1.
oxygen absorption barotrauma
氧吸收性中耳气压损伤
2.
Relation between line loss rate and voltage loss of power lines
线路的线损率与工程设计中电压损失的关系
3.
There are two parts: loseless compression and lossy compression.
分为两个部分 :无损压缩和有损压缩。
4.
Near lossless compression is a trade off between lossy compression and lossless compression.
近无损压缩是在无损压缩和有损压缩之间的一种折衷。
5.
It can not require a pressure loss.
它不会造成压力损失。
6.
pressure-loss operated deluge valve
压力损失动作的雨淋阀
7.
loss of head due to entrance
管进口段的压头损失
8.
loss of head due to pipe fitting
管道配件的压头损失
9.
head of fluid frictinal loss
流体摩擦阻力损失压头
10.
Development of lossless and lossy compression for medical images
医学图像无损压缩与有损压缩技术的进展
11.
resistance head
阻力压头(用压头表示的阻力损失)
12.
Analyses on pressure loss in hydraudic pressure system;
液压系统中液流压力损失的相关分析
13.
Influence of Low Voltage Measurement on Transformer No-load Loss
低电压测量对变压器空载损耗的影响
14.
To break down or exhaust by relentless pressure or resistance.
磨损，用坏以不断的压力或阻力使磨损或坏掉
15.
Contact Damage and Nondestructive Test of Concrete Materials by Using Sphere Indentation;
混凝土材料的接触损伤及球压法无损评价研究
16.
Experimental Studies on Cerebrovascular Damage after Fluid Percussion Brain Injury in Rats;
大鼠液压脑损伤后脑血管损害的实验研究
17.
Micro-mechanism and Control of Elastic-plastic Contact and Wear for Extrusion Forming Process;
挤压成形弹—塑性接触磨损微观机理及磨损控制
18.
Research on Middle and Low Distribution NetWork Loss Calculation and Energy-Saving Measures
中低压配电网线损计算方法与降损措施的研究