逐渐增加的

Fluorescence of NC16 and NC10NC at high pressure The monomer fluorescene intensity of the naphthalene chromophore in NC16and NC10NC in solid state and in LB film was decreased and red-shifted with theincrease in pressure, and a structureless excimer band at 415 nm was observed.

四。高压条件下NC16和NC10NC的荧光性质高压条件下研究了NC16和NC10NC在固体和在LB膜中的荧光性质，发现随压力增加，样品的单体荧光强度逐渐下降、红移；并在415 nm处出现萘的激基缔合物荧光。

As the pres sures in labor supply are decreasing, it is expected that the employment problem by nature would be more structural than quantitative in the coming decade. How to improve the skills of labors is therefore more critical to reduce unemployment as well as the economic development in China.

总的来看，劳动供给压力正在逐渐减小，而劳动需求随着经济增长和结构改善正迅速增加，就业的总量供求矛盾正在得到缓解，但就业的结构性矛盾正在变得越来越突出，如何提高劳动者的知识和技能水平已经成为解决就业问题的关键所在。

Histochemically, the results indicated that POD activity increased with the growth rate of callus within the same tissue; and lignin deposit density within the cell wall increased with the growth of callus over time, displaying a trend similar to POD activity alteration upon Hg(superscript 2+) imposition; Furthermore, more tracheary elements was observed in the callus tissue subjected to Hg(superscript 2+) than that in control.

组织化学定位结果表明：同一处理样品的过氧化物酶活性随着愈伤组织的生长进程而逐渐增强，且与Hg(上标 2+)浓度呈正相关；细胞壁中木质素沉积随着愈伤组织的生长而增加，与过氧化物酶活性变化趋势一致；Hg(上标 2+)处理的愈伤组织中导管诱导率大于对照。

The reduced relationship between forest floor C∶N and tree growth with increasing ecosystem Ncontent suggests the mineral soil N supply has the capacity to'buffer'immobilisation by coarsewoody debris and maintain adequate N availability.

随着生态系统中N含量的增加，森林地被物C∶N比与林木生长之间的相关性逐渐减弱，这个结果表明，土壤中N供给可以缓和立地上大木质碎片对N的固定作用，从而保证有足够的有效N供应。

Microstructures of Mg-3Zn-xY alloys after heat-treatment indicate that dissolvability of interdendritic phases in Mg-3Zn-xY alloys increases, second phases are passivated, and hardness grows up while temperature of solution treatment rises, gradually, the second phase of alloys coarsens and hardness decreases obviously when temperature of solution treatment is up to 550℃.

热处理后的显微组织显示，随着固溶温度的增加，Mg-3Zn-xY合金的晶间组织溶解程度不断增大，第二相逐渐钝化，硬度升高；当固溶处理温度达到550℃时，第二相明显粗化，合金的硬度下降。

This article introduces vacuum stack preloading's developing process, reinforcement mechanism and use on soft ground treatment. Through comparative analysis among the vacuum stack preloading and other methods and instances, it shows that the vacuum preloading concerting stack preloading technology is increasingly maturing, the method is simply, and it can not only strengthen ground, but also shorten total period efficiently. It may be expanded further as a mean for highway soft ground treatment.

本文通过介绍真空堆载预压法的发展过程、加固机理以及在软基处理中的应用情况，并和其它方法进行了对比分析，通过实例说明了真空堆载联合预压法的施工工艺在公路建设中已逐渐成熟，施工方法较为简单，不仅能增加地基稳定性，同时有效地缩短施工总工期，可作为公路软基处理的一种手段进一步推广。

The size of follicle begin primordial follicle to tertiary follicle(1.5～3mm).The number of mitochondrion increased,and the cristae increased.Gogi body change to type,cortical granule increased,and moved behind cytolemma.The proportion of small,middle and large follicles on ovary were 92.51%(92.51±5.87),4.60%(4.60±4.91) and 2.88%(2.88±2.22) respectively.

卵泡在发育过程中，卵泡细胞形成的突起与卵母细胞始终保持密切的联系：卵母细胞从原始卵泡到直径1.5～3mm的三级卵泡，细胞质中线粒体数量由少到多，线粒体内的嵴不断增加，高尔基体由不典型到变成典型，皮质颗粒由开始形成到形成较多的皮质颗粒，并逐渐地迁移到卵母细胞膜下。

During the process of reformation among the cities with rich resources, the issue of unemployment has gradually become a big problem for reformation. The high unemployment rate causes a large number of work forces to separate from the process of social production, which results in wastage of available labor, increasing instability in society, difficulties to achieve social justice and encumbering the social and economical development.

在我国资源型城市的转型过程中，失业问题逐渐成为困扰资源型城市成功转型重大难题，失业率高使大量劳动力脱离社会生产过程，造成社会资源的浪费，增加社会的不稳定因素，使社会公平难以实现，也阻碍了社会和经济的发展。

With computer doubling in speed and power every couple of years, and with genetic engineering's dazzling feats growing more and more routine, the battered American faith in technological progress has been growing stronger and giddier of late.

随着电脑的速度与功能每两年就增加一倍，基因工程领域中惊人的成就变得司空见惯，美国人在科技发展方面备受击的信心，近年来已逐渐增强，并有异常乐观的趋势。

Eg:With computers doubling in speed and power every couple of years, and with genetic engineering's dazzling feats growing more and more routine, the battered American faith in technological progress has been growing stronger and giddier of late.

随着电脑的速度和功能每两年就增加一倍，基因工程领域惊人的的成就就变得司空见惯，美国人在科技发展方面备受打击的信心，近年来已逐渐增强，并有异常乐观的趋势。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。