Sentence examples for reservoir compression from inspiring English sources

The value of reservoir compression coefficient is significant for the improvement in heavy oil recovery.

The dynamic variation of the reservoir compression coefficient must be taken into account in the prediction of the production capacity of multi-round steam stimulation.

And steam stimulation will carry out multiple cycles of development; after each cycle of development, it will be accompanied by the temperature and pore pressure reduction; the effect of this cyclic change in temperature and pore pressure on the reservoir compression coefficient needs to be researched.

Also, the entropy generation in the cycle and system can be expressed as a function of speed and many constructive and operational parameters, such as temperature of the thermal reservoir, the compression ratio and the dimensions.

Conventional gas reservoirs are formed during the first stage with buoyancy serving as the main accumulation force, while reservoir densification occurs during the second stage as a result of burial compaction, structural compression, and cementation.

In the oil and gas production, due to the gradual extraction of fluids in pores, the pore pressure in reservoirs will decrease and the effective stresses will increase, which result in the gradual compression of reservoirs.

The irreversibilities existing in real systems including the overpotentials and heat leakage in the SOFC, the finite-rate heat transfer between the working substance of the gas turbine and the reservoirs, and the irreversible compression, expansion, and regeneration processes in the gas turbine are considered.

In the prediction of productivity in the late stage of multiple rounds of steam stimulation, the dynamic changes in the compression coefficient of reservoirs need to be considered.

In order to study the compression coefficient of reservoirs under high temperature and high pressure, an experimental device for measuring rock compression coefficient at high temperature and high pressure was established.

Note that compression of the magma reservoir itself would not be enough to trigger an eruption.

They suggested that compression of a magma reservoir and unclamping of a dike (magma pathway) by earthquakes led to eruptions.