1.
Parameters such as Bo, GOR, Z, μo, μ(subscript g), μ(subscript w) and so on, can be obtained by PVT experiments, using these parameters we can obtain oil-gas-water yields of floor condition.
将全井各油气小层段的油气水产量叠加，即可求出全井所有油气层的油气水总地层产量。
2.
Comprehensive Analysis of the Influences of Precipitation and Accumulated Temperature on Meteorological Yield of Maize
降水量与积温对玉米气象产量影响的综合分析
3.
THE FORMATION OF SUPER HIGH YIELD AND ITS ECO CLIMATIC CHARACTERISTICS IN RICE
超高产水稻产量形成的气候生态特点研究
4.
Why would not the steam from a great deal of water be a great deal stronger?
那么大量的水产生的水蒸气，其力量不就大得多吗？
5.
Their performances in process of development are characterized by low water production and low water/gas ratio.
在开发过程中，其动态特征表现为产水量小、生产水气比低。
6.
A Method for Computation of Gas Production from CBM Vertical Fracturing and Horizontal Wells
垂直压裂井和水平井产气量的计算方法
7.
Study of Climatic Factors Impact on Wheat Yield in Liupanshui
影响六盘水市小麦产量的气候因子研究
8.
Effect of Temperature on Yield Performance of Hybrid Rice II You 718
气温对杂交水稻Ⅱ优718产量优势的影响分析
9.
The Relationship between Meteorological Factors and Rice Yield in Liuzhi Special Zone
六枝特区气象因子与水稻产量关系的研究
10.
Determination of isoprothiolane residues in aquatic products by gas chromatography
气相色谱法测定水产品中稻瘟灵残留量
11.
VARIATION LAW OF PRESSURE DROP AND PRODUCTIVITY RATE IN HORIZONTAL GAS WELL
水平气井井筒压降及产量变化规律研究
12.
Modeling of natural gas recovery from a hydrate reservoir well
海洋天然气水合物开采方法及产量分析
13.
Determination of Dicofol Residue in Aquatic Products by Gas Chromatography
气相色谱法测定水产品中三氯杀螨醇残留量
14.
The influence of plot-width on agro-characteristics and yields of rice water-air-balance cultivation
厢宽对水气平衡栽培水稻农艺性状和产量的影响
15.
Using energy recovery technologies, steam economies of up 25% to 30% (mass of vapor produced per mass of steam used) can be attained.
利用能源回收技术,水蒸气的经济效益达到25％到30％(产生气体量占使用蒸气量的百分比)。
16.
The yie1d and functional component content and stability of rice cultivar under different climate conditions
不同气候生态条件下水稻品种产量、功能性成分含量及稳定性
17.
Inordinately large doses in man may cause death by interference with gaseous exchange due to development of pulmonary edema.
用量过大，用药人因此产生肺水肿，干扰气体交换而导致死亡。
18.
Analysis of the Relationship between the Rice Yield and Soil and Weather in Fujian Province Based on Neural Network;
基于神经网络的福建省水稻产量与土壤及气象因子关系分析