fluid structure中文是什么意思

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中文翻译
造句

流体结构

fluid n. 流体，液。 body fluid 体液。 cool ...
structure n. 1.构造，结构；组织；石理，石纹。 2.建造物。 ...
drilling fluid structure 钻井液结构
fluid esscape structure 流体逸出构造
fluid-structure interaction 结构相互作用
fluid n. 流体，液。 body fluid 体液。 cooling fluid 冷却液。 adj. 1.流动的；流体的；液体的。 2.容易[可]变动的；不固定的。 3.容易变成现金的；可以另派用处的。 4.流畅的。 a fluid analogue computer 射流模拟计算机。 fluid battle lines 非固定作战线。 fluid assets 流动资产。 fluid capital 流动资本。 a fluid style 流畅的文体。 adv. -ly
structure n. 1.构造，结构；组织；石理，石纹。 2.建造物。 3.【化学】化学结构。 4.【心理学】(直接经验中显现的)结构性，整体性；整体结构。 military structures 工事。 adj. -d ,-less adj.
adding fluid for fluid 辅助液
fluid to fluid extrusion 液-液静液挤压
fluid-fluid contact 流体
fluid-fluid interface 流体
fluid-fluid level sign 液-液平征
nonviscous fluid, inviscid fluid 无粘性流体
welding fluid; soldering fluid 焊液
a culture fluid 培养液
accelerating fluid 加速流体
accumulation of fluid 水液停聚; 液体累积
acidizing fluid 酸液
adding fluid 添加液
aerated fluid 混气液
aeration of the fluid 液体起沫
agrol fluid 酒精汽油掺混燃料
ahead fluid 前置液
aircraft fluid 航空液压油
alcohol fluid 醇基液

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例句与用法

Drilling fluid structure
钻井液结构
The adsorption phase has been presented , which has different fluid structure compared to liquid phase
分子位形图清楚地显示了吸附相凝聚态的团簇分子结构。
It is of great significance for the defend engineering that the absorbing energy of the filled fluid structure on the action of the explosion load
摘要研究注液结构在爆炸载荷作用下的能量吸收，对于防护工程有着重要的意义。
To have studied structures of oil - water two phases system - flow patterns according to different fluid conditions . for distinguished difference of viscosity between oil and water , their fluid structure featured different flowing characters
3 、深入研究了油、水两相流动因所处的流动条件不一而具有多种流动结构，即流型。
According to experiment result of filled fluid structure , analyze the attenuation instance of explosive wave crest value on the instance of infused fluid and no infused fluid , and put up elementary theory analysis , calculate result and experiment result receive better agreement
根据注液结构爆炸实验结果，分析注液和没有注液两种情况下的爆炸波波峰值的衰减情况，并进行初步的理论分析，计算结果和实验结果得到了较好的吻合。
A series of results are achieved such as fluid field thermal field pressure field and stress field . those results show that sphere target has better heat exchange and convenient fluid structure and that cone target is easy to accepting neutron and has the convergent stress . taking into account the thermal - hydraulic and physics discipline , solid target choose sphere structure but liquid target still should further consider of material study
计算结果表明：圆球靶型散热快，流道设计方便;锥形靶易于接收中子，但结构易引起应力集中，在综合热工、物理两个角度，固态靶选取圆球型钨靶比较满意，液态靶区的计算需要在材料研究的基础上进行。