1) long roller body
长筒身
2) chimney body
筒身
1.
This paper synthetically analyses 5 techniques of armoured concrete chimney body in China,combined with the features of multi-functional construction elevator produced by Shentou 2nd power plant,which is applied in the chimney construction,paper points out the construction techniques equipment for critical parts of chimney body.
综合分析了近几年国内高大钢筋混凝土烟囱施工中常用的5种工艺,结合神头第二发电厂二期研制出的多功能施工升降机电动升控烟囱施工新工艺的特点,提出了筒身重点部位的施工技术措施。
4) height
[英][haɪt] [美][haɪt]
身长
1.
Objective To observe the effect of neonatal swimming for 30 days on the babies growth including neonatal on neonatal weight, height and chest measurement.
目的探索连续游泳水疗30d对新生儿体重、身长、胸廓发育的影响。
2.
Methods Collecting the data of weight and height of infant, calculating the body surface area of every infant by Du.
方法 直接获取新生儿的体重、身长值,采用Du。
3.
Objective To study the relationship of the height with the length of hand and width of palm in chinese.
目的探讨人体手全长、手掌宽与身长的相关关系。
5) body length
身长
1.
Relationships between the mineral contents in the cord serum and the pregnant woman's serum and newborn's body length
脐血清与临产妇血清钙、铁、锌含量与新生儿身长的关系
2.
Objective To investigate the osteoclast′s function levels in infants and toddlers and the relationship between the osteoclast function and sex,age,body length,body weight and body mass index(BMI).
目的探讨婴幼儿破骨细胞功能状态,了解抗酒石酸酸性磷酸酶5b(TRAP5b)、脱氧吡啉啶(DPD)与年龄、身长、体质量和体块指数之间的关系。
3.
Objective To inquire into the effect of genetic factor and feeding method on body length and weight of rats.
目的探讨遗传因素及喂养方式对大鼠身长体重的影响。
6) shell body slip-form
筒身滑模
1.
It illustrates reverse cone-shape water-tower construction in a certain railway station from foundation engineering, shell body slip-form construction and reinforced concrete water tank construction, and summarizes several construction experiences.
从基础工程施工、筒身滑模施工、钢筋混凝土水箱施工三方面对某火车站倒锥壳水塔施工进行了详细的阐述,总结了几点施工体会。
补充资料：长身贝目
| 长身贝目 Productida 腕足动物门具铰纲中一类已绝灭的海生无脊椎动物。通常腹瓣强凸，两壳向前延伸，故得长身之名。初见于早泥盆世，至晚古生代达于极盛，二叠纪末突然衰亡，仅存少数属种延至三叠纪最早期。 长身贝类为假疹质壳，两壳呈凹凸型，少数为平凸型，以腹壳的顶部固着，或以不同型式的壳刺连接外物。壳体内部腹瓣大多缺失铰齿，背瓣内部具复杂的主突起、肌痕、腕痕、内刺等构造，开肌附着的主突起，是背壳内部变化最大的部分。壳面上饰有中空的壳刺。 长身贝目共分4个超科，已超过300属，并且随着古生物化石的发现还在迅速增加。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条