Alignment initial

This modest improvement in stability is not as great as that observed in azo dyes sized similarly to 8 covalently attached to PMMA, which lose 10% of their alignment initially, and then only 10%/yr afterwards. (15) The covalent attachment of longer dyes to polymers might therefore lead to materials stable enough for testing in a particular setting over a period of years. 

Fig. 10 [Fre2 Trajectories of magnetization aligned initially along the -direction for a composite 901, pulse. The flip angles of the individual pulses in the composite pulse sandwich have been misset by 5% and 10% of their nominal values, respectively. Nevertheless the final magnetization is close to the v-axis in all cases.

These somewhat surprising results imply that aligning initially curved plates may not be remarkably effective in suppressing delamination. It should be noted that if the initial curvatures are aligned, the final curvature of the plate will be twice the initial curvature the internal moments generated by the internal stresses introduced during pressing are complementary. Conversely, as one would expect, the final curvature of the bilayer is zero if the initial curvatures are opposed and identical. 

Sparks, E. (2009). Land 125 and JP2097, Alignment - Initial review of Ph4 PCDD, Cranfield University, UK, 9 September. 

Figure Bl.15.7. Transient EPR. Bottom time-resolved EPR signal of the laser-flash-indueed triplet state of pentaeene in /j-terphenyl. BpO.085 mT. Top initially, the transient magnetization M is aligned along B z. In the presenee of a MW magnetie field B the magnetization preeesses about BJ x (rotating frame representation).

A stream of a liquid solution can be broken up into a spray of fine drops from which, under the action of aligned nozzles (skimmers) and vacuum regions, the solvent is removed to leave a beam of solute molecules, ready for ionization. The collimation of the initial spray into a linearly directed assembly of droplets, which become clusters and then single molecules, gives rise to the term particle beam interface. 

The sequence of clutch-engaging action is depicted in Fig, 29-77, Primary or secondaiw pawls (A) initiate engagement at clutch synchronism by aligning and engaging the relay clutch teeth (B), As the lightweight relay clutch (C) slides along its helical splines (D), the pawls are unloaded. 

The only human actions important in more than 50% of the BWR IPEs are manual depressurization, containment venting, initiation of standby liquid control (SLC), and system alignment for decay heat removal. In PWRs, only switch over to recirculation, feed-and-blecd, and the actions associated with depressurization and cooldown are important in more than 50% of the... 

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