1) random gravitational field
随机引力场
1.
It is first demonstrated that the energy-momentum tensor tik of random gravitational field can not change to zero.
首次论证了在随机引力场中，其能量─—动量张量ｔｉｋ不会变零。
2) random primer
随机引物
1.
The comparison between PCR and random primer labeled method;
PCR和随机引物标记探针的方法比较
2.
Results ①Four of ten random primers showed good reactions.
结果①共选用10个随机引物进行扩增,筛选出4个具有较好扩增片段的引物。
3.
Twenty 10bp random primers were used for DNA amplification and 5 samples of each stock were analyzed.
运用RAPD技术,以日本鳗Anguilla japonicus、欧洲鳗Anguilla anguilla和澳洲鳗Anguilla australia尾鳍DNA作为模板,在20种随机引物中筛选出4种随机引物进行扩增反应,得到这3种鳗鱼DNA的RAPD扩增片段,通过比较这3种鳗鱼的扩增条带的特异性、种间相似性指数(日本鳗和欧洲鳗之间的相似指数为0。
3) random primers
随机引物
1.
Based on the profiles established by PCR using 11 pairs of random primers,the 0/1 database was generated,and a dendrogram was constructed by adopting NJ method.
通过11条随机引物对12个玉米自交系进行PCR扩增,根据得到的RAPD指纹图谱建立0、1型数据,采用NJ法进行聚类分析,得到亲缘关系图。
2.
The RAPD markers generated by 13 random primers, 10bp in every one, discriminated light Yellow-flowered and orange-flowered Calendula officinalis.
利用 RAPD分析技术 ,选取 1 3个具有 1 0个碱基长度的随机引物 ,对开淡黄色花和橙色花的金盏菊进行了扩增反应 。
3.
Methods:Based on PCR principle,DNA was labeled using specific and random primers.
方法 :以特定引物和 16mer的随机引物作为延伸引物 ,利用Taq酶标记DNA探针。
4) stochastic extraction
随机引出
5) random field
随机场
1.
Research on application of Karhunen-Loeve expansion to simulating anisotropic random field of soil property;
Karhunen-Loeve展开在土性各向异性随机场模拟中的应用研究
2.
Application of random field theory in reliability study of slope engineering;
随机场理论在边坡工程可靠度分析中的应用
3.
A spatial discretion comprehensive method of random fields in soil engineering;
岩土随机场空间离散的综合法
6) Markov random field
Markov随机场
1.
A new unsupervised algorithm for image segmentation based on an inhomogeneous Markov random field model;
基于非齐次Markov随机场的无监督图像分割新算法
2.
Recognition of multiple 3-D objects based on Markov random field models;
基于Markov随机场的三维物体识别算法
3.
Region tracking algorithm based on hidden Markov random field;
基于Markov随机场的区域跟踪算法
补充资料：爱因斯坦引力场方程
见广义相对论。
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