1.
Buckling Topology Optimization of Laminated Multi-Material Composite Shell Structures
叠合多材质组合壳结构屈曲拓扑优化
2.
Having a shell consisting of two hinged valves.
双瓣壳的有由两个开合的瓣组成贝壳的
3.
Synthesis and Fabrication of Inorganic/Polymer Core/Shell Microspheres
无机/聚合物核壳微球的合成与组装
4.
The Spline Penalty Subdomain Methods for Stress Analysis of Combinative Shells of Revolution
用于组合旋转壳分析的样条罚子域法
5.
Stability Analysis of Ellipsoid Steel-Concrete Composite Ribbed Shell
椭球面钢—混凝土组合肋壳稳定性分析
6.
Elastoplasticity Analysis of Steel-Carbon Fiber Reinforced Concrete Composite Ribbed Shell
钢—碳纤维混凝土组合肋壳弹塑性分析
7.
SYNTHESIS OF CS/MWCNTS COMPOSITES BY ELECTROSTATIC SELF-ASSEMBLEY
静电自组装碳纳米管/壳聚糖复合材料
8.
NUMERICAL STUDIES ON COMBINED MULTIPLE SHELL-PASS SHELL-AND-TUBE HEAT EXCHANGER WITH HELICAL BAFFLES
组合式多壳程螺旋折流板管壳式换热器数值模拟研究
9.
Features: cyclone outer casing and internal bag integrated design for two functions of dust removal.
特点：外壳旋风式，内部袋式组合一体设计，使机组有两组处理功能。
10.
Assemble the upper heater-A/C housing half to the lower halDuring assembly, be certain of the following:
将上一半加热器-空调外壳与下一半组合。组合时，务必满足下列要求：
11.
Replace by seating the assembly in the lamp housing and turning the lock ring 1/8 turn clockwise to secure.
更换组合，将组合定位于灯的外壳并顺时钟旋转锁杆1/8圈以固定。
12.
The Analysis to Cylinder Steel-Concrete Composite Ribbed Shell and Combination of the Lower Supporting Structure System
柱面钢—混凝土组合肋壳与下部支承结构组合体系的分析
13.
Conclusion The study suggests the feasibility of using chitosan membrane as barrier membrane for guided tissue regeneration.
结论壳聚糖膜适合作为引导性组织再生屏障膜。
14.
Jurassic bivalves from the Qiangtang basin in northern Tibet and the palaeoenvironmental significance
羌塘盆地侏罗纪双壳类化石组合及古环境
15.
Combined structure is easy for washing and storing.
组合式结构，烤盘可与底壳分离，方便清洗。
16.
The Preparation of Acylated Chitosan and Self-assembled Nanovesicles for Drug Delivery;
酰化壳聚糖的合成及其自组装药用泡囊的研究
17.
The Vibration Reducing Performance of Singale-layer Combined Lattice Shell Considering Sub-structure;
单层组合网壳考虑下部结构的减震性能分析
18.
Cylinder Composite Shell Structure Vertical Seismic Analysis;
柱面钢—混凝土组合肋壳竖向地震反应分析