1.
Method:86 cases received self -made multiporous lucite plate external fixation device,for treatment of flail chest for 13～17 days.
方法 :利用自制多孔有机玻璃板外固定器固定胸壁 13～ 17d。
2.
Clinical observation and nursing about treatment of flail chest by multiporous lucite plate external fixation device
多孔有机玻璃板外固定器治疗连枷胸的临床观察及护理
3.
To observate clinical effect about treatment of flail chest by multiporous lucite plate external fixation device.
目的 :观察多孔有机玻璃板外固定器治疗连枷胸的临床效果。
4.
Study on Porous Bioglass Scaffold Prepared by Dipping with Polymer Foams
有机泡沫浸渍法制备多孔生物玻璃支架的研究
5.
multicellular glass in blocks, panels, plates, shells or similar forms
多孔玻璃,呈块状、板条状、平板状、壳状或类似形状
6.
glass-working machine (excl. those for working glass in the cold)
玻璃加工机（对玻璃进行冷加工的机器除外）
7.
Remove wind deflector, mechanism covers, glass panel, drain channel, sunshade and drive cable locator as necessary.
视需要拆卸挡风板、机械盖、玻璃板、排水管和驱动驱动钢索定位器。
8.
Key Points of Process Setting of Tempered Glass Mold Used for Organic Glass Production
有机玻璃模板用钢化玻璃工艺设置要点
9.
grinding machine for mineral substances in solid form (excl. glass working machines)
固体矿物研磨机（玻璃加工机除外）
10.
Experimental Research of Hollow Brick Masonry Strengthened with Common GFRP Sheet;
普通玻璃纤维布加固多孔砖砌体的试验研究
11.
Study on Pore Size Adjustable Porous Glass and Its Integration with Cavity Hole-arrayed Substrate;
孔径可调多孔玻璃及其与空穴孔阵基板的复合研究
12.
The porous hydroxyapatite-bioglass duplex ceramic was prepared by the dipping method with polymer foam.
采用有机泡沫浸渍法制备羟基磷灰石-生物玻璃多孔复相陶瓷。
13.
"E" glass does not have a defined composition.
“E”玻璃没有一个固定的成分。
14.
dialyser (excl. those of ceramics or glass and those for kidneys)
透板器（陶瓷或玻璃制的以及肾透析器除外）
15.
Silicone resin glass laminated sheets
GB/T4206-1984有机硅层压玻璃布板
16.
The active material is a sub-micron thin-glass film with an immobilized fluorescent ruthenium organic complex.
活跃材料为亚微细粒的玻璃膜与固定荧光钌有机联合体。
17.
STUDY ON BIREFRINGENCE OF BIAXIALLY HOT-STRETCHED ACRYLICS BY USING CONVERGENT POLARIZED LIGHT
用会聚偏振光测定双轴热拉伸有机玻璃板的双折射值的研究
18.
Structural Analysis of Two-way RC Slabs with GFRP Sheets Subjected to Blast Loading of Conventional Weapons;
外贴玻璃纤维（GFRP）加固RC双向板在常规武器爆炸作用下的结构性能研究