A fluid injection apparatus for discharging a fluid against a surface in a controlled manner is disclosed.
本发明是有关于一种以控制方式朝一表面排放流体的流体注射设备。
Reservoir pressure can be maintained by fluid injection if gas production is preferable to liquid production.
若产气比产液体更可取，则可向井中注入流体以保持储层压力。
In the fluid injection mode the pressurizing device delivers fluid to the fluid path for a fluid injection procedure.
在流体注射模式中，加压装置将流体输送到流体路径以进行流体注射程序。
The model takes into account the effect of the heat transfer in the wellbore and fractures during fracturing fluid injection on fracture geometry.
该模型考虑了注液过程中的井筒温度变化和裂缝中的热交换对裂缝几何形态的影响。
In operation, the control unit selectively actuates the fluid delivery system to operate in a fluid injection mode or in a balloon inflation mode.
在工作时，控制单元选择地致动流体输送系统以流体注射模式或球囊充胀模式运行。
A combined fluid injection and inflation system is disclosed and includes a fluid delivery system including at least one pressurizing device, a fluid path, and a control unit.
本发明揭示了一种流体注射和充胀联合系统，该系统包括设有至少一个加压装置的流体输送系统、流体路径和控制单元。
Using the sand pack model, the percolation features of low permeability cores with various clay minerals and different proportions of clays are studied under different fluid injection patterns.
通过室内填砂管渗流实验，研究了不同粘土类型、不同粘土比例的低渗透岩心在不同流体注入方式下的渗流特性，并根据实验结果分析了其渗流机理。
Using the sand pack model, the percolation features of low permeability cores with various clay minerals and different proportions of clays are studied under different fluid injection patterns.
通过室内填砂管渗流实验，研究了不同粘土类型、不同粘土比例的低渗透岩心在不同流体注入方式下的渗流特性，并根据实验结果分析了其渗流机理。
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