1.
Application of Visual C++ in the Study of the Characteristics of the Pneumatic Cushion Cylinder
用Visual C++开发缓冲气缸缓冲特性分析软件的研究
2.
Study on Cushioning Characteristics of a New Type Packaging Material "Wall in Wall"
新型包装材料“瓦中瓦”缓冲特性研究
3.
Study on Cushion Properties and Its Characterization Methods of Legged Lander's Cushion Materials
腿式着陆器缓冲材料缓冲特性及其表征方法研究
4.
Research of Cushion Properties of Multi-layered Corrugated Fibreboard Simulation and Experiment;
多层瓦楞纸板缓冲特性仿真与实验的研究
5.
Application of Neural Network in Research for Cushioning Property of Honeycomb Paperboard;
神经网络在蜂窝纸板缓冲特性研究中的应用
6.
Optimization of Cushion Characteristic of Airbag Based on Micro Multi-objective Genetic Algorithms
基于微型多目标遗传算法的气囊缓冲特性优化
7.
Cushioning characteristic and parameter design of a soft landing airbag
软着陆气囊缓冲特性与参数设置的理论研究
8.
Effects of SiO_2 Buffer Layer on the Characteristics of Flexible ITO Films
SiO_2缓冲层对柔性ITO薄膜特性的影响
9.
Simulation Study on Shock Property of Package Cushioning System with Non-linearity;
非线性缓冲包装系统冲击特性的仿真研究
10.
Analysis on Dynamic Characteristics of the Hydropneumatic Buffer Based on MATLAB
基于MATLAB的液气缓冲器调车冲击特性分析
11.
THE BUFFER FORCE DESIGN OF A SEAT-BUFFER MACHINE IN MANNED SPACECRAFT CONSIDERING HORIZONTAL LANDING SHOCK
考虑水平冲击的飞船座椅缓冲器力学特性设计
12.
Effect of SiO_2 and TiO_2 Buffer Layers to the Bending Properties of Flexible ITO Film
SiO_2和TiO_2缓冲层对柔性ITO薄膜弯曲特性的影响
13.
A dynamic cushioning curve shows how a particular packaging material of a given thickness behaves at different impact conditions.
动态缓冲曲线表明一种特定厚度的缓冲包装材料在不同的冲击条件下表现出的性能。
14.
Packaging--Cushioning materials--Test method for creep properties
GB/T14745-1993包装缓冲材料蠕变特性试验方法
15.
Testing method of vibration transmissibility for package cushioning materials
GB/T8169-1987包装用缓冲材料振动传递特性试验方法
16.
Buffer capacity is an important characteristic of wastes that are submitted to biological treatment.
缓冲能力是进行生物处理的废水一种重要特性。
17.
Study on Properties of Cushioning Material Made Plant Fibers with Network Structure;
网状结构植物纤维缓冲材料特性的研究
18.
Research on Paralleling of High-Power IGBT and Designing Snubbers for Pulsed Power Supply;
大功率IGBT模块并联特性及缓冲电路研究