… phase shift is introduced to the on-resonant transverse magnetization. This so-called
Bloch–Siegert (BS) phase shift … for the BS spatial encoding technique (BS-SET) using RF-gradients. …

… for the Bloch–Siegert (BS) shift-based B 1 mapping method is proposed to obtain | B 1 + |
more accurately while using short BS pulse durations and small off-resonance frequencies. …

… However, in many cases, even qubits whose energy-level differences are very far from the
frequency … A typical example is the effect known as Bloch-Siegert shift. Unless these shifts are …

… method based on the Bloch-Siegert shift (16). This Bloch-Siegert shift is utilized to create a |B
… 1 relaxation, flip angle, chemical shift, background field inhomogeneity, and magnetization …

… This property has allowed the Bloch–Siegert shift to be used for mapping B 1 + $$ {B}…
encoding mechanism for B 0 $$ {B}_0 $$ gradient-free imaging. In this work, the Bloch–Siegert shift …

… In contrast, we present a completely novel approach to 2D spatial encoding with the Bloch
Siegert shift by implementing a strategy that embraces the inherent nonlinearity of the B1-…

… A B 0 gradient was used for frequency encoding during signal readout, and the third axis
was projected. Specific absorption ratio (SAR) calculations were performed for the wrist coil to …

… This study investigated a modified encoding strategy for CPMG BS-based methods to
overcome this limitation. By applying a “bipolar” off-resonant BS pulse before the refocusing pulse …

… using the Bloch-Siegert Shift The … the Bloch-Siegert Shift method for its robustness to TR,
T1 relaxation, and B0 inhomogeneity. An off-resonance Gaussian pulse with an offset frequency …

… Bloch-Siegert shift (BSS) method refers to a rapid and robust B 1 + mapping technique,
which has many advantages, including insensitivity to T1 and the capacity to perform single-slice …