The improvement and clinical observation of the new type Cesarean section ( at tached to 632 clinical analysis )

The complications of cesarean section from 1980 to 1984 were reported.

本文报道从1980～1984年我院剖宫产术的并发症.

Conclusion Single epidural anesthesia is the best method for cesarean section.

结论单次硬膜外麻醉用于剖宫产手术是最好的方法.

Cesarean section carries the usual risks of major surgery.

剖腹产所冒的风险就像是动大手术一样.

Objective : To explore the clinical value of new cesarean section.

目的: 探讨新式剖官产的临床可行性.

Through case analysis early abortion bleeding after cesarean section precautions.

文章通过病例分析,提出剖宫产术后早孕流产大出血的预防措施.

Conclusion In order to protect womens health, the indications for cesarean section must be mastered strictly.

结论为了保护妇女的身心健康, 必须正确掌握剖宫产指征.

Objective Probe into the function of early intervention after cesarean section promoting breastfeeding.

目的探讨剖宫产术后的早期干预对母乳喂养的促进作用.

The management was a cesarean section followed by chemotherapy.

病人于住院第三天接受剖腹生产及颈淋巴结生检并于当日开始接受化学治疗.

A series of 15,131 cases of cesarean section during 1959—1978 was analysed.

本文统计分析剖腹产术15,131例.

Conclusions 0.75 % Ropivacaine epidural anesthesia in the relatively better method in Cesarean Section.

结论　0.75%罗哌卡因硬膜外麻醉是目前临床上剖宫产术较理想的麻醉方式之一.

A series of 15,131 cases of cesarean section during 1959-1978 was analysed.

本文统计分析剖腹产术15,131例.

A cesarean section was performed and a male baby was delivered.

行剖腹产术分娩一男性胎儿.

The most easy to produce light of current metal-cesium.

光照下最易产生电流的金属 —— 铯.

The cesium atomic fountain used laser cooling and trapping is a new generation primary frequency standard.

应用激光冷却与囚禁的铯原子喷泉是新一代的频率基准.

A method for the determination of cesium in silver catalyst by FAAS is described.

利用火焰原子吸收光谱法测定银催化剂中的铯.

At a microkelvin , cesium has nearly the maximum possible cross section, he continued.

在绝对温度10-6度下, 铯原子的截面积几乎达到可能的最大值.

Otherwise cesium tetrachloroiodide may be formed.

不然可能形成四氯碘化铯.

With nitrogen cesium, but under high temperature, and reaction generated fairly stable hydride.

铯不与氮反应, 但在高温下能与氢反应,生成相当稳定的氢化物.

Decontamination factor for cesium is more than 106. Recovery ratio for rubidium is more than 80 %.

建立了简便、高效的铷、铯放化分离流程,对铯的去污系数大于106, 铷的回收率大于80%.

Cesium chloride was added as ionization buffer to eliminate the ionization interference of sodium and potassium.

加入氯化铯作为抑制剂,消除了钠、钾的电离干扰.