后期

Results Ninty-eight death(33%) was caused by brain injury and 113 deaths(38.38%) was caused by exsanguination.

颅脑损伤和失血是伤后主要死因，后期多死于并发症或器官衰竭；颅脑和躯干创伤严重影响伤员存活率。

The major causes of trauma death was brain injury and exsanguination,the brain injury and torso injury contributed a lot to a high death rate.Complication and organ failure were also the main cause of the death.

颅脑损伤和失血是伤后主要死因，后期多死于并发症或器官衰竭；颅脑和躯干创伤严重影响伤员存活率。

Late season drought coinciding with the rice booting to heading stage affects the development of plant height, panicle exsertion, and flag leaf size, and causes significant yield loss.

水稻后期干旱条件下，株高、剑叶长、剑叶宽以及包颈程度都会受到一定影响，并导致产量的进一步损失。

The techniques of the midface rejuvenation develop with the understanding of the aging appearance and the development of the facial anatomy. The earliest form of rhytidectomy only removed a piece of redundant skin, but failed to achieve significant long-term benefit. To achieve a more durable benefit, numerous adaptations of face-lift techniques are devised, including SMAS face-lift, malar fat elevation and extended supraplastysmal plane face lift. The subperiosteal approach was firstly performed in 1980s. Youthful curve was detailed by Little William in 2000. To obtain the architectural ogee, the approach of volumetric sculpture, also named three-dimensional rejuvenation, was described.

随着整形美容外科医生对面部衰老变化的认识和面部解剖学的发展，中面部年轻化手术也随之发生着演变：最初的面部除皱术只是单纯去除松弛的皮肤，但术后远期效果不理想；为获得更加持久的效果，到20世纪70年代开始了一系列面部提升术，包括：各种SMAS提升术、颧脂肪垫提升术，扩大的颈阔肌上面部提升术；到20世纪80年代后期，学者提出为获得和谐的面部容貌应进行骨膜下面部除皱术；而到21世纪初Little William提出了"青春曲线"的概念，并实施了容量雕刻技术，即三维中面部年轻化手术。

In this paper, a proper algorithm is proposed to predict high order reflections without extensional calculation time.

本文在模拟中提出了一种计算后期反射声能的方法，在不增加模拟计算时间的基础上对音质参量的计算更精确。

In a way, it is a mirror of the "irrational exuberance" that occurred in the late 1990s.

从某种意义上讲，映射了20世纪90年代后期的"非理性繁荣"。

Placental location. Uterine morphology are affected late pregnancy in intrauterine fetal position, if the fetus is referred to as the location of abnormal fetal position is not correct, it is the birth of the middle factor does not ring true.

胎盘位置。子宫形态都是影响孕后期胎儿在宫腔内位置的，若胎儿位置异常则称为胎位不正，它才是顺产不顺产的因数呢。

Revolved around the following questions, the part analysis systematically which kinds of ritual is prevailing in the different stages of Shang and Zhou: the standard of classification of rituals recorded by oracle bone inscription, the kinds of rituals in oracle bone inscription, textual and bronze inscription, the degree of factualness recorded in lishu of Eastern Zhou.

围绕殷墟卜辞中祭祖仪式分类的标准，卜辞、文献、金文中所见商代后期、西周春秋时代祭祖仪式的种类，东周礼书中常祀的历史真实性等问题展开论述，并对殷代（本文中"商代"与"殷代"代表两个不同的历史阶段，后者指从盘庚迁殷到武王克商之间的历史时期）前期、西周春秋时代等历史阶段贵族经常举行何种祭祖仪式作了系统分析。

The number of Hans population was about three million. They were consisted of three parts of the populations, army migration population, Hans population governed by the local administration and Hans population of Mu's fazenda.

笔者注意到以往研究中忽略了沐庄隐含的汉族人口数，故文中首次通过人地比的换算，考察了沐庄隐含汉族人口的情况，使明代后期云南汉族人口的估算数更加接近客观实际。

At the early iteratives, the mutation rate is bigger and the aim is to make particles to explore smaller and isolate region and to avoid the algorithm trapping to the local optimum. While the algorithm runs, the mutation rate will be decreased to reduce the disturbing to the particles. IPSO adopts a new method that congregates some neighboring individuals to form multiple sub-populations in order to lead particles to explore new search space. Additionally, our algorithm incorporates a mechanism with a simple and easy penalty function based on the largest distance between the particle and the boundary of the feasible region to handle constraint.

IPSO采用了一种新型的变异策略，变异概率随着算法的运行是动态变化的：在算法运行初期，变异概率大，其目的是使算法不但能够探测到目标空间中的孤立区域，而且避免搜索陷入局部极值；在算法运行后期，变异概率逐渐变小，以减少对粒子的扰动；算法通过将部分具有邻近距离的粒子聚集成核形成多子群引导种群中粒子的飞行；采用一个简单的基于粒子与可行域边界最远距离的罚函数处理约束的机制，使得算法高效实现。

The good news is that after formatting from the command line to FAT32 (format /fs:fat32 /a:4096 drive:) all but one of the problematic games that I tested work perfectly.

好消息是，从指挥线后格式化了FAT32(格式/曾荫权：了FAT32/答：4096年径：)所有问题，但其中的游戏测试工作，我很好。

In Amsterdam. He is a Dutch painter, draftsman, and etcher of the 17th century, the greatest artist of the Dutch school, a master of light and shadow whose paintings, drawings, and etchings made him a giant in the history of art.

伦勃朗是一位17世纪画家、绘图家、版画家，荷兰学派的最伟大艺术家，他的明暗法的大师，他的绘画、素描和版画使他成为一位艺术史上的巨匠，其画作体裁广泛，擅长肖像画、风景画、风俗画、宗教画、历史画等。