填充

The resistivity of filled skutterudites increases with the increase of the filling fraction. It originated from the decrease of carrier concentration in the skutterudite for the samples with high filling fraction and also the difference of the content of Fe Sb〓 and Sb in the samples.

填充型方钴矿材料的电阻率随填充率的提高而增大，这一方面是因为镧的引入使材料的载流子浓度降低，另一方面低填充率的样品中的低电阻率还与样品中的FeSb〓和Sb杂质的存在有关。

The results showed that,when environment-friendly oil KT20 was used in NR and NR/BR compound,the properties of mix,physical properties and wet skid resistance of vulcanizate were similar to those by using the comparison samples;by using environment-friendly oil KT20,the rolling resistance of vulcanizate changed slightly compared with using 3527MES and TADE.

结果表明，在NR和NR/BR胶料中，填充环保油KT20与对比油的混炼胶性能、硫化胶的物理性能和抗湿滑性能相当；填充环保油KT20，3527MES和TDAE硫化胶的滚动阻力相差不大。在NR胶料中填充环保油KT20，硫化胶的耐磨性能优于对比油硫化胶。

If the flyash microspheres are activized by aluminate ester and doped in NR, the extend ration and permanent set of NR is better than the NR doped with SRF and superfine CaCO〓, but the hardness and tensile strength is worse than the last one.

铝酸酯活化微珠填充NR制品在伸长率和永久变形性能上优于半补强炭黑填充NR和超细活性钙填充NR制品，但在硬度和拉伸强度上有所降低。

All you previously did in 2D now can be done in 3D – editing with layers, cloning surface areas, image transforming on surface, Copy/Paste, filling sealed areas, gradient filling, filling area inside contour, darkening, lightening, smoothening, sharping and so on.

所有您以前在2D中做的事情现在都可以在3D环境中直接完成–利用3D图层进行编辑，在模型表面直接进行区域仿制，图形变换，复制/粘贴，填充闭合区域，渐变填充，利用轮廓线进行填充，使明，暗，平滑，锐利等等。

To implement the two fill-rule defined in spec:"non-zero" and "even-odd", it proposes an efficient way with quick sorting and using horizontal scan line to generate trapezoid from arbitrary polygon , and at the same time finish the clipping within the screen surface.

接着，对于奇偶填充和非零填充两种填充方式分别考虑，提出了任意多边形的Tessellation算法，将多边形转化为梯形，同时实现了多边形在屏幕范围内的裁剪。

Aiming at filler wall quality problems,it analyzes the chief origins of the filler wall crack,brings forward corresponding prevention measures,overcomes the filler wall crack quality control problems basic with the reinforced management in construction,and increase the quality requests of housing.

针对填充墙体的质量问题，分析了填充墙体产生裂缝的主要原因，提出了相应的防治措施，并在施工中加强管理，基本克服了填充墙体裂缝的质量控制难题，提高了住宅楼的质量要求。

The theory and test studies on infilled frame structures at home and abroad are reviewed.

结合国内外砌体填充墙框架结构理论和试验研究成果，围绕填充墙的刚度退化规律和不同性能水平的层间位移角，评述了填充墙框架结构的研究现状。

In addition, existing researches mainly focus on the infilled frames without openings, but, in fact, it is possible to have door or window on the walls because of the practical needs.

另外，已有的研究大部分都是研究填充墙未开洞的情况，可事实上，由于建筑功能的需要，总不可避免的在填充墙上会有门洞或窗洞，因此有必要研究有开洞情况的填充墙框架结构。

The results show that, the coefficients of welded joints are both greater than 0.9, but the yield strength of weld joint filled with Al-Mg-Zr-Sc welding wire is greater 100 MPa than that of filled with Al-Mg-Zr welding wire. It indicates that the Al-Mg-Zr-Sc welding wire is the best alteration of filling materials to weld of Al-Mg-Sc alloy.

但采用Al-Mg-Zr-Sc合金焊丝为填充材料时，焊缝晶粒组织明显细化，熔合区形成的细小等轴晶层提高了基材与焊缝填充材料的结合力，焊接接头的屈服强度比采用Al-Mg-Zr合金焊丝为填充材料时提高了100 MPa，显著提高了Al-Mg-Sc合金焊接构件的许用强度，因此焊接Al-Mg-Sc板材更宜采用Al-Mg-Sc-Zr焊丝。

The plasma-loaded Raman FEL is widely and thoroughly studied in thispaper. The main content includes: thermal plasma-loaded FEL, plasma-loadedFEL with an axial guide magnetic field, and two-stream FEL with anAGMF.In this paper, the basic principle of FEL is introduced and the lineartheory is described in brief firstly.

本文对等离子体填充喇曼型的自由电子激光作了广泛深入的研究，主要内容包括：研究了热等离子体填充的FEL；分析了具有引导磁场的等离子体填充的FEL；进一步探讨了具有引导磁场的双电子注FEL。

Breath, muscle contraction of the buttocks; arch body, as far as possible to hold his head, right leg straight towards the ceiling (peg-leg knee in order to avoid muscle tension).

呼气，收缩臀部肌肉；拱起身体，尽量抬起头来，右腿伸直朝向天花板（膝微屈，以避免肌肉紧张）。

The cost of moving grain food products was unchanged from May, but year over year are up 8%.

粮食产品的运输费用与5月份相比没有变化，但却比去年同期高8％。