1) water absorbing and discharging rate
吸排水速率
1.
The effects of base deweighting rate and temperature on the water absorbing and discharging rate of the non-woven fabric were also discussed.
研究了不同碱减量率的聚酯/水溶性聚酯(PET/EHDPET)异形共混纤维非织造布的吸排水性能,探讨了碱减量率和温度等因素对非织造布吸排水速率的影响。
2) water absorption rate
吸水速率
1.
In order to probe the influence of grassland litter in the hydrological function,the hydrological characteristic parameters of grassland litter with the increase of grazing intensity had been tested,such as water holding capacity and the water absorption rate.
57g/kg降低了95%,这是凋落物组成成分差异的结果,凋落物的吸水速率和浸泡时间的回归分析表明,二者之间具有明显的相关性,回归方程分别为:对照区:Y=738。
2.
Characteristics of litter layer of four different forest stands in Xishan Mountain in Beijing were studied,such as storage,water holding capacity,proportion of water holding capacity,and water absorption rates.
该文对北京西山4种不同林分林下枯落物层的储量、持水量、持水率和吸水速率进行了研究。
3.
The soaking method was used to research the litter storage,water content,water holdup and water absorption rate of two types(Alnus cremastogyne Burli and Alnus formosana) of man-made alder forest.
用浸水法对2个品种(四川桤木和台湾桤木)桤木人工林枯落物贮量,持水量,持水率和吸水速率进行了研究。
3) water-absorption rate
吸水速率
1.
By the methods of field survey and soaking extraction,the storage,water-holding capacity,water-holding rate,and water-absorption rate of the litters in Larix principis-ruprechtii,Larix kaempferi,Picea asperate,and Picea abies plantations in west Qinling Mountains were studied.
采用野外实地观测与室内浸提法,对秦岭西部地区4种主要针叶林(华北落叶松、日本落叶松、粗枝云杉和欧洲云杉)林地凋落物的储量、持水量、持水率和吸水速率进行了研究。
2.
By the methods of field survey and soaking extraction,the storage,water-holding capacity,water-holding rate,and water-absorption rate of the litters in 7 difference plantations in Dapingzhang Forest Park were studied.
对广东省东莞大屏障森林公园7种林分凋落物储量和持水过程进行研究,结果表明:凋落物的吸水速率随浸泡时间呈幂函数曲线降低,持水量随浸泡时间的增加呈对数曲线增长,不同森林类型的凋落物厚度为2。
4) Sucking and losing water rate
吸失水速率
5) Root-Water-Uptake Rate
根系吸水速率
1.
Root-Water-Uptake Rate and Root Length Density Distributions of Winter Wheat at Seedling Stage under Subirrigation;
浸润灌溉条件下苗期冬小麦根系吸水速率与根长密度分布
补充资料：提吸速率
分子式：
CAS号：
性质：火焰原子吸收光谱分析时，液体试样由雾化器转化为气溶胶的速率，即试样溶液被雾化器吸喷的速率，又称试液提升量。以ml·min-1表示。提吸速率过低会影响测定灵敏度，过高时溶剂挥发使火焰温度降低，也影响灵敏度，一般在4～6ml·min-1为宜。
CAS号：
性质：火焰原子吸收光谱分析时，液体试样由雾化器转化为气溶胶的速率，即试样溶液被雾化器吸喷的速率，又称试液提升量。以ml·min-1表示。提吸速率过低会影响测定灵敏度，过高时溶剂挥发使火焰温度降低，也影响灵敏度，一般在4～6ml·min-1为宜。
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