1) highwater
高水
1.
The exploration and utilization of a new mining methed, downward access stoping method filled with highwater,are introduced briefly under the considerably complex geological conditions with joints and faults The sequence of stoping is also explained briefly as well as its valuatio
本文简要介绍了焦家金矿在该矿体地质条件复杂多变、节理构造极为发育的条件下 ,探讨和应用新的充填采矿方法——下向进路高水充填采矿法来有效地进行回采作业 ,同时简要介绍了该充填采矿法的工艺 ,并对其作了简要评
2) high water level and high-speed drainage
高水高排
1.
In the light of the waterlogging forming reasons in the built area and combined with the areal drainage conditions, the planning is considered to adopt the principle of high water level and high-speed drainage, low water level and low-speed drainage, and waterlogging water pumping and drainage for prevention.
该文介绍城市内涝灾害的形成原因,探讨城市治涝的设计标准,针对已建成区的内涝成因,结合地域排水条件,在规划中考虑采用高水高排、低水低排、涝水抽排的原则进行防治。
3) high-temperature and high-pressure water
高温高压水
1.
The coolant system of light water reactor works under the condition of high-temperature and high-pressure water.
高温高压水是轻水核反应堆冷却系统的主要服役环境,反应堆压力容器、管道及蒸汽发生器等构件材料在高温水中的环境损伤是影响核电安全的重要因素。
4) water handling
高碱高硬水
5) high barrier for high water
高堤防高水
6) maximum highwater-level
最高高水位
补充资料：高水桥(见军用桥梁)
高水桥(见军用桥梁)
high-level bridge
gQoshuiqiao高水桥(high一level bridge)桥梁。
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