1) transpiration water consumption
日蒸腾耗水量
1.
The heat-pulse technique was applied to study the transpiration water consumption of Populus popular in May and June of 1998.
应用热脉冲技术对河套灌区农田防护林小美旱杨 (Populus popular’s)日蒸腾耗水量进行了研究。
2) daily evaporation rate
日蒸发率
1.
On the basis of theoretical analysis,the daily evaporation rates of a 175 L high-vacuum multiplayer insulated cylinder with 90% liquid nitrogen were measured under 5 different pressures,to research the effect of storage pressure on the daily evaporation rate.
为研究低温绝热气瓶内液体的蒸发规律,在理论分析的基础上,以充满率为90%的175 L高真空多层绝热气瓶为例,采用液氮为工质,研究了日蒸发率随压力的变化规律。
2.
The measurement shows that the daily evaporation rate is lower than 1 1%.
经测量， 其日蒸发率小于１１％ 。
3.
Daily evaporation rate is an important technology parameter to evaluate the heat-insulating property of cryogenic dewar.
日蒸发率是评价高真空多层绝热杜瓦保冷性能最重要的技术参数。
3) Daily transpiration
日蒸腾量
1.
The results showed that the daily transpiration (Trd) was consistent with the responds of the plants to the environmental factors: The responds of the six species with higher transpiration were significantly larger than those of the plants with lower transpiration; Trd was positively relative to the mineral absorption.
研究了富营养化水栽培下14种野生植物蒸腾和营养吸收的关系，结果表明，植物的日蒸腾量大小顺序与植物对环境因子的响应一致，且高蒸腾量的6种植物对环境因子的响应显著大于其它低蒸腾量的植物（P＜0。
4) Daily evaporation
日蒸发量
5) BOR
日蒸发率
1.
The computer program that calculates 3D hull temperature distribution and Boil-off-rate(BOR) is also developed based on the software ANSYS.
分析了一艘138000m3薄膜式LNG运输船液货舱维护系统的稳态温度场,研究了骨材、内外壳体间的空腔中空气的对流以及表面间的辐射对换热的影响,建立了温度场分析的数学模型;在商业软件ANSYS的基础上开发了数值计算程序,并利用有限元传热模型,计算了8种工况下船体各部分的温度分布及日蒸发率值。
6) daily vaporization ratio
日蒸发率
1.
It will give a general guide to the practical use of the vessel that the program figured out the relationship of lossless storage time as to the initial volume ratio of liquid in the vessel,the pressure,the daily vaporization ratio or working pressure for a 6 5m 3 vessel.
就６５ ｍ ３ 目标低温容器， 计算出了初始充满率与无损贮存时间、容器内压力上升速度、日蒸发率与无损贮存及容器的工作压力与无损贮存时间关系， 对低温容器的实际使用有指导意义。
2.
It will give a general guide to the practical use of the vessel that the program figured out the relationship of lossless storage time as to the initial volume ratio of liquid in the vessel, the pressure, the daily vaporization ratio or working pressure for a 6.
5m3目标低温容器,计算出了初始充满率与无损贮存时间、容器内压力上升速度、日蒸发率与无损贮存及容器的工作压力与无损贮存时间关系,对低温容器的实际使用有指导意义。
参考词条
补充资料：田间耗水量
田间耗水量
field water consumption
t ianiian haoshuiljang田间耗水盆(field water eonsumption)在作物整个生育期中，农田消耗的总水量。以毫米或米“/亩计。在水田，田间耗水量为作物需水量(见作物需水t)与渗漏量之和:在旱地，田间耗水量通常看作作物需水量。所以，在灌溉工作中，常以作物的最大蒸散量为耗水量。 水田渗漏量包括田面垂直渗漏和田埂旁侧渗漏。在较大面积上，主要是田面垂直渗漏。这部分水不能为作物根系吸收，但保持适宜的渗漏速度，有利于土壤中空气的交换。渗漏量大小与土壤条件、农业措施、地形地势、水文地质条件以及水田分布等有关。 水田的田间耗水量测定，一般采用田测法。生产中，为防止过量渗漏和减少无效蒸散，还需对作物需水量和渗漏量分别进行测定。用坑测法(有底测坑)测出需水量(蒸散量)，再用已测田间耗水量减去需水量，即为渗漏量。(丁正熙)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。