Storage limits

Production limitation due to equipment throughput restrictions, storage limits, or market constraints. 

CESQGs are not subject to most of the generator requirements applicable to LQGs and SQGs, but they must identify their hazardous waste, comply with storage limit requirements, and ensure waste treatment or disposal in an on-site or off-site... 

Murtagh (M9) pointed out that rounding errors and storage limitations restrict the applicability of such techniques to networks of approximately 100 pipe sections or less. As an alternative he proposed to solve the following dual problem ... 

The monomer is volatile and tends to self-polymerise, and is therefore stored and handled cool and inhibited, with storage limited to below 6 months. Several industrial explosions have been recorded [1]. Unlike acrylic monomers, oxygen is not involved in stabilisation and is detrimental at higher temperatures [2], The polymerisation has been modelled and causes of accidents proposed [3]. 

Production limitations arise because of equipment throughput restrictions, storage limitations, or market constraints (no additional product can be sold beyond some specific level). 

A refinery has available two crude oils that have the yields shown in the following table. Because of equipment and storage limitations, production of gasoline, kerosene, and fuel oil must be limited as also shown in this table. There are no plant limitations on the production of other products such as gas oils. 

Due to table-storage limitations, the applicability of pre-computed lookup tables will be limited by the dimensions of the allowable region. Standard pre-computed lookup tables (i.e., ones that do not attempt to find a low-dimensional representation of the chemical kinetics) will be limited by computer memory to three to five chemical species. For example, five scalars on a reasonably refined grid yields ... 

First, the average autonomous range of this type of vehicle is inferior to that of one powered by gasoline due to hydrogen storage limitations ... 

This is the formulation originally used in continuum models [31] but it has been extensively improved through the years so that it now is the method of choice for calculations in which the computational cost of the ASC calculation is not negligible or serious storage limitations are present. 

The main drawbacks associated with liposomes are their short shelf life and difficulty in storage, limited drag-loading capacity and instability on sterilization and finally, transient blurring of vision after an intravitreal injection. Despite these disadvantages, they have a potential as drag delivery systems as they are composed of substances that are non-toxic and totally biodegradable. 

Abraham (1) used Z-transforms with numerical evaluation to handle the transient behavior of a CSTR for this mechanism. Smith and Sather (45) had earlier attempted analytical and numerical solution of this transient CSTR. The large number of equations and storage limitations of even large computers limited them to degrees of polymerization of less than 75. 

Some chemicals that are stored may remain in the body for years without exhibiting appreciable effects. One such chemical is DDT. Accumulation or buildup of free chemicals may be prevented until the storage sites are saturated. Selective storage limits the amount of foreign chemicals to be excreted, however. Since bound or stored toxicants are in equilibrium with their free forms, a chemical will be released from the storage site as it is metabolized or excreted. On the other hand, accumulation may result in illnesses which develop slowly, as exemplified by fluorosis and lead and cadmium poisoning. 

The only serious disadvantage of both simulation techniques (MC and MD) is that they will always be limited to systems that are extremely tiny on a macroscopic scale because of storage limitations and lack of computational speed. Because of the small sizes of simulation systems, special techniques have been devised to save computer time and to avoid domination of surface effects in the minute samples one is simulating. These tc clmiques can be implemented in a more or less straightforward manner as long as the interaction potentials between the constituents of the system decay sufficiently rapidly. 

The tablet was then used for measurements of the desorption rate by TPD. The measurements show that the tablet has essentially the same desorption kinetics as the powder. This means that even after the compaction into a tablet, the ammonia release is controllable and fast (Christensen et al., 2005). To determine how much Mg(NH3)6Cl2 can be compacted, the volume and weight of the tablet is measured and the results show that the tablet has a density of 95% of the crystal density hence close to the theoretical storage limit. 

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