Forced termination

Other examples are beta tests or public testing conducted on software products where tens or hundreds of products are distributed to designated customer sites for trials under actual operating conditions before product launch. Sometimes, commercial pressures force termination of these trials and products are launched prematurely in order to beat the competition. 

This forced termination is known as boxcar truncation, and it effects on the spectrum are known as ringing (figure A.5.)... 

The transition between MIS 6 and MIS 5 (Termination II) has been a subject of intense study and debate. Much of this debate concerns whether or not a significant fraction of sea-level rise preceded northern-hemisphere summer insolation rise. If so, northern summer insolation could not have forced Termination II directly. 

ABSTRACT The availability and Quality of Service (QoS) of wireless network connections are crucial for telecommunications companies. The network is constituted by emitters, each devoted to a specific area called cell . When a user moves from one cell to a neighbouring one, a handover (also called hand-off ) procedure must take place for the call to proceed seamlessly. Such a procedure requires network resources, also used for the establishment of new calls. If these resources are not sufficient, the forced termination probability (a call is not completed because of an unsuccessful handover attempt) and the call blocking probability (a new connection request is rejected) may be too large. Our aim is to provide simple, analytical expressions to calculate the above-mentioned probabilities of failure. 

The CO stretching frequencies of metal carbonyl compounds are found between about 2150 and about 1650 cm absorption below about 1850 cm is often indicative of bridging carbonyl groups, but the presence of ligands without w-acceptor properties, e.g., amines, may force terminal... 

Feldman K, Hahner G, Spencer N D, Harder P, and Grunze M 1999 Probing resistance to protein adsorption of oligo(ethylene glycol)-terminated self-assembled monolayers by scanning force microscopy J. Am. Chem. Soc. at press... 

After an initial starting geometry has been generated and optimized (e.g., in a force field), the new conformation is compared with all the previously generated conformations, which are usually stored as a list of unique conformations. If a substantially different geometry is detected it is added to the list otherwise, it is rejected. Then a new initial structure is generated for the next iteration. Finally, a preset stop criterion, e.g., that a given number of loops has been performed or that no new conformations can be found, terminates the procedure. 

You should terminate a geometry optimization based upon the root-mean -square gradient, because the number of eycles needed to m in iiTi i/,e a rn oleculc varies accord in g to th c in itial forces on the... 

Log arithmic-Mean Driving Force. As noted eadier, linear operating lines occur if all concentrations involved stay low. Where it is possible to assume that the equiUbrium line is linear, it can be shown that use of the logarithmic mean of the terminal driving forces is theoretically correct. When the overall gas-film coefficient is used to express the rate of absorption, the calculation reduces to solution of the equation... 

Equations 3 to 7 indicate the method by which terminal velocity may be calculated. Erom a hydrodynamic force balance that considers gravity, buoyancy, and drag, but neglects interparticle forces, the single particle terminal velocity is... 

Flue particles ia a fluidized bed are analogous to volatile molecules ia a Foiling solution. Therefore, the concentration of particles ia the gas above a fluidized bed is a function of the saturation capacity of the gas. To calculate the entrainment rate, it is first necessary to determine what particle sizes ia the bed can be entrained. These particles are the ones which have a terminal velocity less than the superficial gas velocity, assuming that iaterparticle forces ia a dilute zone of the freeboard are negligible. An average particle size of the entrainable particles is then calculated. If all particles ia the bed are entrainable, the entrained material has the same size distribution as the bed material. 

Most architectural fabrics are usually flexible composites comprised of glass fibers coated with fluorocarbons to resist wind, mechanical forces, and outdoor environmental degradation. The airport terminal in Saudi Arabia, and the roofs for the Hubert Humphrey Dome in Minneapolis and the Tokyo Dome Stadium are a few examples of the successful use of architectural fabrics. 

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