1) metal tower-frame
金属塔架
1.
Taking the Structural optimum of main metal frame of mast- crane as a sample,this paper discussed the method of Structural optimization of common middle & high flexibility metal tower- frame by dynamic programming.
以桅杆式起重机主体金属结构的结构优化问题为例，利用动态规划法讨论了中、大柔度格构金属塔架的结构优化问题。
2) metallic support
金属支架
1.
In designing and calculating the tunnel metallic support,not only the structure's strength and stiffness should be calculated,but also the stability should be checked.
在巷道金属支架的设计与计算中,不但要对结构进行强度和刚度计算,而且还要进行稳定性的验算。
2.
In order to meet with the varied requirement of roadway support, the arc-terrace metallic support is newly developed.
为适应巷道支护的多种要求 ,研制开发了拱梯形巷道金属支架。
3) Metal Skeleton
金属骨架
1.
From metal skeleton of flexible graphite corrugated metal gaskets,under given pressure(45 MPa) conditions,the stress of metal sketelon of three various circular arc radius,wave gear tooth pitch and tooth number was analysed by finite element method.
从柔性石墨金属波齿复合垫片金属骨架结构入手,在一定的压紧应力(45。
4) Metallic stent
金属支架
1.
Clinical application on placing metallic stent for advanced gastric cancer with obstruction of digestive tract;
金属支架在晚期胃癌消化道梗阻中的应用
2.
Value and clinic application of planted metallic stents for malignant obstruction disease treatment of esophagus;
金属支架置入治疗食管恶性梗阻性疾病的疗效分析
3.
Clinical observations on the curative effects of metallic stent in the treatment of malignant gastroduodenal obstruction;
金属支架治疗胃、十二指肠恶性梗阻疗效观察
5) metal stent
金属支架
1.
Clinical value of endoscopic metal stenting for malignant left colorectal obstruction;
经内镜金属支架置入术治疗左侧大肠癌性梗阻的临床价值
2.
Comparison of release capacities of drug-eluting on the surface of metal stent;
金属支架药物涂层释放量的比较
3.
Treatment for malignant duodenal obstruction with a metal stent through duodenoscope assisted by X-ray fluoroscopy
联合X线透视的十二指肠镜下金属支架放置治疗十二指肠中下段恶性梗阻
6) Stent
金属支架
1.
Results:Stent placement was successful and well tolerated in all 33 patients.
目的 :使用金属支架治疗恶性狭窄。
补充资料：塔格架间歇泉
世界海拔最高的间歇泉。位于西藏自治区昂仁县桑桑区，海拔5080米。多雄藏布从塔格架泉区穿过，将其分为两部分,共有4处间歇泉，均坐落在大型泉华台地上。最大的一处位于河床南岸，泉口直径30厘米，水温85℃，活动十分频繁,活动方式也别具特色。每次喷发高度1～2米、最高达10米，延续时间长时约10分钟,短时一瞬间。每次大的喷发前泉口及旁边的热水塘水位缓慢上升，继而泉口起喷，水柱由低而高，有时经过几次反复而到激喷阶段。特大的喷发伴随巨大的吼声，高温水汽突然冲出泉口,扩展成直径达2米的水汽柱,高达20米。在4处间歇泉附近还分布有大大小小的沸泉、热泉、热水塘、喷气孔等。塔格架间歇泉的喷发高度虽不及美国的格兰喷泉，但其海拔高度却超过格兰喷泉3000米，为地球上奇观之一。
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