanning time in gated cardiac imaging. The sampling configuration in the k domain is identical to MR projection reconstruction, with the advantage that a considerably smaller number of excitations is required. Furthermore, computer simulations indicate that the proposed method is also advantageous over the "half-Fourier" method, as it provides better SNR for equal acquisition time (0.83 vs. 0.707 of the 2DFT SNR respectively.
H Azhari, and
O E Denisova, and
A Montag, and
E P Shapiro
January 2003,
Journal of AHIMA,
H Azhari, and
O E Denisova, and
A Montag, and
E P Shapiro
September 1974,
Dental survey,
H Azhari, and
O E Denisova, and
A Montag, and
E P Shapiro
October 2011,
BioTechniques,
H Azhari, and
O E Denisova, and
A Montag, and
E P Shapiro
November 1994,
European journal of anaesthesiology,
H Azhari, and
O E Denisova, and
A Montag, and
E P Shapiro
September 1966,
Der Chirurg; Zeitschrift fur alle Gebiete der operativen Medizen,
H Azhari, and
O E Denisova, and
A Montag, and
E P Shapiro
February 2008,
International journal of cardiology,
H Azhari, and
O E Denisova, and
A Montag, and
E P Shapiro
March 1977,
Lancet (London, England),
H Azhari, and
O E Denisova, and
A Montag, and
E P Shapiro
November 2022,
Current biology : CB,
H Azhari, and
O E Denisova, and
A Montag, and
E P Shapiro
July 1995,
The Journal of prosthetic dentistry,
H Azhari, and
O E Denisova, and
A Montag, and
E P Shapiro
June 1954,
International journal of anesthesia,
