1) Distribution of flow rate
流体场分布
2) flow field distribution
流场分布
1.
Hot-state investigation on flow field distribution of catalytic combustion heat exchanger;
催化燃烧蒸发器热态流场分布研究
2.
Unit duct model and flow field distribution in shell side of rod baffle heat exchanger;
杆支撑换热器壳程的单元流道模型及流场分布
3.
Study of flow field distribution in cyclone electrostatic precipitator;
旋风静电除尘器流场分布测试研究
3) flow field
流场分布
1.
The flow field in the guide vane cyclone tube was measured by an intelligent five-hole pitot tube.
用智能型五孔球探针对导叶式旋风管内流场进行全面系统测量,根据实验结果得到了导向叶片参数、导流锥结构参数及排尘结构参数对流场分布的影响规律。
2.
This Paper mainly researches the flow field of the plume released from the flying machines and analyzes the characteristics of its infrared radiance in detail.
本文通过对空中飞行目标高温尾焰的流场分布进行研究和对飞行目标尾焰的红外特性进行深入分析,以圆对称尾喷管尾焰的温度分布和各组分压强的分布理论为例,对其红外辐射强度进行了计算。
4) flow velocity distri-bution field
流速分布场
5) fluid distribution
流体分布
1.
Stress sensitivity of low permeability heterogeneous reservoir and its influences on fluid distribution——taking CO_2-drive oil reservoir as example
低渗透非均质油藏压敏性及其对流体分布的影响——以CO_2驱油藏为例
2.
Based on well data and seismic explanation, this paper studies the distribution characters, reservoir property and the fluid distribution of different structures, and points out the favorable structure of effect reservoir and natural gas enrichment.
应用地震解释成果和钻井资料,研究了统5井区的微构造分布特征和不同构造部位储层物性和流体分布特征,明确指明有效储层发育的构造部位和天然气富集的有利构造部位。
3.
The fluid distribution in Ordovician reservoir of buried hill is very complex because of being affected by the heterogeneity of reservoir structure, the segmentation of structural trap, the non-integrality of fluid distribution and high geothermal temperature fi.
受储层结构的非均质性、构造圈闭分割性、流体分布不完善性及高地温场等因素影响,流体在古潜山奥陶系储层的分布很复杂,孔、洞、缝发育程度及搭配好坏是决定油气产量的核心,圈闭条件与流体分布也密切相关。
6) fluid redistribution
流体再分布
补充资料：开关场分布
分子式：
CAS号：
性质：在饱和磁滞回线的微分曲线上，峰值一半处两点之间的宽度称半峰宽ΔH(见图)，半峰宽与内禀矫顽力之比称为开关场分布，其表达式为SFD=ΔH/MHc。该值描述磁滞回线在矫顽力附近的陡峭程度。对磁记录材料而言，其值越小，磁滞回线在Hc附近越陡峭，录放信号的灵敏度越高。
CAS号：
性质：在饱和磁滞回线的微分曲线上，峰值一半处两点之间的宽度称半峰宽ΔH(见图)，半峰宽与内禀矫顽力之比称为开关场分布，其表达式为SFD=ΔH/MHc。该值描述磁滞回线在矫顽力附近的陡峭程度。对磁记录材料而言，其值越小，磁滞回线在Hc附近越陡峭，录放信号的灵敏度越高。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条