高渗的

To resolve these problems, this paper deals with the technology of foamed acidizing. The anti-salt and anti-acid foamer DY-1+SJ-8 and foam stabilizer KMS-2 were selected, then their performance under different foamer concentration condition was evaluated and the proper concentration was determined. Thereafter the diversion experiment of foamed acid through the parallel core was conducted.

针对上述问题，对泡沫酸酸化技术进行了研究：通过室内实验筛选出了耐酸耐盐的起泡剂DY-1+SJ-8和稳泡剂KMS-2，并对不同起泡剂浓度下的泡沫酸性能进行了评价，确定了其使用浓度；在此基础上进行了泡沫的岩心分流实验，实验结果表明泡沫泡体可以增加低渗透岩心的分流量，减少高渗岩心的分流量，使泡沫流体在不同渗透率岩心内均匀推进。

Our study used a model of rat with severe hemorrhagic shock to test the effects ofdifferent crystalloid solutions on HO-1 mRNA expression and apoptosis of visceralorgans, and evaluated the resuscitative value and mechanism of action of hypertonicsaline resuscitation on the molecular biologic level.

近年来，不少研究表明，高渗氯化钠溶液复苏失血性休克过程中尚具有一些独特的作用机制，如具有良好的免疫调理功能、能减轻缺血／再灌注引起的组织器官损伤、有效地改善微循环等，十分值得关注。

Saccharobiose was used to maintain the osmotic concentration of the solution, The effect of osmotic pressure on livability, body volume and activity of the tadpoles were analyzed with ANOVA.

为了解中华蟾蜍蝌蚪对高渗溶液的耐受性，采用常规静态实验，用蔗糖调节溶液渗透压对蟾蜍蝌蚪进行渗透耐受实验；采用方差分析统计溶液渗透压对蟾蜍蝌蚪的存活率、体积变化和活动性的影响。

Materials and Methods Rabbits were subjected to stereostatic impact brain injury of moderate to severe severity.

海洋具有与大陆环境完全迥异的生态系统和理化特征，对于发生在海洋下的开放性颅脑创伤，高渗、富含各种电解质的海水对创伤脑组织的浸泡会对创伤病理生理产生影响。

To determine if in a drought environment there was an adaptation for Acacia richii due to rhizobia, this experiment analyzed the accumulation of metabolites, such as proline, soluble sugar, and chlorophyll, after inoculation with SMD rhizobia separated from Tephrosia candida, YHH from Leucaena leucocephala and TWXS from A.

运用PEG-6000高渗溶液模拟干旱胁迫实验，测定台湾相思Acacia richii接种不同根瘤菌后体内部分生化物质的变化趋势，并探讨接种不同根瘤菌后对体内游离脯氨酸、可溶性糖和叶绿素积累的影响，从而为筛选更有利于台湾相思在干旱环境下生存的根瘤菌提供支持。

Objective To discuss the methods and effects of the treatment under endoscope and the courses of massive hemorrhage of upper digestive tract after gastrectomy and esophagectomy.Methods Emergency endoscope ex-amination were carried out in20massive hemorrhage clients after gastrectomy and esophagectomy,after exposed and washed the bleeding part by cold0.9%NS,1∶10000adrenaline and hypertonic saline were injected in perifocal sub-mucosa.After stop bleeding and before move back the endoscope,spray some YunNanBaiYao and thrombase in the bleeding part to prevent secondary hemoorahge.

目的 探讨食管、胃切除术后上消化道出血的原因及内镜下治疗的方法、效果方法对食管、胃切除术后引起大出血的患者行急症内镜检查，用冰冻生理盐水100ml+去甲肾上腺素8mg反复冲洗，暴露出血部位后在病灶周围黏膜下注射1∶10000肾上腺素及高渗盐水，无出血后，退镜于出血部位喷洒云南白药及凝血酶，防止再次出血。

Methods sd rats were used to make hemorrhagic shock model by 45% hemorrhage. effects of 4 ml/kg, 6 ml/kg and 8 ml/kg of hsd on blood gas were observed. twice volumes of lactated ringer's were used as control.

采用sd大鼠45%重度失血性休克模型，观察4 ml/kg，6 ml/kg 和8 ml/kg 7.5%的高渗氯化钠/6%的右旋糖酐复苏对失血性休克大鼠血ph值，二氧化碳分压（pco2），氧分压（po2）的影响，以2倍失血量的乳酸林格氏液做对照。

Effects of 4 mL/kg, 6 mL/kg and 8 mL/kg of HSD on blood gas were observed. Twice volumes of Lactated Ringer's were used as control. Results Blood PO2 and PCO2 had somewhat increase after different volume of HSD infusion, they were significantly higher than in LR control group.

采用SD大鼠45%重度失血性休克模型，观察4 mL/kg，6 mL/kg 和8 mL/kg 7.5%的高渗氯化钠/6%的右旋糖酐复苏对失血性休克大鼠血pH值，二氧化碳分压（PCO2），氧分压（PO2）的影响，以2倍失血量的乳酸林格氏液做对照。

Trigyna enhanced with season, being consistent with its growth rhythm. Comparing with other xerophytes, R. trigyna had very low (Ψ and (Ψ, presenting its strong ability of maintaining high osmotic pressure and low water potential.

说明长叶红砂在季节变化中历经了逆境锻炼，其耐水分亏缺能力随5、7、9月逐渐递增，这与植物的生长发育节律相吻合；与其他荒漠旱生植物相比，长叶红砂的Ψ(上标 sat 下标 s和Ψ(上标 tlp 下标 s值非常低，具有很强的忍耐高渗压和维持低水势的能力。

Results: The high plasma osmotic pressure caused by glucose would lead to the artefactual erythrocyte swelling (maximum CV is 63.04%). And the rise caused by sodium chloride or urea would not show an obvious effect in MCV detection (CV.5%).

结果：由葡萄糖导致的血浆渗透压升高使MCV测定值的假性增高（最大偏差可达63.04%，由NaCl及尿素导致的血浆高渗压对MCV测定的影响不明显（偏差＜1.5%）。

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。