1) stack fault energies
堆垛层错能
1.
Then stack fault energies in va.
01K)时的不同滑移系的堆垛层错能和(1／6)＜11(?)]{111}孪生系的孪晶能，发现γ-TiAl较一般面心立方(Face-Centered Cubical，FCC)晶体可动滑移系数目明显减少。
2) stacking fault energy
堆垛层错能（SFE）
3) low stacking fault energy crystal
低堆垛层错能的晶体<冶>
4) stacking
堆垛
1.
The Design of Carbon block Stacking Crane;
碳块堆垛天车的夹具设计
2.
The full-scale experimental method is used to study the characteristics and behaviors of fire and flame development of the simulated standard component of electrical household appliance in different rack and stacking forms unprotected by sprinklers.
采用实尺实验的方法,针对模拟家电类商品的标准组件,就商品货架摆放和堆垛摆放的不同形式,研究在无水喷淋保护的条件下火灾发展和火焰传播的特性。
3.
To handle the separating, cutting and stacking problems in production of playing card in China, pipelining mode involving auto separation with discal blade, auto-stacking with stacking framework was adopted distinct from traditional mode of punching separating, manual neatening and stacking.
针对国内扑克牌生产中的印后分切、堆垛问题,大胆突破国内原有的冲压分切、人工整理堆垛的生产模式,改为圆盘刀自动分切、堆垛机构自动堆垛的流水线生产模式,研制了扑克牌自动分切机。
5) Pile
堆垛
1.
The temperature and humidity distributing conditions of ammunition depot on the ground is tested,initial research on the ammunition quality change of different pile positions in the long-term storage is conducted for the different temperature and humidity.
测试地面弹药库房环境温湿度分布情况,初步研究由于温湿度差异的影响,长期储存过程中不同堆垛位置弹药质量变化情况;研究所得结论对我军弹药储存管理工作提出了新方法。
2.
Based on the actual fire characteristics in home electrical appliances emporium,the full-size fire experimental study was carried out with simulated typical assemblies of home appliances in shelved and piled forms.
根据家电商场火灾的实际特点,对货架和堆垛两种摆放形式的模拟家电标准组件进行了全尺寸的火灾实验研究。
3.
This paper conceives a digitizing pile based on the analysis of the characteristics of pack ammunition storage and management.
通过对箱装弹药储存管理特点的分析,提出了堆积管理数字化的构想,给出了典型的弹药堆垛结构算法模型,进行了弹药堆积管理软件的初步设计。
6) piling
堆垛
1.
Study and design on the piling model of section steel;
型钢堆垛型式的设计研究
2.
Temperature distribution during wheel piling is simulated using the thermal analysis module as well as "element birth and death" and contact features of finite element analysis software ANSYS (Ver 6.
0的热分析模块以及“单元生死”和接触功能,成功地模拟了车轮堆垛过程的温度场,为等温过程温度场的模拟奠定了基础。
参考词条
补充资料：堆垛层错
见面缺陷。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。