Generalized switch

The silicide and salicide technologies are particularly important in Japan and may indicate a general switch to these materials whenever appropriate.In one case, epitaxial cobalt disilicide provided a satisfactory diffusion source and is mentioned as a promising alternative for deep submicron devices.1 1... 

To prevent potential clinical deterioration, generally switch from long-term treatment with one cholinesterase inhibitor to another without a washout period... 

The mechanisms (a) and (c) are discussed in more detail below. Theoretical and experimental results are currently available that confirm the existence and validity of the two resonance switching mechanisms. Mechanism (b) has not yet been tested, either theoretically or experimentally. Of course, by simultaneously changing two or all three parameters, any combination of (a) - (c) can be used to define a generalized switch. Depending on how fast the field parameters can be changed experimentally, the three fundamental switches (a) - (c) and their generalizations are potentially very fast and may find some interesting technical applications. 

Note that the general switch selection procedure is as follows ... 

M. Woyciechowska, G. Forcher, S. Buda, J. Mlynarski, General switch in regioselectivity in the Mukaiyama aldol reaction of silyloxyfuran with aldehydes in aqueous solvents, Chem. Commun. 48 (2012) 11029-11031. 

On the other hand, ferroelectric liquid crystals operate very much like Pockel cells their response depends linearly on the applied electric field vector, that is, they depends on both the magnitude and direction of the electric field. They generally switch faster than nematic cells. To date ferroelectric liquid crystals possess a switching speed of 1 ps or less. 

The optimal transmission occurs at 6=22.5° and 5=ti. In order to achieve a uniform rotation, the SSFLC layer thickness is often limited to about 2pm. As mentioned before, FLC cells, in general, switch faster than nematic cells the response time ranges from Ips to several tens of microseconds, owed largely to the lower rotational viscosity, larger spontaneous polarization, and higher switching fields. 

---