吸收能力

Balance alimentation, accelerate root growth and improve lawn quality.

本品是依据草坪营养学的最新研究成果和独特的缓释配方而研发的全量维他命产品，其蕴含丰富的微量元素天然矿物质和叶片吸收因子，能够保障植物酶系统稳定工作和提高酶系统的抗逆性，促进草坪因修剪、践踏、滚压、打孔、划破等受损后恢复活力，平衡营养和提高营养吸收效率，促进根茎生长、显著提高草坪抗逆能力和改善草坪质量。

On one hand, the open and radiative culture benefits to gathering and exchanging information which helps to nurture the insight, while the centralized and consubstantial culture benefits to the harmony and consolidation of organizations which helps to nurture the implement competence, on the other hand, corporate culture especially core values have an effect on the selection and formation of potential core competence.

一方面，开放型发散式的文化有助于信息的吸收和流通，从而有利于培养企业对未来的洞察力，集中型同一性的企业文化有助于组织的协调统一，从而有利于培养完善的执行能力；另一方面，企业文化尤其是核心价值观直接影响企业的战略意图，从而影响了在企业能力体系中对于潜在核心能力的选择和最终形成。

And at the same time, through discussing the mechanism of earth wave absorbing tomography, it is known the CT of seismic absorption imaging method is better than the wave velocity imaging method in the identify ability of faultage crushed zone whose body structural plane is flabbiness and the dimensions is small.

阐述了地震波在粘弹性介质传播过程中具有的衰减特性，探讨了地震波吸收层析成像的机理，得知地震吸收CT成像方法，对岩体软弱结构面、裂隙和规模较小的断层破碎带的识别能力，要强于波速成像方法。

The results of differential thermal analysis on glasses show that the glass forming ability was improved greatly by introducing metaphosphate to AMCSBY glass.

对玻璃进行了差热分析，结果表明，在氟铝酸盐玻璃中引入偏磷酸盐使玻璃形成能力大大提高；测量了玻璃从紫外到红外的透过光谱和紫外吸收光谱，在玻璃中引入偏磷酸钡使玻璃中红外透过能力下降，红外吸收边带移向短波段，玻璃紫外透过能力得到提高。

ESEM showed on one highly mineralized construct that partial displacement of oneosteoclast exposed specialized structures of the cellular membrane facing the bonesurface, namely, the ruffled border and podosomes of the sealing zone, as well as theresorption pit under the ruffled border, unequivocally indicating that osteoclast-likecells formed have the ability to resorb bone-like matrix produced by osteoblasts invitro.

细胞在大矿化结节周围分布的差异反映了在大小类似的情况下，结节矿化程度越高，对周围的TRAP阳性细胞的趋化能力越强。F-actin荧光染色显示了在大矿化节结上F-actin环的出现，这是破骨细胞具有吸收活性的特征标志，直接证明了所形成的类破骨细胞具有骨吸收活性。

The capacities of Na(superscript +) accumulation and rejection as well as the Ca(superscript 2+) selective absorption might be related to salt-tolerance of maize cultivars.

玉米根、根颈、种皮的Na积累能力、叶的拒Na能力和幼苗选择吸收Ca(上标 2+)的能力可能与品种耐盐性有关。

In order to investigate the antioxidant activity, thirteen stilbene derivatives was examined by DPPH method. The radical scavenging ability is greatly increased by 2, 5-dihydroxy groups in the skeleton. There is a linear relationship between the maximum UV absorption wavelength and the radical scavenging ability of the compounds.

为了考察羟基衍生物的抗氧化活性，应用DPPH法对13个茋类化合物进行自由基清除能力评价。2，5-二羟基取代茋衍生物显示出较强的自由基清除能力，8个非氮杂茋衍生物的最大紫外吸收波长与自由基清除能力之间呈线性相关性。

But there is no effect of it to reduce the level of tacitness and ambiguity knowledge.

企业知识获取能力对技术创新的作用更为关键，而企业知识吸收和转化能力以及开发和利用能力对管理创新的作用更为关键。

Afterwards, the crash process of the thin-walled structure is simulated to find the effect of the cross section, the thickness and the pre-deformation on the crash capacity, and the axial impact deformation of the circinal tube is analyzed in the theoretical way, the axial impact deformation of the square tube and subulate tube are analyzed by simulation.

最后本文建立了原DF_(8B)机车车体正面碰撞刚性墙的仿真模型，在分析碰撞结果后，对原DF_(8B)机车车体的底架和司机室结构进行了改进；并利用薄壁圆管和锥形结构设计了吸能装置，利用凸凹相见的防爬板设计了防爬装置；对安装了吸能装置和做出结构改进的耐碰撞DF_(8B)机车以10m/s和15m/s速度正面撞击刚性墙进行仿真，结果表明碰撞时吸收装置先于车体主结构破坏，吸收碰撞能量，其吸能能力达到了国外有关标准的要求。

The study shows that: evergreen broad-leaved species during the middle and later period succession have better adaptability under the different light surroundings, such as Elaeocarpus glabripetalus, Ilex integra, Photinia prunifolia, Cinnamommum camphora. And Fluorescent Characteristics also verifies the above result. The experiment results indicate that: PSⅡreaction centers of majority tree species are not marked oxidized under the full light surroundings. Photosynthetic electron transport activity can maintain highly, in this way, it is helpful to enhance radiant energy dissipation and thus dissipate excess light energy. That is to say, the increase of non-photochemical quenching coefficient can conduce to protect PSⅡ, and mitigate the effect of high light on photosynthesis.

研究发现处于演替中后期的常绿阔叶树种幼苗，对光环境的变化均有着较强的适应能力，秃瓣杜英、全缘冬青、小叶铁冬青、桃叶石楠、香樟等树种的表现尤为突出；荧光特性的研究也应证了这一观点，测定结果表明多数树种的PSⅡ反应中心并未受到明显氧化破坏，在全光照条件下仍能维持较高的光合电子传递活性，能通过提高非辐射性热耗散，消耗PSⅡ吸收的过剩的光能，从而保护PSⅡ反应中心免受因吸收过多光能而引起的光氧化伤害。

The basic concept of FOP can be summarized as to further optimize effective prescription according to the standard of curative effects and with the aid of modern science and technology and theories of traditional Chinese medicine.

其基本内涵可概括为：以确有疗效的中药复方为研究对象，以现代科学技术和传统中医药理论为技术支持，以该复方所治病证的药效响应为评价标准，以优化重组疗效更优的新复方为研究目的。

Ever since our world has been a world, native forests have been indiscriminately exploited by man.

自从我们的世界一直是世界原生森林被任意剥削人。