dominant energy condition

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dominant energy condition

[′däm·ə·nənt ′en·ər·jē kən‚dish·ən]
(relativity)
The condition used in general relativity theory that all observers see a nonnegative energy density and a nonnegative energy flux.
References in periodicals archive ?
This is comparable to the potential energy condition of a rock on a hillside - it can spontaneously roll downhill to a lower energy level - it can't spontaneously roll uphill.
Progress in process of talks with Taliban and overall economic, energy condition electricity import from India and agendas of ministry of defence, Interior ministry, Ministry of water and power and Inter-provincial coordination ministry would also be reviewed by the Federal Cabinet.
Then with use of multiple of third parameter to onion consumable, amount of energy indices : indices are tools that provides the possibility to compare systems and details of studies and provides comprehensive understanding of energy condition in agriculture.
Using adjusted energy condition of plasticity the following formula is obtained
Moreover, the offshore islands present along this distinct coastal tract could protect the beach from the direct attack of waves, which in turn results low energy condition.
More recently, in order to detect the possibility of bias in the parameter determination due to the imposition [omega] [greater than or equal to] -1, some authers have studied models with constant [omega] by considering two different cases: the standard XCDM (-1 [less than or equal to] [omega] < 0) and the extended XCDM (named "phantom" energy [24] in which the co parameter violates the null energy condition and may assume value < -1.
Wormholes, time machines, and the weak energy condition.
In addressing theses issues, he presents two forms of a phenomenological model of solar cell response under indoor radiant energy conditions, validates the models with experimental results, presents a model of the service efficiency of ambient energy systems with respect to charge storage capacity, characterizes the radiant energy collected by indoor solar cells, and presents a range of design guidelines and heuristics that complement existing product design methodologies for ambient energy systems.
The MC 30M model handles changing energy conditions without requiring adjustment.
Sensors and intelligent agents embedded throughout the system can provide up-to-the-moment information on energy conditions, allowing current to flow exactly where and when it is needed and at the cheapest price.
Under the contract with Johnson Controls, computerized climate controls, which will provide optimal energy conditions, will be installed in eight campus buildings.
Yet there is no physico-mathematical model considering the different energy conditions for joining parts with various absorption properties.
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