Phase incremented pulse

The phase coherence can also be achieved simply by using a linearly phase incremented pulse (PIP) without resorting to additional hardware. Since all the RF pulses utilized for constructing a PIP have the same carrier, no frequency jump is involved. Consequently, phase coherence between the RF pulses applied before and after the PIP is reserved naturally. 

The first account is on Phase Incremented Pulses in NMR with Applications by S. Zhang, this is followed by Advances in NMR Studies of Liquid Crystals by R. Y. Dong, H. C. Bertram and H. J. Anderson report on Applications of NMR in Meat Science , NMR Characterization of Mechanical Waves is covered by G. Madelin, N. Baril, J. D. de Certaines, J.-M. Francone and E. Thiaudiere, the next account is on Aspects of Coherence Transfer in High Molecular Weight Proteins by P. Permi, the final chapter is on Local Dynamics in Polypeptides studied by Solid State 2H NMR by T. Hiraoki, S. Kitazawa and A. Tsutsumi. 

R 25 S. Zhang, Phase Incremented Pulse in NMR with Applications , p. 1... 

---