内壁氧化层,inside oxide layer
1)inside oxide layer内壁氧化层
2)sidewall oxide侧壁氧化层
3)inner wall oxide measurement内壁氧化膜测量
4)in side lining of frozen shaft section内层井壁
1., the deepest frozen section,highest designing concrete standard and the most sophiscated designing in the country In the freeze section we used slippery mold to constructionin side lining of frozen shaft section,we re Redesign template structure,Summarized the beneficial construction experience.冻结段采用液压滑模施工内层井壁,重新设计了滑模模板结构,其井壁成型及封水效果好,总结了有益的施工经验。
英文短句/例句
1.Slippery Mold Construct of Internal Shaft Lining in Freezing Shaft on Large Sectio Thick Surface Soil大断面深厚表土层冻结井筒内层井壁滑模施工
2.Shaft Slippery Mold Construction of Frosen Liner at Big Section with Deep Thick Surface Soil大断面深厚表土层冻结立井井筒内层井壁滑模施工
3.Research on Distribution Law of the Measured Both Inner and Outer Force of Freezing Shaft Lining in Special Thick Alluvium特厚表土层冻结井壁内外力分布规律实测研究
4.Study on the Mechanical Characteristics of Bored Shaft Lining Consisting of Inner Steel Sheet and Reinforced Concrete in 600m Thick Alluvium;600m深表土中内层钢板—钢筋混凝土复合钻井井壁力学性能的研究
5.Measurement to the Freezing shaft-line Stress of Yang Yin Mine杨营矿主井冻结段外层井壁结构内外力监测分析
6.The inner layer of the wall of a spore.孢子内壁孢子壁的内层
7.formation anomaly simulation trace地层层面与井壁相交的模拟迹线
8.Study on the Interaction between Frozen Soil Wall and Shaft Lining in Deep Alluvium深厚冲积层冻结壁与井壁相互作用研究
9.A STUDY ON INTERACTION MECHANISM OF FROZEN SOIL WALL AND SHAFT LINING IN DEEP ALLUVIUM深厚冲积层冻结壁和井壁共同作用机理研究
10.Structure analysis and design optimization of drilling shaft lining bottom in super-deep alluvium特厚表土层钻井井壁底结构分析与设计优化
11.In-situ measurement and analysis of freezing pressure of vertical shaft lining in deep alluvium特厚冲积层竖井井壁冻结压力的实测与分析
12.Geochemical pyrolysis evaluation method of sidewall core in waterflooded zones水淹层的井壁取心地化热解评价方法
13.Study on Wellbore Stability of Fractured Formation in Xujiaweizi Area徐家围地区裂缝地层井壁稳定性研究
14.Research on in-situ stresses and borehole stability of coal seam in Jingbian gas field靖边气田煤层地应力及井壁稳定研究
15.Mechanical borehole stability test study in highly-dipped laminated formation高陡层理性地层井壁稳定性模拟试验研究
16.LOWER LIMIT OF OIL-LAYER THICKNESS FOR DUAL COMPLETION AND OIL PRODUCTION WITH DRAINAGE IN HUTUBIHE FORMATION RESERVOIR,LU 9 WELLBLOCK陆9井区呼图壁河组油藏双层完井排水采油油层厚度下限研究
17.Study on well bore stability of gypsum - shale formation in Qiongkuqiake area, southwest Tarim塔西南琼库恰克地区膏泥层井壁稳定性研究
18.Research on Vertical Bearing Capacity of Composite Shaft Lining Structure of High Strength Concrete and Double Steel Cylinders;双层钢板高强混凝土复合井壁竖向承载力研究
相关短句/例句
sidewall oxide侧壁氧化层
3)inner wall oxide measurement内壁氧化膜测量
4)in side lining of frozen shaft section内层井壁
1., the deepest frozen section,highest designing concrete standard and the most sophiscated designing in the country In the freeze section we used slippery mold to constructionin side lining of frozen shaft section,we re Redesign template structure,Summarized the beneficial construction experience.冻结段采用液压滑模施工内层井壁,重新设计了滑模模板结构,其井壁成型及封水效果好,总结了有益的施工经验。
5)endexinium外壁内层
6)inner wall coating内壁涂层
延伸阅读
子宫内膜癌腔内放射治疗子宫内膜癌腔内放射治疗子宫内膜癌腔内放疗有：①传统方法，使用治疗子宫颈癌的治疗容器，如宫腔管及阴道容器，(容器有：斯德哥尔摩盒式、巴黎弓形、曼彻斯特卵圆形、北京型等)。其缺点是子宫角部受量不足；②Heyman倡导宫腔填充法，将含有镭或其他同位素的金属小囊填满于子宫腔内，使宫腔各壁均能得到高剂量照射，可使单纯放疗效果由30%～40%增至60%以上；③腔内后装放射治疗。剂量：现在采用高剂量率及中剂量率，摒弃低剂量率。高剂量率：Ⅰ期：A点(位于子宫旁三角区内，代表宫旁正常组织受量)总剂量36～40Gy，F点(位于宫腔放射源的顶端旁开子宫中轴2cm，代表肿瘤部受量)总剂量40～45Gy。腔内治疗分5～6次进行，每周1次，每次剂量大致相同。Ⅱ期～Ⅲ期：A点及F点总剂量均为45～50Gy，腔内治疗分6～7次，每周1次，每次剂量大致相同。中剂量率：Ⅰ期：A点总剂量率45～50Gy，F点总剂量50～55Gy，腔内治疗6～8次，每周1次，每次剂量基本相似，Ⅱ～Ⅲ期：A点及F点剂量均为55～60Gy，腔内治疗7～8次，每周1次，每次剂量大致相同。腔内照射多用137Cs、60Co等。
