强地

Fatsia japonica、 Nandina domestica、 Laurus nobilisl、 Hhypericum Chinense were cultivated under four different light regimes(fully open site,58%,24% and 6% daylight).Their leaf area, leaf mass per unit area, the gas exchange parameters , chlorophyll content, the RPP were measured.

测定了4种光强(100％、58％、24％、6％自然光强)下，地被植物八角金盘、南天竹、月桂、金丝桃的叶面积、叶片气体交换参数、比叶重、叶绿素含量和高温下细胞质膜透性。

Nanoparticle of an appropriate proportion were homogeneously dispersed in the PI matrix, and the interfacial adhesion between the matrix and the nanoparticle was hence strong owing to the high specific surface area and reactivity of the nanoparticle. Subsequently, the molecular chains of PI attained unchanged or even increased interaction at a proper mass fraction of the nanometer particle, which contributed to improve the wear-resistance of the nanocomposites.

采用PI的原位聚合填充方法，利用聚酰亚胺与无机纳米表面较强的相互作用（如静电作用、较强的范德华力、氢键甚至化学键的形成），用非水悬浮工艺制备了无机纳米/聚酰亚胺纳米复合材料，率先用大型分析仪器全面地表征了复合材料的结构，采用原位聚合填充法制备的聚酰亚胺复合材料中，无机纳米分散状态良好；无机纳米氧化物/聚酰亚胺复合材料的结构表征显示出PI有机相和SiO〓无机相之间形成了键联型复合体系，两相相互影响；在复合体系中，单相本体的结晶结构并未发生改变；在摩擦过程中纳米氧化物没有发生价态的转变；无机纳米氧化物的加入，提高了聚酰亚胺的耐热等级；适量纳米氧化物并不影响复合材料的机械性能， 2。

From the calculations, it can be found that the van der Waals interactions, the hydrophobic interactions, as well as the H-bonding interactions are crucial for the ligand binding. The 4-phenylamino group can produce strong van der Waals adn hydrophobic interactions with the nonpolar side chains of the residues deep in the binding cleft. The R^1 and R^2 substituents on the bicyclic chromophore can also produce strong van der Waals and hydrophobic interactions with the residues located at the exterior part of the binding pocket. Moreover, the two N atoms of the quinazoline can form H-bonds with EGFR, which will produce significant contribution to biological activities. The calculated nonbonded interactions between anilinoquinazolines and EGFR, as well as the information obtained from the predicted complexes, can interpret the structure-activities of the inhibitors well, which can afford us important information for structure-based drug design.

从模拟结果得到的抑制剂和靶酶之间的相互作用模式表明范德华相互作用、疏水相互作用以及氢键相互作用对抑制剂的活性都有重要的影响，抑制剂的苯胺部分位于活性口袋的底部，能够与受体残基的非极性侧链产生很强的范德华和疏水相互作用，抑制剂双环上的取代基团也能和活性口袋外部的部分残基形成一定的范德华和疏水性相互作用，而抑制剂喹唑啉环上的氮原子能和周围的残基形成较强的氢键相互作用，对抑制剂的活性有较大的影响，计算得到抑制剂和靶酶之间的非键相互作用能以及抑制剂和靶酶之间的相互作用信息能够很好地解释抑制剂活性和结构的关系，为全新抑制剂的设计提供了重要的结构信息。

Aerial image can be computed fairly fast by this method compared with the rigorous solution of the Hopkins equation, especially for the situation of many sparse aerial points which is often met in OPC application.

一个双线性光学系统分解成为一组空间域卷积核，并通过对版图的空间域卷积来计算空间光强。与采用Hopkins公式的SPLAT相比，这种方法能快速地计算空间光强。尤其对于大面积计算显得更为有效。

It is required that the land vehicle navigation equipment should offer not only real-time, high-precision, high reliability navigation information, such as position quickly, but also should have the functions of self-determining, adaptability to the changing conditions, anti-jamming, miniaturizing and good property to price ration.

为了适应日益复杂的应用环境，人们要求车载导航系统和设备不仅能够实时、快速地提供具有高精度和高可靠性的定位信息，同时还应当具有自主性好、对环境变化的适应能力强、抗干扰性强以及小型化和高性能价格比等特点。

Under the current complex conditions, sole sensor in the running state of monitoring system in the vehicle could offer neither real-time, high-precision, high-reliability navigation information, such as position quickly, nor the functions of self-determining, adaptability to the change of conditions, anti-jamming, miniaturizing and good property to price ratio.

面对日趋复杂的应用环境，目前车辆运行状况监测系统上常用的单一传感器已经不能满足实时、快速地提供具有高精度和高可靠性的监测与定位信息，以及具备自主性好、对环境变化的适应能力强、抗干扰性强以及小型化和高性能价格比等要求。

In order to improve their water solubility, 4"-fatty amido-3"-sodium carboxylate azobenzene-4-sodium sulfonates were synthesized. They are azo compounds with two hydrophilic groups of carboxyl and sulfonyl. They decrease the surface tension in dilute solution slowly, and show some surfactivity, but are not surfactants. The probable reason is their relative strong hydrophile. Furthermore, their colors are not fresh and far from our destination.

为了改善其水溶性，改用对氨基苯甲酸为原料合成了4′-脂肪酰氨基-3′-羧酸钠偶氮苯-4-磺酸钠盐，以偶氮结构为主的亲水基团上连有羧酸基和磺酸基两个亲水性较强的基团，但可能由于其亲水性太强，在稀溶液中只能缓慢地降低溶液的表面张力，具有一定的表面活性，但不是表面活性剂，而且颜色不鲜艳，距离我们的目标较远。

Because the time press the individuality characteristic is the time press:①In order to achieve the achievement to try hard to struggle;②Has competitiveness;③Easy impatient;④Has the time sense of urgency;⑤The spoken language and the manner are uncouthly;⑥To overworks guaranteed;⑦Tries to outdo others heart, dedication to work, ambitious, has the intense time press, in the short time does the much works the request, thus causes the aggressive driving behavior the production.

由于时间紧迫的个性特征是时间紧迫：①为取得成就而努力奋斗；②有竞争性；③易不耐烦；④有时间紧迫感；⑤言语和举止粗鲁；⑥对工作过度地保证；⑦好胜心强，事业心强，雄心勃勃，有强烈的时间紧迫，较短时间内做大量工作的要求，从而导致攻击性驾驶行为的产生。

Results of numerical simulation indicate that the RAMS can successfully simulate the location and evolution of the ocean-effect snowstorm in the coastal area . The mesoscale vertical circulation is found when the snowstorm occurs , and the snowfall increases with the strengthening of updrafts and the development of adverse wind regions .

数值模拟结果显示：模式对沿海地区的冷流降雪过程具有较强的预报能力，可以很好地模拟出降雪的落区和大气环流形势的演变，证实了暴雪中尺度垂直环流的存在；强降雪集中出现在上升运动增强和逆风区维持的阶段。

Viridescence of equestrian orchid colour and lustre, in northern region green period can amount to 280 days of above; Ma Lan's purple beautiful quietly elegant is beautiful, nectar faint scent, florescence is as long as 50 days, still can serve as the material that cut a flower; Malannai tramples, after experience tramples, need not breed can ego restores; Moderate of height of equestrian orchid plant, the leaf is much and erect grow, have stronger aspiration, decrease dry, drop in temperature action; Equestrian orchid vitality is strong, do not need daily conserve basically, managing water fertilizer and management are devoted; In the city that build plant segregation of two side afforest takes open greenbelt, road to wait with ground of compose flowers and plants in, ma Lan is unquestionable high grade material.

马兰色泽青绿，在北方地区绿期可达280天以上；马兰紫色的花淡雅漂亮，花蜜清香，花期长达50天，还可作为切花材料；马兰耐践踏，经历践踏后无须培育即可自我恢复；马兰植株高矮适中，叶多而竖立生长，具有较强的吸尘。减燥。降温作用；马兰生命力强，基本不需要日常养护，节约了水肥和治理投入；在建植城市开放绿地。道路两侧绿化隔离带和缀花草地等中，马兰是无可争议的优质材料。

Lugalbanda was a god and shepherd king of Uruk where he was worshipped for over a thousand years.

Lugalbanda 是神和被崇拜了一千年多 Uruk古埃及喜克索王朝国王。

I am coming just now,' and went on perfuming himself with Hunut, then he came and sat.

我来只是现在，'歼灭战perfuming自己与胡努特，那麼，他来到和SAT 。