1) sectionally smooth join
分段拼接
1.
This thesis introduces the arc splines fixing with sectionally smooth joining to create the computing modeling for disk cam with wedge flatface follower,analyze the fixing error of the model and solve the problem of it’s manufacturing with the numeric control continuous contouring grinder.
采用分段拼接的圆弧拟合方法对移动平底从动件盘形凸轮进行计算机建模 ,并用数控坐标磨解决了该类母凸轮的高精加工。
2) fragment assembly
片段拼接
1.
The Method and Parallel Processing for Fragment Assembly in Whole Genome DNA Sequecing Project;
全基因组DNA测序中的片段拼接方法及其并行处理
2.
One of the practical difficulties that remains in largescale DNA fragment assembly is the correct reconstruction of DNA sequences including repeats.
包含重复序列(repeats)的DNA序列的重构是大规模DNA片段拼接所面临的实际困难之一。
3.
This paper proposes a pre-merged repeats masking-off method by studying repeats analysis in DNA fragment assembly.
针对DNA片段拼接中的重复序列识别及屏蔽问题,提出一种预归并重复序列屏蔽方法。
3) segmented assembly
分段拼装
1.
According to the local situation and the structure characteristics of this project,authors made a feasible construction plan,in which the truss is segmented assembly and hoisted by spin-pulling method.
根据该工程的结构特点、场地条件和现场可供利用的吊装机械情况,制定了一套分段拼装,旋转拉升的施工方案,并为此设计了能够转动的梁柱节点,分析了在拉升过程中的受力性能。
4) segmented word joint
切分词拼接
1.
Based on segmented word joint,with a customized noise library and multi-level filtering strategies,HID was provided with the ability to detect hotspot information in large amount of Internet pages.
基于多级滤噪进行切分词拼接,利用特定的噪声库与多级滤噪策略严格控制拼接过程,挑选合理的收录策略,提取出能够准确反映海量网络数据中热门事件的热点信息串。
2.
Based on segmented word joint,with a customized noise library and multi-level filtering strategies,HID is provided with the ability to detect hotspot information in large amount of Internet pages.
该算法基于多级滤噪的切分词拼接,利用特定的噪音库与多级滤噪策略严格控制拼接过程,在合理收录策略的挑选下,算法提取出了能够准确反映海量网络数据中热门事件的热点信息串。
5) Divide and Combine
分割与拼接
6) segmented model test
分段拼模试验
补充资料:信使拼接
分子式:
CAS号:
性质:对来自高等生物的基因的一次转录的编辑,通过核酶(ribozyme)切除非编码的插入序列。信使拼接后留下了连续的编码序列,以此规定所编码的蛋白质。
CAS号:
性质:对来自高等生物的基因的一次转录的编辑,通过核酶(ribozyme)切除非编码的插入序列。信使拼接后留下了连续的编码序列,以此规定所编码的蛋白质。
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