1) within latoratory errors
实验室内误差
2) between latoratory errors
实验室间误差
3) experimental error
实验误差
1.
Analyses on experimental error of determination of moisture regain and rate of retention of cotton fiber;
棉纤维回潮率及含水率测试实验误差分析
2.
Estimation of experimental error caused by manufactural error of prototype of bus structures;
车身结构制造不对称引起的实验误差的估测
3.
The experimental accuracy is deeply improved by the improvements of experimental instrument,for the experimental error is reduced from 7 percent.
通过对实验仪器的改进,取得了良好的实验结果,实验误差由原来大于7%下降到2%以内。
4) experiment error
实验误差
1.
The experiment error which altering barycenter of sand pendulum brings about is analyzed theoretically.
从实验误差理论角度,分析了沙摆重心变化引起的实验误差,结果表明由重心变化引起的误差相对于其它误差而言在实验中占主要地位。
5) laboratory experiment
室内实验
1.
Feasibility evaluation on exploiting this oil reservoir by technology of CO2 huff and puff ( CHP) was carried out through laboratory experiments on recovery efficiency, oil/gas exchange ratio, gas-oil ratio, and others.
针对大庆油区芳48断块渗透率低、天然能量不足、注水困难、产量递减速度较快的情况,进行了CO2吞吐室内实验。
2.
A kind of formula of diverting agent is developed for profile control in water injection well through laboratory experiments of studying blocking ratio, pressure?tight strength, temporary blocking time and grain size etc of a kind of particle type water?soluble diverting agent.
通过对一种颗粒型水溶性暂堵剂的封堵率、耐压强度、暂堵时间、颗粒大小等的室内实验 ,研制出了一种用于注水井调剖的暂堵剂配方。
3.
The karst multi-media structure is high heterogeneity,and the outflow process is simulated by using laboratory experiment,especially the discharge attenuation process is deeply analyzed.
本文借助室内实验装置,模拟了结构不均匀的岩溶多重介质的出流过程,并着重对流量衰减过程进行了分析。
6) lab experiment
室内实验
1.
Study on the lab experiment of pulsed abrasive water jet using bottom hole cuttings;
井底岩屑磨料脉冲射流室内实验研究
2.
In the present study, the authors attempt to apply this effective method to oil reservoirs of high temperature and high salinity through reasonable lab experiment and mathematical simulation.
但是目前聚合物驱主要用于中低温、中低盐油藏,而对于很多高温高盐的油田应用比较少,因此,开展适合于高温高盐油藏聚合物的室内实验研究,进而拓宽聚合物驱的应用领域,实现聚合物在高温高盐油藏的实际应用,为聚合物驱在高温高盐油藏的应用和推广提供了技术和实践依据有着非常重要的意义。
补充资料：实验室内误差
分子式：
CAS号：
性质：在同一实验室内，由于不同分析人员的技术、使用的分析方法和操作程序等的差异而产生的误差。可通过对测定结果进行方差分析和多重比较来确定是否存在这种误差。
CAS号：
性质：在同一实验室内，由于不同分析人员的技术、使用的分析方法和操作程序等的差异而产生的误差。可通过对测定结果进行方差分析和多重比较来确定是否存在这种误差。
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