1.
Test method for mechanical shock fragility rating of products-using package cushioning materials
GB/T8171-1987使用缓冲包装材料进行的产品机械冲击脆值试验方法
2.
The roller is part of brittle material, avoid to use the way in whack、bump、impact and other easily to make mechanical stress.
辊棒属脆性材料，清理时应避免敲击、撞击、冲击以及其它易产生机械性应力的方法。
3.
" Test methods for mechanical shock fragility of products, using shock machines"
GB/T15099-1994使用冲击试验机测定产品脆值的试验方法
4.
Mechanical vibration and shock--Mechanical mounting of accelerometers
GB/T14412-1993机械振动与冲击加速度计的机械安装
5.
Standard test method for impact resistance of glass containers
GB/T6552-1986玻璃瓶罐抗机械冲击试验方法
6.
Impact test method of glass-lined layer
GB/T7990-1987搪玻璃层耐机械冲击试验方法
7.
Mechanical vibration and shock-Terminology
GB/T2298-1991机械振动与冲击术语
8.
Terminology for human exposure to mechanical vibration and shock
GB/T15619-1995人体机械振动与冲击术语
9.
Excellent mechanical strength, impact-resisting, and non-cracking.
特优的机械强度，耐冲击不易破裂.
10.
Construction Technology of Mechanical Impact Pore-forming in the Project of Pouring Pile Foundation
灌注桩基工程机械冲击成孔施工工艺
11.
The article describes determination of the characteristic values of impact energy and its use such as steel ductile-brittle transition.
介绍了冲击能量特徵值的测定及其在钢的冷脆转变等方面的应用。
12.
Research of Dynamics for the Rotor System of Mechanical Impact Super Micro Mill;
机械冲击式超细粉碎机转子系统的动力学研究
13.
The roller is part of brittle material, avoid to use the way in whack、 bump、 impact and other easily to make mechanical stress.
辊棒属脆性材料，清理时应避免敲击、击、击以及其它易产生机械性应力的方法。
14.
Shock Effect of International Financial Crisis on the Vulnerability of China's Bank System
国际金融危机对我国银行体系脆弱性的冲击效应
15.
The ceramic layer does not crack or flake off when the composite pipe receives a mechanical shock.
陶瓷内衬复合钢管具有良好的耐机械冲击性能。在受到一般性的机械冲击时，陶瓷层不碎、裂。
16.
Experimental determination of mechanical mobility--Measurements using impact excitation
GB/T11349.3-1992机械导纳的试验确定冲击激励法
17.
Vibration and shock--Mechanical driving point impedance of the human body
GB/T16440-1996振动与冲击人体的机械驱动点阻抗
18.
Vibration and shock--Mechanical transmissibility of the human body in the z direction
GB/T16441-1996振动与冲击人体Z轴向的机械传递率