Phase interruption

Line centers of a number of previously unresolved SF transitions in the fundamental Vj band have been observed by Rabinowitz et al. with this Lamb-dip technique. Measurements of the dip width at small saturation levels yielded a determination of the SFe-SFe cross-sections for phase interrupting collisions. 

Fast activity (10 Hz or more) increasing in amplitude during tonic phase interrupted by slow waves during clonic phase... 

Gelation of one or both phases interrupts partitioning of water and large size dispersed particles between the phases. This illustrates the nonequUibrium ... 

Mobile phase interrupted. Insufficient flow from pump. —> Check reservoirs, loop, degassing of mobile phase, and compatibility of mobile phase components. 

Phase interrupting collisions and J changing collisions affect all hyperfine components alike and thus can account for the basic broadening seen for all components- The coupling between the nuclear spin and the... 

Traditionally, the destruction of p collisions is attributed to a loss of coherence of the phasep for different values of n (phase interruption) of the products A (R, t)A (Rj, t). (The traditional theory is described by, among others, Sobel man (1972).) However, an alternative explanation, applicable in the classical regime, is that j ollisions destroy p reducing the overlap of A (R, t) and A2(Rn this, we assume for simplicity that... 

Within an operation, it is an independent process-oriented action, eg, add reactant A, heat, drain, and initialize boundaries of phases are safe, logical points where processing can be interrupted... 

Metal enclosed low voltage power circuit breaker switchgear Metal clad and station type cubicle switchgear Metal enclosed interrupter switchgear Guide for calculating losses in isolated phase bus... 

Since the fault is of a transitory nature, the scheme may be applied even on a per-pole basis, allowing the healthy phases to remain intact and the reclosing necessitated only in the affected phase rather than all the phases, thus further enhancing the system s transient stability. However, it would require an independent interrupting mechanism and individual relaying and tripping schemes for each pole. 

The improvized version of a BOCB is achieved through an MOCB by arranging separate and insulated arc chambers to interrupt each phase separately, thus eliminating the element of fusion with the tank wall. 

The voltage developed would thus oscillate around the normal voltage and fall in phase with the fault current to achieve a near-strike free interruption of the interrupting device on a ground fault. 

Since usually the reference electrode is not equipped with a capillary probe (see Fig. 2-3), there is an error in the potential measurement given by Eq. (2-34) in this connection see the data in Section 3.3.1 on IR-free potential measurement. The switching method described there can also be applied in a modified form to potential-controlled protection current devices. Interrupter potentiostats are used that periodically switch off the protection current for short intervals [5]. The switch-off phase is for a few tens of microseconds and the switch-on phase lasts several hundred microseconds. 

The simplest scheme that accounts for the destruction of phase coherence is the so-called stochastic interruption model [Nikitin and Korst 1965 Simonius 1978 Silbey and Harris 1989]. Suppose the process of free tunneling is interrupted by a sequence of collisions separated by time periods vo = to do After each collision the system forgets its initial phase, i.e., the off-diagonal matrix elements of the density matrix p go to zero, resulting in the density matrix p ... 

---