At last a probabilistic method of structure design of concrete pavement with LCB is advanced. 论文还提出了贫混凝土基层混凝土路面的概率型结构设计方法。
LCB algorithm uses service routing mechanism to search services and transfer the application data. By self-adaptively calculating the load capacity ( LC) metric, LCB algorithm can choose a reasonable service path. LCB算法使用服务路由来查找服务和转发数据,使用负载容率(loadcapacity,简称LC)测度来进行服务副本的选择,从而建立一条适当的组合服务路径。
The lithium-calcium borate ( LCB) glasses with good formability were prepared in the Li 2O-CaO-B 2O 3 ternary system, and the LCB glass microspheres were made through flame spray process. 在Li2O-CaO-B2O3三元系统中,制得成形性能良好的锂钙硼酸盐(LCB)玻璃,采用火焰漂浮法获得LCB玻璃微球。
Analysis of heat treatment method of low temperature steel LCB& LCC 低温阀门用LCB和LCC钢热处理方法浅析
And two types of fatigue equations are put forward. According to them the fatigue stress coefficient of LCB for the concrete pavement structure and the structure coefficient of tension strength of LCB for the asphalt pavement structure are developed. 并提出了贫混凝土两种形式的疲劳方程,据此推导了混凝土路面结构贫混凝土基层的疲劳应力系数和沥青路面结构贫混凝土基层的抗弯拉强度结构系数。
Effect of the Expression of LCB 1 Gene on Yeast Ceramides Synthesis LCB1基因表达对酵母神经酰胺合成的影响
The X-ray powder diffraction analysis shows that Er: LCB has the same crystal structure as LCB does. X射线粉末衍射分析表明,Er:LCB和LCB具有相同的晶体结构,均属于单斜晶系,C2空间群。
The melting point of Er: LCB crystal is about 1048 ℃. Er:LCB晶体的熔点大约为1048℃。
The inclusions in CaLa 2B 10O 19 ( LCB) crystal, as well as the reason of the inclusion formation during the crystal growth were investigated by the means of X-ray diffraction ( XRD) method, differential thermal analysis ( DTA) and chemical analysis. 本文通过X射线衍射(XRD)分析、差热分析(DTA)和化学分析研究了CaLa2B10O19(LCB)晶体中的包裹体及在晶体生长过程中包裹体产生的原因。
Study of Setting Out Method of Gradual Change Sections in LCB Orifice Tunnel at Xiaolangdi Project of Yellow River 黄河小浪底工程孔板洞弯曲渐变段放样方法的探讨
The formula of axle load conversion in the standard has some problems, so respectively according to the corresponding formulas of load stress and fatigue equations of concrete pavement and LCB, the different formulas of axle load conversion and fatigue stress coefficients are put forward. 针对规范中轴载换算存在的问题,分别根据面层和基层的荷载应力公式和疲劳方程,提出轴载换算公式以及疲劳应力系数。
LCB structure increases the chain folding energy and makes molecular chain fold back more hardly, so it will facilitate the formation of γ crystal. 长支链结构增大了分子折叠链自由能,在结晶形成过程中,分子链更不容易折叠回到片晶中排列,因而长支化结构促进了γ晶的形成。
It is found that shear and elongational rheological properties are dependent on LCB structure, LCB samples show obvious strain hardening behavior and strain hardening coefficient increases with LCB level. 研究发现,剪切与拉伸流变性能依赖于长支化结构,支化改性样品在瞬态拉伸粘度中具有应变硬化性能,支化度越大应变硬化系数越高。