1.With the basic theory and geometric relationship of Bennett 4R linkage, the angle formulas of single linkage model which deploy completely into plane or curved face are both deduced, and by these angles the models are made quickly and simply instead of deducing the parameter relationship from its original form.
本文提出了从已有可折叠机构入手来构造折叠结构的思想，运用Bennett 4R linkage的基本理论和几何关系，分别推导了展开为平面和展开不共面的linkage折叠单元的角度参数关系，依据角度裁剪公式能快速简捷的制作参考模型而不必从基本形式开始制作。
2.LINKAGE software (5.10 Version) and CYRILLIC software (2.02 Version) were used for linkage and haplotype analyses.
利用LINKAGE软件(5.10 Version)和CYRILLIC软件(2.02 Version)对基因扫描结果进行连锁和单倍型分析。
3.This dissertation presents a method of building deployable structures using an existing mechanism named Bennett 4R linkage, which is a famous overconstrained linkage and whose alternative form can fold and deploy completely.
Bennett 4R linkage是一种简单的四杆过约束机构，它的衍生形式具有可完全折叠和展开的性质。
4.1. A scheme of molecular genetic map consisted of 20 linkage groups was constructed with the mapping software Mapmaker/EXP3.0 MapChart 2.0, which included 161 SSR markers. It covered approximately 1913.5cM of soybean genome with an average genetic distance of 11.89cM. The number of SSR markers on each linkage group varies from 2 to 28, with the length from 0.4cM to 309.5cM.
利用Mapmaker／EXP3.0和MapChart 2.0作图软件构建了大豆分子连锁图谱NEAUSRI-MLG(Molecular Linkage Group of Soybean Research Institute in Northeast Agricultural University)，总长度为1913.5cM(Centimorgan，厘摩尔根)，平均遗传距离为11.89cM，覆盖了20个连锁群，包括161个SSR(Simple Sequence Repeats)位点。
5.Deployable Structure Based on Bennett 4R Linkage
基于Bennett 4R linkage的折叠结构
6.3 The genetic diversity was different for different linkage groups. In the 20 linkage groups, the Dlb+w linkage group had the highest genetic diversity, however Dla+Q linkage group had the lowest ,which suggested that the stability was different for different linkage group.
3 不同连锁群的遗传多样性不同，Dlb+w连锁群遗传多样性最高，而Dla+Q连锁群多样性最低，表明不同连锁群的稳定性不同。
7.For the past 20 years, many linkage studies have been reported but have failed as yet to produce unequivocal, replicated demonstrations of linkage, while for sporadic cases, linkage disequilibirium studies have been performed but the outcome of such studies has also been quite modest.
在过去的20年中，报道过许多连锁研究，但一直没有得到能被普遍重复的明确无疑的连锁结果，而连锁不平衡研究的结果也常常是似是而非。
8.The practical design and test for the Ackerman steering linkage on the new prototype demonstrated that the principles of spatial mechanism applied to the design and optimum of splitting Ackerman steering linkage can ensure the precise Ackerman steering angle. An accurate and useful method is provided for designing the splitting Ackerman steering linkage.
通过实际的设计和实验，表明空间机构学理论应用于断开式转向梯形的设计和优化能够使车辆转向时实现精确的内、外轮理想转角关系，为转向梯形设计提供了精确的实用方法。
9.It is believed, through analyzing, that the ratio radius of the crank to length of the link is importantly influential in the reed motion about 4-linkage beating-up mechanism, and, that the specific property of slow motion at back center is mainly decided by the second 4-linkage mechanism on the 6-linkage beating-up mechanism.
对连杆机构运动分析认为：四连杆打纬机构的曲柄半径与牵手长度之比是影响筘座运动的重要因素，六连杆打纬机构的后心运动缓慢特性主要由第二个四连杆机构决定。
10.The principles of spatial mechanism kinetics are applied to the calculation of the spatial motion of the ackerman steering linkage. The determination of splitting point of ackerman steering linkage is analyzed and a related optimization program by using Matlab is developed. So an accurate and useful method is provided for designing the splitting point of ackerman steering linkage in double wishbone independent suspension.
应用空间机构运动学的原理,采用Matlab编制转向梯形断开点的通用优化计算程序,确定汽车转向梯形断开点的最佳位置,从而将悬架导向机构与转向杆系的运动干涉减至最小,为双横臂式独立悬架转向梯形设计提供了精确适用的方法.
