水溶液

The characters of the composition, which is double component sealant made from 1-3% alginic acid sodium and 20% CaCl2 solution, is best in the biological experiment. Before new medical glue appeared in clinical, this gel is hopeful to be applied in clinic and provide theory basis for clinical anastomosis.

质量分数为1%~3%的海藻酸钠水溶液与质量分数为20%的CaCl2组成的双组分密封胶，生物实验中各项性能良好，在新的医用胶面世以前，可以作为血管粘接吻合密封剂，有望在临床中实验推广，为临床血管粘接吻合应用提供理论依据。

Results Through the experiment by membrane performance, the alginic acid sodium met the requirement, which became the membrane with the CaCl2 reaction at once. Its membrane was not dissolved in the water. And the characters of its 1%-3% solution were good on fluidity and surface contact angle determines. The biological compatibility of the compound of it with 20% CaCl2 solution was good.

结果：通过成膜性筛选实验，发现只有海藻酸钠符合要求，其与CaCl2反应能瞬间成膜，其膜不溶于水；通过测定其流动性和表面接触角度等，发现其质量分数为1%~3%的水溶液各种性能较好；其与质量分数为20%的CaCl2溶液反应成膜的生物相容性较好。

Methods: Diabetes gastroparesis model rats were built by means of intraperitoneal injection 5% alloxanate aqu and Prepared Radix Rehmanniae once. Observed the effect of JG on rats' stomach power, serum glucose, serum motilin, cholecystokinin.

采用一次性腹腔注射5%四氧嘧啶水溶液加熟地复制糖尿病胃轻瘫模型，观察加味柴平颗粒剂对大鼠胃动力、血糖、血清胃动素、胆囊收缩素的影响。

Sodium 2-Acrylarnido-Acetate has been synthesized through the reaction of Aminoacetic acid with acryloyl chlorine, then Copolymer of sodium 2-acrylamido-acetate and dimethyl diallyl ammonium chloride with acrylamide had been prepared by free radical polymerization using (NH4)2S2O8 and NaHSO3 as the free radical initiator in water solution.

本论文首先以氨基乙酸和丙烯酰氯为原料制备丙烯酰胺基乙酸钠单体，然后以丙烯院胺丙烯酰胺基乙酸钠和二甲基二烯丙基氯化铵为单体，(NH4)2S2O8和NaHSO3为自由基引发剂，采用水溶液聚合法合成丙烯酰胺／丙烯既胺基乙酸钠／二甲基二烯丙基氯化铵共聚物。

The result indicated that the reacting mixture containing dioxane 11.3mL/g HDCA which had been added ethyl chloroformate drop wise should be keep at 10℃ for 30min, then, rising to 15℃ for another 20min in the step of forming mixed anhydride ,and 1.5mol/L NaOH was used to dissolve taurine before aminolysis, and crude product was recrystalled by acetone in purifying process.

结果表明，形成混酐时，二氧六环用量为11.3ml/g HDCA，滴加氯甲酸乙酯后先在10℃反应30min，再在15℃下反应20min；用1.5mol/L的NaOH水溶液溶解牛磺酸后再进行氨解；粗产品用丙酮重结晶。

It was shown that amylamine was occupied in the enzyme active site in cydohexane but not in aqueous solution.

在水溶液中包括正太胺在内的开链脂肪胺类小分子对胰蛋白酶的抑制能力有限，不能生成复合物。

In aqueous solution no binding observed in crystal structure. In cyclohexane, one amylamine molecule is observed in the active site of trypsin and more sulfates are also found on enzyme surface, which are further proofs that electrostatic interaction are stronger in organic solvent.

在水溶液中，晶体结构难以观察到戊胺与牛胰酶的结合，在环己烷中，一个戊胺分子结合在胰酶的活性中心，同样酶表面观察到了更多的硫酸根，这些都进一步验证了有机溶剂中静电相互作用加强。

Result: The flux of anemonin permeating through human skin from 30% ethanol, 50% ethanol solution and a combination of 3 % laurocapm -5% polysorbate 20 and 30 % ethanol -3 % laurocapm -5% polysorbate 20 of anemonin was (9.30±0.32),(18.56±0.58),(7.29±0.35),(13.77±0.16)μg·cm-2·h-1 and 7.9, 15.9, 6.2, 11.8 times higher than from saturated water solution respectively.

结果：白头翁素饱和水溶液的稳态渗透速率为(1.17±0.03)μg·cm-2·h-1，含30%、50%乙醇和3%月桂氮酮-5%聚山梨酯20、30%乙醇-3%月桂氮酮-5%聚山梨酯20的白头翁素溶液稳态渗透速率为(9.30±0.32)，(18.56±0.58)，(7.29±0.35)，(13.77±0.16)μg·cm-2·h-1，分别使白头翁素的经皮渗透速率提高了7.9，15.9，6.2，11.8倍。

The results showed that the flux of tinidazole saturated water solution with anodal iontophoresis was 12.8 times as great as the passive flux and cathodal iontophoresis also showed a certain enhance effect.

实验结果表明，替硝唑从饱和水溶液经正极导入时，透皮速率比其被动扩散增加12.8倍，负极导入也产生一定的促进作用。

The conclusion shows that Anthracene is the main compound in the extracts from water solution of YM coal oxidation. The contents of Hexadecanoic acid、Anthrone and 9,10-Anthracenedione are comparatively high. Aromatic and nitrogenous heterocyclic compounds were also detected, which shouldn't be neglected.

结果表明：在所得水溶液的苯可溶物中检测出绝对高含量的蒽；含量较高的棕榈酸、蒽酮和蒽醌；另外还有一些微量的芳环、杂环类化合物和一系列的长链烷烃。

This paper analyzes the compound attractor structure of a new three-dimensional autonomous chaotic system.

分析了一种新的三维自治混沌系统吸引子的复合结构。

ON shut rivals out of their transmission systems and shy away from reinvesting their profits in network improvements.

ON将竞争者挡在了其输送体系之后，并不愿将其收益再投资于网络改建工作。