物

The relative contents of thujopsene and cedrol were higher in P.orientalis extracted by SFE and MSD methods.No monoterpenes was found in the compounds extracted by SFE and SDE,and the wood resin acids were the major compounds in the compounds extracted by SE.

改装简易蒸馏样品和超临界CO_2萃取物以及并时蒸馏萃取物中含量最高的组分是罗汉柏烯和柏木脑，但是超临界CO_2萃取物中未检测出单萜；索氏提取法样品中含量最高的组分为非挥发性的树脂酸类物质。

Four series of metal bile acid complexes were synthesized, including transition metal cholate and deoxycholate complexes, rare earth cholate and deoxycholate complexes.

合成了四个系列的金属胆汁酸配合物，包括过渡金属胆酸及脱氧胆酸配合物，稀土元素胆酸及脱氧胆酸配合物。

The relationship between in situ target strength and depth of chub mackerel was established by selecting the length composition of mackerel was larger than 90%. Results showed that the in situ target strength of chub mackerel was changed significantly depend on depth up to 8.7 dB. And it indicated that the measurement of in situ target strength of fish with swim bladder should be modified by the relationship of target strength and depth, especially in chub mackerel, it may be led to overestimate the standing crop to 7.4 times of the assessment.

将科学鱼探所收录到的白腹鲭声学资料使用线性回归来检定现场标物反射强度与样本所在水深关系，检定结果显示出白腹鲭在不同水深时所反射的现场标物反射强度均会随著深度改变，并且呈现负相关的显著水准(p.01)，现场标物反射强度变动有8.7dB差异量，对白腹鲭鱼群现存量会超估7.4倍的差异。

ESI-MS results showed that α-CD could form 3: 1 specific complex with cinchonine in solution and they formed"sandwich"structure type 〓 inclusion complex when β-and γ-CD were blended simultaneously with cinchonine. Semi-empirical AM1 calculations indicated that the H bonds formed between CD and cinchonine played an important role to stabilize the complex in gas phase.

电喷雾质谱研究发现α-CD与辛可宁在溶液中可以形成特异性的3：1型复合物，当β，γ-CD与辛可宁同时混合时它们可以形成"三明治"型〓包合复合物，半经验AM1方法计算显示氢键的形成对这些复合物的稳定起到重要的作用。

Based on analysis of Wx of D4063-1, indica and japonica and according to the special sites of the three species, primers as markers-AUT4063-I were designed to distinguish D4063-1 from other rice. Combining with primer pair F5, dominant and codominant ways were established for discriminating them, and rapid and correct identification of D4063-1 from other rice could be done.

本研究还根据D4063-1和籼稻、粳稻的序列差异及D4063-1在该片段上的特征序列位点设计了用于识别D4063-1的寡核苷酸片段，并作为PCR反应的引物命名为AUT4063-1，将该引物与作者设计的扩增普通籼稻、粳稻Wx基因的引物F5配合使用，建立了识别D4063-1的显性和共显性两种检测方式的分子标记，为快速、准确鉴别低直链淀粉含量突变体D4063-1创造了条件。

In view of the existing mode and condition of the commendam, oblivious property , fortuna, we concluded that the owner of the property which was formulated in the No.270 in the criminal law----"another person" should be individual, therefore it is unconvincing that the object of this crime is the ownership of public or private property.

鉴于代为保管物、遗忘物及埋藏物在实际生活中的存在方式和状况，可以认为，《刑法》第207条所规定的财物所属人——"他人"，应指个人，因此说本罪的客体是公私财产所有权并不令人信服。

The complex of gold conjugate and analyte then moves onto the membrane strip and migrates towards the capture binding protein, where it becomes immobilized and produces a distinct signal in the form of a sharp red line.

金标和分析物的复合物扩散到膜上，并向检测蛋白移动，在那里复合物被固定住，产生清楚的信号——一条红线。

The effects of pH and matrix on the intensity of RRS were analyzed based on the conditional stability constant and matrix effect.

它利用待测物与配体缔合后，生成的缔合物因疏水作用聚集形成纳米粒子，能产生强烈的共振散射，从而对待测物进行定性、定量分析。

The results showed that coniferin could completely polymerize with model compound of β-O-4 type lignin to form lignin macromolecule. The M of the polymerized product was much higher than the starting materials.

研究表明：在漆酶的催化作用下木质素前驱物松柏醇－β-D-葡萄糖苷与木质素模型物能很完全的发生聚合，产物中不存在起始物的晶体，M也大大的增加了。

It is worthy of mentioning that complex 21 is the first (3, 4)-connected self-penetrating 3D polymer; complex 22 is the first two-fold interpenetrating trinodal 4-connected network with (64·82)(63·83)2(65·8) topology; complexes 23-27 all show three-fold interpenetrating networks, containing the rare (3, 4)-connected (63)2(64·8·10)3 net and the common diamond nets as well as α-Po nets.

值得注意的是，配合物21是第一个(3， 4)-连接的自穿插网格；配合物22是第一个二重穿插的三节点4-连接的(64.82)(63.83)2(65.8)拓扑网格；配合物23-27呈现三重穿插的网络结构，包括少见的(3， 4)-连接(63)2(64.8.10)3拓扑网格以及常见的金刚石网格和α-Po立方格子。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。