1) water loss
水损
1.
Based on the investigation and analysis to the water loss at Hadawan station, an equipment modification was carried out in accordance with the exact situation on site and by referring to the general investigation method of water loss that applied overseas.
在对铁路哈达湾给水站水损调查与分析的基础上,借鉴国外通用的水损调查方法,结合当地实际情况进行设备改造,提高了供水设备的运行管理水平,使给水站的水损程度大幅度降低,水损治理收到了显著效果。
2) water damage
水损害
1.
Study on water damage of asphalt pavement and prevention measures;
沥青路面水损害的原因及防治
2.
Analysis on water damage of asphalt pavement and prevention measures;
沥青路面水损害分析与防治
3.
Research on the origin analysis and prevention measures of the water damages on asphalt pavement;
沥青路面水损害成因分析及防治措施研究
3) Drip loss
滴水损失
1.
The influncing factors of drip loss,such as fasting,stunning,stabbing,bleeding,chilling and freezing of cacarss,were summarized.
系统地分析了生猪屠宰工艺对冷却肉滴水损失的影响。
2.
The experiments were conducted to study the effects of different selenium source on fresh meat color and drip loss in finishing pigs.
30mg/kg硒,进行为期40d的饲养试验,然后屠宰并取样测定,研究不同硒源对肥育猪鲜肉肉色和滴水损失的影响及机理。
4) water damage
水损坏
1.
The analysis and countermeasure of freeway asphalt pavement water damage;
高速公路沥青路面水损坏问题的分析与对策
2.
Prevention of water damage to semi-rigid asphalt pavement of high-grade highway;
高等级公路半刚性基层沥青路面水损坏的防治
3.
This paper analyzes the types and features of water damage of asphalt pavement, expounds the reasons of water damage of asphalt pavement, and advances some preventive measures.
分析了沥青路面水损坏的类型和特点,论述了沥青路面产生水损坏的原因,提出了防治措施。
5) moisture damage
水损害
1.
Climate zoning for moisture damage of asphalt pavements in China;
中国公路沥青路面水损害气候影响分区方案
2.
Prevention measures for moisture damage of asphalt pavement;
沥青路面水损害防治措施
3.
This paper is aiming specifically at the moisture damage problem of asphalt pavement,and the axis-symmetric finite element method is performed to analyze variety of pore water pressure in asphalt pavement and its negative effects on stress state of asphalt pavement.
针对沥青路面水损害问题,运用轴对称有限元方法分析了标准轴载作用下沥青路面层内孔隙水压力的变化规律及其对沥青路面结构应力状态的不利影响。
6) water loss
水损失
1.
The results show that the increased carbon loadings of cathode GDL is helpful to reduce water loss and enhance methanol efficiency.
考察了阴极扩散层碳粉载量对纯甲醇进料被动式直接甲醇燃料电池稳定性和被动式水管理的影响,并定量计算了水损失和甲醇效率。
2.
The major cause of failure of VRLA batteries, including grid corrosion, water loss, premature capacity loss and thermal runaway, are discussed in this .
主要讨论阀控铅蓄电池故障主要原因,包括板栅腐蚀、水损失、早期容量损失、热失控。
参考词条
补充资料：水力损失
分子式：
分子量：
CAS号：
性质：泵与管线组成的输送系统的一种能量损失。泵内的损失由液体在泵内流动时的摩擦、涡流以及流动状态的变化而产生。按物理过程可分为：稳定流动的损失（包括叶轮内相对流动的损失、泵体内绝对运动的损失）、非稳定流动的损失以及水力制动损失。按在泵内的部位分为叶轮内的水力损失及过流部件的水力损失。水力损失的理论计算目前尚有困难，一般由实验确定。
分子量：
CAS号：
性质：泵与管线组成的输送系统的一种能量损失。泵内的损失由液体在泵内流动时的摩擦、涡流以及流动状态的变化而产生。按物理过程可分为：稳定流动的损失（包括叶轮内相对流动的损失、泵体内绝对运动的损失）、非稳定流动的损失以及水力制动损失。按在泵内的部位分为叶轮内的水力损失及过流部件的水力损失。水力损失的理论计算目前尚有困难，一般由实验确定。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。