1) water consumption rate
耗水速率
1.
In the natural conditions,instant transpiration rate and actual water consumption rate of 8 tree species in the "Green for Grain Project" areas were determined comparatively by LI-1600 poprometer and SL20K(20 000g/1g)balance scale with pot tests,results showed that water consumption rate of Rhus typhina was the biggest,which was 56.
在自然条件下采用盆栽方法,用LI-1600和SL20K天平对8种苗木的瞬时蒸腾速率和实际耗水速率进行了比较测定。
2.
The transpiring water consumption rates of broadleaved tree species were far more bigger than conifer.
该文采用BP3400精密天平和Lico--6400便携式光合系统等仪器对北京6个主要城市绿化树种的耗水量及耗水速率在不同干旱胁迫下的日变化状况进行了比较研究。
3.
Then day and night variation and the daily variation of water consumption potential of the six tree species and the factual water consumption rate were compared.
采用BP3400精密天平和Lico6400便携式光合系统等仪器研究了北京6个城市绿化树种在不同密度下的耗水量及耗水速率的日变化和昼夜变化状况。
2) water consumption
蒸腾耗水速率
1.
Characteristics of water consumption by transpiration of three main afforestation shrub species in Beijing,namely,Ligustrum x vicaryi,Euonymus japonicus and Buxus microphylla,were systematically studied by using such equipments as Lico 6 400 Portable Photosynthesis System and BP-3 400 Precision Balance.
结果表明:小叶黄杨的水分利用效率比大叶黄杨和金叶女贞高;大叶黄杨为春季和秋季耗水型,春季日蒸腾耗水速率为0。
2.
Changes of transpiration rates of 10 main afforestation tree species cultured in plastic barrels and facture water consumption status were studied.
在自然条件下采用盆栽方法,用Licor 6400便携式光合系统测定仪和TC30K精密天平等仪器,对 10种绿化树种的日蒸腾速率和实际蒸腾耗水速率进行了测定,得出了在正常水分条件下供试树种的蒸腾速率和蒸腾耗水速率。
3.
Study on Water Consumption of Five Ornamental Landscape Species in Beijing;
本研究取得的主要成果有： 弄清了树种耗水的季节差异，在充分供水条件下，大叶黄杨为春季和秋季耗水型，金叶女贞和小叶黄杨为夏季耗水型，大叶黄杨春季日蒸腾耗水速率为0。
3) water consumption rate by transpiration
蒸腾耗水速率
1.
The results showed that the diurnal variation of water consumption rate by transpiration of Zenia insignis showed single-peak curve.
采用盆栽方法,对不同天气和不同土壤水分条件下翅荚木苗木的蒸腾耗水特性进行了研究,结果表明:翅荚木蒸腾耗水速率日变化呈单峰曲线;日耗水速率当年生苗木的大于一年生留床苗的;日最大耗水速率当年生苗木晴天出现在12:00—16:00,阴天出现在12:00—14:00,一年生留床苗晴天出现在10:00—14:00,阴天出现在10:00—12:00;控水条件下,土壤永久萎蔫系数当年生苗木为7。
4) oxygen uptake rate
耗氧速率
1.
Effects of triton X-100 on the oxygen uptake rate of photosystem I particles treated by sodium dodecyl sulfate;
TritonX-100对SDS处理后光系统I颗粒耗氧速率的影响
2.
The role of the application of oxygen uptake rate measurement in the system of activated sludge treatment is elucidated in this paper.
阐明了将耗氧速率测量应用于活性污泥处理系统中的重要意义,并对耗氧速率测量方法的基本原理进行了探讨,同时列出了一些依据这些原理设计出来的呼吸测量仪,并对影响耗氧速率测量的因素进行了分析。
3.
The adaptabilities of the different microbial blends to wastewaters were compared using the oxygen uptake rate and anaerobic specific methanogenic activity of per unit microbial blends on different substrates.
采用15种不同的微生物菌剂,以葡萄糖配水、中药提取废水、啤酒废水、氨氮配水等为基质,分别测定了微生物菌剂的耗氧速率和厌氧比产甲烷速率,以单位菌剂对不同基质的耗氧速率和厌氧比产甲烷活性为指标,比较了各菌剂对废水的适配性。
5) OUR
[英][ɑ:(r)] [美][ɑr]
耗氧速率
1.
The oxygen uptake rate (OUR) measurement plays an important role in the study of kinetics parameters of activated sludge models and in wastewater characterization identification.
目前多采用分批实验法和呼吸测量仪测量耗氧速率,而耗氧速率的测量对于研究活性污泥数学模型中的动力学参数及废水特性鉴定具有重要意义。
2.
A mechanical disruption method was experimentally applied to kill higher microorganisms in activated sludge;the activity of higher microorganisms could be indirectly calculated on the basis of the difference of oxygen uptake ratios(OURs) before and after disruption.
采用机械破碎方式灭活活性污泥中高等微生物,并通过测定破碎前后泥样耗氧速率(OUR)之差别间接计算高等微生物的活性作用。
6) oxygen consumption rate
耗氧速率
1.
Research on coupling between oxygen consumption rate and temperature during coal spontaneous combustion process;
煤炭自燃过程中耗氧速率与温度耦合研究
2.
In order to investigate the affecting mechanism of pore distribution on oxygen consumption rate during low-temperature oxidation of coal,the mathematics model is built based on pore tree model.
为了考察煤的孔隙分布对煤低温氧化耗氧速率影响机理,利用孔树模型,建立了煤低温氧化耗氧速率的数学模型,得出煤氧化控制由扩散控制转化为动力控制的临界孔径rc(T),rc(T)随着温度升高呈线性增加趋势,表明温度升高,煤氧化逐渐由反应动力控制。
3.
The test of oxygen consumption rate showed that after the strengthening start-up, the .
耗氧速率试验表明,强化启动后,流化床中生物膜的异养菌活性大幅度降低,氨氧化细菌活性明显提高,硝化细菌活性变化不大。
补充资料：耗耗
1.方言。老鼠。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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