随体

In juveniles, the structure of the tissues in the mesoyl layer were looser than the surface layer and there were more black chromatocytes in the surface layer than the mesohyl layer. The compositions of spicules were different in various stages of the sponge. There were no spicules in embryos and larvae. In juveniles, microscleres were the main components. However, megascleres of oxea and strongyle were the major types in adult.

在骨针组成方面，黑色软海绵随不同发育时期而有差异，在胚胎以及幼生阶段体内皆无骨针存在，白色及黑色幼体体内之骨针的组成为小型骨针，有oxyaster euaster及 oxyaster oxyspheraster两型，以及大型骨针尖杆体及二辐钝端骨针两型；而黑色软海绵成体的骨针组成为大型骨针，并未发现存在於幼体体内之小型骨针。

The Lazhulong-Jinshajiang ophiolites occurred at archipelagic ocean that opened in Late Permian to Early Triassic and closed until Late Triassic that is a epeirogenic process characterized by "soft collision" that show lentiform and faulting ophiolites, folding marine strata, and accretionary wedge.

该蛇绿岩形成于晚二叠世至早三叠世多岛小洋盆环境，并在晚三叠世末期随古特提斯的闭合而构造侵位，这是一个以软碰撞为特征的造陆过程，伴生蛇绿岩体透镜体化和构造肢解、海相沉积岩褶皱变形和增生楔逆冲作用。

objective the effects of anthocyanin pigment from maize purple plant on resisting lipid peroxidation were investigated.methods the inhibition of anthocanin pigment from maize purple plant was examined in vitro that autcoxudation of lecithin liposome system induced by fe2+.50 mice were randomly divided into 5 groups.vehicle and different dose anthocyanin pigment from maize purple plant were given respectively,and then experimental injury of mice liver was induced to make use of bromobenzene and the content of mda was determined in liver homogenate.results the inhibition rates of anthocyanin pigment from maize purple plant on linoleic acid oxidation was higher that of ascorbic ascorbic acids.the content of mda in homogenate in middle and high dose of pigment were significantly lower than that in low dose and the injured control group.there were no significat differences in the content of mda in homogenate between low dose group and injury control group.conclusion the anthocyanin pigment from maize purple plant have the capability to resist lipid peroxide.

目的 探讨玉米紫色植株色素抗脂质过氧化的作用。方法体外实验测定玉米紫色植株花色苷色素在fe2+引发的卵磷脂脂质体体系中抗氧化活性。体内实验，取50只小鼠随机分成5组，分别给予溶媒和不同剂量的色素，然后采用溴代苯致实验性肝损伤，测定肝匀浆的丙二醛含量。结果在由fe2+引发的卵磷脂脂质体体系中玉米紫色植株色素对脂质过氧化有明显的抑制作用，抑制率随样品的浓度增高而增大，并且明显优于抗坏血酸。在溴代苯致小鼠实验性肝损伤模型实验中，中、高剂量组的丙二醛含量均低于损伤模型组。低剂量组和损伤模型组比较丙二醛含量差异无统计学意义。

The results show that the technical parameters and the concentration of sodium molybdate have obvious effect on the composition of the alloy. The crystal grain size is from 6.2 to 12.7 nm and changes with current density, temperature and the pH value of the electrolyte.The crystalline growth of the alloy accords with the model of three-dimensional growth. The surface morphology is mainly determined by the rate competitions between the growing direction of vertical surface and the expanding direction along the surface towards circumambient. The results of the X-ray data show the presence of the multiphase containing solid solution and intermetallic compound in the deposits. The deposit phases alter from the FeNi and FeMo solid solution to the FeNi and MoNi4structure at 3 A/dm2. The deposits internal stress increases linearly with the decrease of the grain size. The lattice parameter of the deposits are slightly distorted

结果表明：工艺条件和钼酸钠浓度对合金组成的影响较大；所得合金晶粒尺寸为6.2~12.7 nm，并随电流密度、温度和电镀液的pH值的改变而变化；合金的晶体生长符合晶核三维生长模型，镀层表面形貌由平行和垂直于基体的生长速度的相对大小决定；镀层物相为固溶体和金属间化合物的多相结构，当电流密度为3 A/dm2时，镀层物相由FeNi和FeMo固溶相转化为FeNi和

There are 40,000 software patents in 2006 and the rate of software patent is 20% of the issued patents in 2006. However, the growth of software patent gives rise to many disputes, such as "the bad quality of software patent,""floody patent lititgation," and "patent troll."

但随著全球软体专利件数的增加，其衍生争议同时亦袭卷全球，最令人非难的即是软体专利「品质不佳」、「诉讼氾滥」及「Patent Troll」等现象。

The rest of proteins, peptides and amino acids are reabsorbed by podocytes and labyrinth cells, then become formed bodies and secreted into urinary space again and flow with the urine. These nutritions are digested in formed bodies and then reabsorbed and utilized by cells of nephridial canal.

该滤液中的葡萄糖和部分蛋白质、多肽、氨基酸由足细胞重吸收并消化利用，剩余部分蛋白质、多肽和氨基酸由足细胞和迷路细胞重吸收形成形成小体后再进入尿隙随尿液流动，并在形成小体中被消化，最后被原肾管细胞吸收利用。

As to the doctrine called the Real Presence,[22] the council condemns: those who, denying that Jesus Christ, God and Man, is truly, really, substantially present in the sacrament of the Holy Eucharist, hold instead that He is only present as in a sign or image or manifestation of power; those who say that the substance of the bread and the wine remains along with the body and blood of Christ, denying that marvellous and unique changing of the whole substance of the bread into the Body and the whole substance of the wine into Blood, while the appearance of bread and wine still remain--the change which the Catholic Church most suitably calls Transubstantiation; those who say that the Body and Blood of Christ is not there following upon the consecration, but only while the sacrament is in use, while it is being received, that is to say, but not before this or after this, and that in what is left over of the consecrated hosts or particles after communion has been administered, the true Body of the Lord does not remain; who say that the main fruit, or the sole fruit, of this sacrament is the forgiveness of sins; or that Christ the only begotten son of God is not to be adored in this sacrament with the externals of the reverence called latria,[23] and that those who do so adore Him in this sacrament are idolaters; that Christ is shown forth in this sacrament to be received in a spiritual manner, and not also sacramentally and really; that only faith is sufficient preparation for receiving this most holy sacrament.

至於所谓的理论的真实临在， [ 22 ]安理会谴责：这些谁，否认耶稣基督，上帝和人类，这是真正的，真的，大大目前在圣圣体圣事，持有相反，他只是本作为一个标志或形象或表现的权力；谁说，这些实质的面包和酒仍然随著身体和基督的血，不可否认，神奇和独特改变整个实质面包进入人体和整个物质的酒血，而出现的面包和葡萄酒仍然-改变了天主教会最适当的要求Transubstantiation ；谁说，那些身体和血液基督是不存在的神圣以下，但只有同时圣礼正在使用中，虽然它正在收到，这就是说，但在此之前或之后这本，在什麼是遗留下来的在神圣的主机或颗粒后共融已管理，真正的机构上帝不会留，谁说，主要水果，或唯一的水果，这种圣礼是宽恕的罪过；或基督唯一的独生子上帝是不喜欢在这圣礼与外部的崇敬所谓latria ， [ 23 ] ，这些谁做崇拜他的这一圣礼是拜偶像；基督显示本条圣礼收到在一个精神的方式，而不是还sacramentally真正；，只有信仰是足够的准备接受这个最神圣的圣体。

In the dry sliding experiments of composites, friction coefficients decreased with the increase of load. Plastic deformation happened in the worn surface where Fe element was found, so PAM micro-fiber supported part of the load and prevented the further deformation. On the condition of high speed and high load, the worn surface of PAM1/nylon 6 composites was nearly melted and formed comparative uniform transfer on the surface of steel, which accounted for the rather low wear mass loss. The infrared analysis showed that the a small quantity of transition of crystal form from α into γ of nylon and its composites happened during the friction because of the high temperature and strong sheering strength.

通过对复合材料耐磨性能研究表明：复合材料的摩擦系数随载荷的增加而逐步下降，且磨损表面有明显的塑性变形；从能谱分析结果来看，复合材料表面有Fe的存在，表明PAM微纤承受了部分载荷，并阻止了基体的进一步塑性变形及粘着转移；在高速高载时，PAM1/尼龙6磨损表面处于粘流态，并在钢环表面形成了连续的转移膜，表现出较好的耐磨损性能，且在高温和强剪切力的作用下，材料基体发生了少量的α晶体向γ晶体的转移。

According to Johnson's Rule and IR spectra, their possible structures are suggested. The bonding parameters of those complexes are calculated by ESR parameters. And the crystal field parameters are calculated by using electronic spectral data. It can be seen that the vanadyl complexes in the solution are ionic complexes and that the α〓 values of those complexes decrease following the increasing of the N donor replacing the O donor of water on the equatorial plane in those complexes. This means that the covalent bonding between vanadium and ligand increases as Ser, Phen or Bipy replace water ligands. The results show the competitive coordinate law that the coordination reactivity of Phen and Bipy is much stronger than that of Ser. The simulation program of ESR is compiled by the theory of ESR in the present work.

测定了VO-丝氨酸二元体系、VO-丝氨酸-邻菲咯啉三元体系和VO-丝氨酸联吡啶三元体系在不同酸度下（pH=1.0～14.0）的乙二醇／水（V／V=1：1）溶液低温ESR谱，发现不同pH下，溶液中具有不同组成的配合物，根据不同pH下ESR谱的变化，利用Johnson的加合规则并结合红外光谱，推测了它们在溶液中的可能结构；利用波谱参数计算了配合物键参数；利用电子光谱数据计算了配合物的晶体场参数，讨沦了它们的成配特性，结果表明：VO配合物属离子型配合物，随取代水分子的配体（Ser、Phen或Bipy）数目增加，键参数减小，配合物共价性增强，同时得出这些体系中，生物配体竞争配位规律：Phen和Bipy与VO的配位能力比Ser强。

The 3565 cm-1 band, on the other hand, progressively decreases in intensity with increasing n and it disappears completely at n = 8, suggesting that the protonated serine octamer is dominated by zwitterionic structures.Chapter four gives a conclusion.

当此团簇的丝胺酸数目渐多时，第一根吸收峰（3565 cm-1）的高度则随著渐减，直到八聚体时这根吸收峰完全消失，证明了质子化丝胺酸八聚体在气相状态下的结构是以两性离子为主。

However, as the name（read－only memory）implies, CD disks cannot be written onorchanged in any way.

然而，正如其名字所指出的那样，CD盘不能写，也不能用任何方式改变其内容。

Galvanizes steel pallet is mainly export which suits standard packing of European Union, the North America. galvanizes steel pallet is suitable to heavy rack. Pallet surface can design plate type, corrugated and the gap form, satisfies the different requirements.

镀锌钢托盘多用于出口，替代木托盘，免薰蒸，符合欧盟、北美各国对出口货物包装材料的法令要求；喷涂钢托盘适用于重载上货架之用，托盘表面根据需要制作成平板状、波纹状及间隔形式，满足不同的使用要求。