1) broad valley water unit
宽谷型含水单元
2) aquifer unit
含水单元
1.
A special study of water circulation in the Jiuzhai Valley is made with water-balance method Hydrodynamic correlation and water yield ratios between secondary aquifer units have been found out A model for water circulation containing relationship between meteoric water, surface water and subsurface water in the Jiuzhai Valley is put forwar
运用水均衡原理对九寨沟流域进行了专题的水循环研究 ,初步查明了流域内各次级含水单元间的水动力联系及量的比例 ,进而概化出九寨沟流域大气降水—地表水—地下水三者之间关系的水循环模式。
3) rift element
裂谷单元
4) grain moisture content
谷物含水率
1.
Quasi-dynamic measurement technology for grain moisture content based on DSP and MPU;
基于DSP和单片机的谷物含水率准动态检测技术研究
2.
The method of quickly measuring grain moisture content under freezing and flowing conditions was stuelied.
研究了处于冰冻和流动状态下的谷物含水率的快速测量。
3.
Factors such as pore-solids ratio、temperature、grain varieties and grain moisture content that influence grain capacitive moisture sensor were analyzed and methods that can avoid these factors were worked out.
本文对于影响电容式谷物水分传感器测量结果的因素——谷物孔隙率、温度、谷物品种、谷物含水率等分别进行分析和试验研究,得出了消除这些因素的方法。
5) paddy moisture
稻谷含水率
1.
A voltage converter circuit by Micro computer produced impulse signals was designed for measuring capacitance,the relationship between paddy moisture and.
电容式谷物含水率在线测量在收割、存储与加工等过程中广泛应用,本文研制了一种电容式稻谷含水率测量仪,分析了谷物的复介电常数,得出了激励频率与稻谷介电特性的关系。
6) gas-bearing unit
含气单元
1.
4 gas-bearing units have been determined with this indicator, where most proved gasfields distribute.
新场气田Jp51气藏依此指标 ,可划分出 4个含气单元 ,目前 ,大多己知气田均分布于这些单元
补充资料：水谷利
水谷利 水谷利 病名。出《太平圣惠方》。泄泻而见完谷不化。《卫生宝鉴·泄痢门》：“饮食太过，肠胃所伤，亦致米谷不化，此俗称水谷利也。法当下者举之而消克之也，加减木香散主之。”参飧泄、水谷泻条。
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