Inflow, excessive

Overpressure Blocked or restricted outlet Inflow exceeds outflow Gas blowby (upstream component) Pressure control system failure Thermal expansion Excess heat input High pressure... 

The inflow is generally the ambient air and the outflow is composed of combustion products and excess air or fuel. 

Sodium inflow and acute excitotoxicity. Neurotoxicity of excitatory amino acids is a direct consequence of the excessive excitatory depolarization—may be related to a loss of the ionic homeostasis and/or to a depletion of the energetic stocks of the cell (Olney et al. 1986). Neuronal damage could depend on the extracellular presence of sodium accompanied by a passive flow of chlorine and water (Hablitz and Langmoen 1982). Some considerations suggest that the acute excitatory swelling does not explain completely the damages induced by excitatory amino acids (Pulsinelli et al. 1982). 

If the overall allocation is set such that the market requires at least some of these allowances, then this ensures the price will not drop below the agreed minimum bid price. Excessive allocation, or large inflow of cheap allowances from CDM and JI projects, could of course ultimately overwhelm a price floor set in this way, though the supplementarity criteria does also allow member states to limit the inflow into the system (Article 11a of EU Directive on emission trading, amended 27.10.2004).21... 

The slide-covered openings in the rear doors are to be omitted, and replaced with open slits of 100 x 10 mm [4 x 0.4"] in the upper back wall (not door). They are to be covered on the outside with easily movable, hinged metal flaps." 1. To allow for the rapid inflow of the CO while preventing excessive pressure, two open slits of 10 x 1cm [4 x 0.4 ] are to be located in the upper back wall. These are to be covered on the outside with easily movable, hinged metal flaps to allow for self-regulation of any potential excess pressure. ... 

The excess inflow volume over pumpage volume, area B, and the excess pumpage volume over inflow volume, areas A plus D, must somehow be balanced. The principle involved in the sizing of equalization basins is that the total amount withdrawn (or pumped out) over a day or a cycle must be equal to the total inflow during the day or the cycle. The total amount withdrawn can be equal to withdrawal pumping at the mean flow, and this is represented by areas A, C, and D. Let these volumes be V. Vc, and V, respectively. The inflow is represented by the areas B and C. Designate the corresponding volumes as Lb and Vc- Thus, inflow equals outflow. 

From this result, the excess inflow volume over pumpage, Vb, is equal to the excess pumpage over inflow volume, Va + V. In order to avoid spillage, the excess inflow volume over pumpage must be provided storage. This is the volume of the equalization basin—volume Vb. From Equation (3.23), this volume is also equal to the excess pumpage over inflow volume, Va -i- Vb,. 

The amount of inflow to a closed basin, including precipitation, must be closely balanced by evaporative loss in the basin in order to produce elevated salinities. Either excess or insufficiency in precipitation compared to evaporation will prompt the hydrologic response discussed above (Almendinger, 1990). 

Here 6= (T- T EIRTq is a dimensionless measure of the rise in the temperature above the inflow value (for simplicity To = has been assumed). The unspecified function f 0) then reflects the increase in the rate coefficient k above its value when T= Tq that arises for a particular dimensionless temperature excess 6, i.e.,... 

The stationary-state heat release rate may also be interpreted from the measured temperature excess in well-stirred flow systems. The energy conservation equation for a well-stirred flow system is similar to equation (6.13) but an additional term is required to represent heat transport via the outflowing gases (a-Cp(T- Tafltres) as shown in equation (4.4). The inflowing gases are assumed to be pre-heated to the vessel temperature, Ta- Under constant pressure conditions, normally applicable to flow reactors, Cp replaces C, and A.H replaces AU in equation (6.13). The heat release is obtained from a summation of the product of individual reaction rates and their enthalpy change (-AH)jRj) in equation (5.4)). 

The act of pumping liquid into a formation creates a zone of high pressure potential. Because of this, the entering fluid flows away from this zone in all directions, locally changing the normal groundwater flow pattern. At low pumping pressure, the excess pressure potential dissipates at short distances from the injection point, and it may be possible to establish new equilibrium conditions with steady-state inflow. 

---