Abstract
Multipulse line narrowing sequences are investigated with regard to performance at low radiofrequency power, and a new class of multipulse sequences specifically designed for low-power requirements is introduced. It is found that of all sequences tested BR-24 leads to optimum performance. The pulse width in a BR-24 experiment can be increased to 6 μsec and beyond with only a minimal increase in linewidth Fully windowless pulse cycles form a promising new class of multipulse sequences. One of these new techniques, BLEW-48, nearly equals, but does not surpass, BR-24 in dipolar suppression capability at low radiofrequency power.
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