发生

The solubilities in some solvents were investigated and solubilization abilities of OCC for water-insoluble drugs were evaluated. The results show that the degree of substitution of carboxymethyl groups and octyl groups are determined to be 115.9% and 58.0%, respectively. OCC are insoluble in organic solvents while show a much better solubility in water and formed opalescence solutions, which increased the solubility of paclitaxel up to 500 folds in water. The drug loading and drug encapsulation efficiency of OCC are 34.6% and 89.9%, respectively.

所制备的OCC羧甲基取代度为115.9%，取代主要发生在6位羟基上；辛基取代度58.0%，取代主要发生在2位氨基上；与壳聚糖相比，OCC分子间／内氢键作用减弱；OCC在常用的有机溶剂中不溶，但在水中溶解度增加，能够形成具有淡蓝色乳光的纳米胶体溶液，对难溶性抗肿瘤药物紫杉醇具有优越的增溶能力，使紫杉醇在水中的溶解度提高近500倍，载药量34.6%，包封率为89.9%。

Results The incidence of sympathetic ophthalmia was high in youth.The perforating injury was the most common exciting factor(88.00%) More wounds were at corneal limbus(59.32%). The latent period in 2 - 8 weeks was more common(47.89%).

结果 交感性眼炎多发生于青壮年，致伤原因多为眼球穿孔伤，占88 0 0 %；受伤部位为角膜缘者最多，占 5 9 3 2 %；潜伏期 9天～ 3 6年，以 2～ 8周者最多，占 47 89%；年龄越小发生后段改变的可能性越高，潜伏期在 8周～ 1年的病例越趋向于发生后段改变。

The corresponding change of the blood flow of the ophthalmic arteries takes place when the internal carotid artery stricture lead to acute cerebral ischemia. The Vmean, Vmax, RI, PI of the ophthalmia artery showed significant reduce, but the change of Vmin was no difference.

当颈内动脉狭窄引起脑缺血时，眼动脉与脑动脉发生相似的血流动力学改变，眼动脉的平均血流速度、最大血流速度、阻力指数、搏动指数较前均明显降低，而最小血流速度不发生明显改变。

The oratorio was at that time a relatively new genre having come to Venice about 1667 and the performances took place between November and the following Lent.

在神剧是在一个相对较新的类型后，得出关于1667年威尼斯的表现和11月之间发生的下列四旬期发生时间。

Preferential oxidation of Ti on NiTi alloy surface has been observed and was consistent with the experimental result and the free energy of formation A G?(298K) of NiO, TiO, TiO2. Mulliken population and the partial density of state analysis showed that the interaction between Ti and O atoms was mainly donated by O 2p and Ti 4s orbital and O 2p and Ti 3d, 4s, 4p hybridization orbital. The electron structure in NiTi bulk material was not altered during 62 molecule adsorption process and the surface passivation oxide formation.

进一步对钛与氧之间相互作用本质的研究表明，O 2p轨道和Ti 4s轨道以及O 2p轨道和Ti 3d 4s 4p杂化轨道间的相互作用是NiTi合金表面氧分子吸附的驱动力，在此过程中，NiTi合金的体相结构没有发生变化，从而保证了其一系列力学性能和形状记忆特性在表面氧化后不发生明显的变化，使表面改性的工作可以安全、可靠的完成而不影响其植入人体后发挥正常的生理功能。

Mulliken population and the partial density of state analysis showed that the interaction between Ti and O atoms was mainly donated by O 2p and Ti 4s orbital and O 2p and Ti 3d, 4s, 4p hybridization orbital. The electron structure in NiTi bulk material was not altered during O〓 molecule adsorption process and the surface passivation oxide formation. Thus the mechanical properties and shape memory effect would not change after NiTi alloy surface oxidation. Stable microstructure demonstrates reliability of implant material.

进一步对钛与氧之间相互作用本质的研究表明，O 2p轨道和Ti 4s轨道以及O 2p轨道和Ti 3d 4s 4p杂化轨道间的相互作用是NiTi合金表面氧分子吸附的驱动力，在此过程中，NiTi合金的体相结构没有发生变化，从而保证了其一系列力学性能和形状记忆特性在表面氧化后不发生明显的变化，使表面改性的工作可以安全、可靠的完成而不影响其植入人体后发挥正常的生理功能。

Therefore, this kind of stories happened from the Ordovician period till now and till ever future.

于是，这样的故事从奥陶纪时代到现在新纪元时代还在不断发生发生。

The research advance on organogenesis, somatic embryogenesis and protoplast regeneration system of soybean are introduced in this paper.

终于在20世纪80年代初期有了转机，人们选择了幼胚、幼胚子叶或胚轴为外植体，用异常高浓度的植物生长调节物质，建立了大豆的体细胞胚胎发生和器官发生再生系统。

No serious interferences from the organomercury species of methylmercury, ethylmercury and phenylmercury up to 0.5 mg L〓 were observed for the preconcentration of Hg in the developed system.

在线氧化洗脱能在冷蒸气发生前有效地把Hg-DDTC络合物氧化分解为容易被KBH〓还原的Hg，大大提高了冷蒸气发生效率。

The observations show that the typhoon rainfalls over Taiwan area are significantly affected by the Taiwan orography. Heavy rainfalls usually observed over the up-slope area of the typhoon cyclonic circulation impending the mountains.

从台风降水资料分析显示，台湾地区台风降水和地形有相当密切的关系，各地较大降水发生时机是当台风中心移到台风之气旋式环流可吹向地形，当地处於迎风面时发生。

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。