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Pulse Shapes Optimized Using Optimal Control Theory

Pattern pulses (44)

A systematic approach for optimizing the robustness of pulse sequence elements with respect to couplings, offsets, and B1-field inhomogeneities (99)

Exploring the Limits of Broadband 90° and 180° Universal Rotation Pulses (97)

 

BEBOP / BIBOP amplitude-limited excitation and inversion pulses from "Exploring the limits..." (37)

 

Power-BEBOP / Power-BIBOP rf-power limited excitation and inversion pulses from "Exploring the limits..." (66)

 

Phase modulated pulses (51)

Broadband Excitation pulse (50 kHz Bandwidth for 1ms Pulse Length for. RF from 10 to 20 kHz, Bruker format, transforms Iz to Ix).
Broadband Excitation pulse, time-reversed (50 kHz Bandwidth for 1ms Pulse Length for RF from 10 to 20 kHz, Bruker format, transforms Ix to Iz).
180o Universal Rotation (50 kHz Bandwidth for 2ms Pulse Length for RF from 10 to 20 kHz, Bruker format).

 

Broadband excitation pulses (33)

Broadband Excitation pulse (40 kHz Bandwidth for 400us Pulse Length with max. RF 17.5 kHz, Bruker format).
Broadband Excitation pulse (40 kHz Bandwidth for 400us Pulse Length with max. RF 17.5 kHz, Varian format).
Broadband Excitation pulse (40 kHz Bandwidth for 500us Pulse Length with max. RF 17.5 kHz, Bruker format).
Broadband Excitation pulse (40 kHz Bandwidth for 500us Pulse Length with max. RF 17.5 kHz, Varian format).
Broadband Excitation pulse (40 kHz Bandwidth for 500us Pulse Length with max. RF 17.5 kHz and time digitization of 5us, Bruker format).
Broadband Excitation pulse (40 kHz Bandwidth for 500us Pulse Length with max. RF 17.5 kHz and time digitization of 5us, Varian format).

Broadband excitation pulses (26)

Broadband Excitation pulse (40 kHz Bandwidth for 2ms Pulse Length with max. RF 17.5 kHz, Bruker format).
Broadband Excitation pulse (40 kHz Bandwidth for 2ms Pulse Length with max. RF 17.5 kHz, Varian format).