1) stainless wire mesh
不锈钢网丝
1.
Analysis present that pitting corrosion and stress corrosion are the mainly reasons for the crack of stainless wire mesh.
结果表明,不锈钢网丝的点腐蚀和应力腐蚀是造成网丝断裂的根本原因,由于不锈钢网丝的断裂,导致波纹管失去丝网的保护和轴向伸长的约束,波纹管在内压作用下冲破丝网的约束,进而产生过度弯曲变形,在波纹管与短接管焊接的薄弱处因过载而发生断裂。
2) stainless steel wire mesh
不锈钢丝网
1.
The effect of preparation parameters on the structure and catalytic performance of Ce-Pt-Pd/SSWM stainless steel wire mesh catalyst
制备参数对不锈钢丝网催化剂结构和性能的影响
3) Hstainless steel mesh substrate
不锈钢丝网基底
4) stainless steel wire
不锈钢丝
1.
Technology of removing deformation magnetic property of metastable austenite stainless steel wire
消除亚稳定奥氏体不锈钢丝形变磁性的技术
2.
The microstructure and mechanical properties of stainless steel wires used for metal rubber were studied by means of optical microscopy,SEM,and X-ray diffraction.
15mm的Cr-N i-Mn系不锈钢丝的微组织结构和力学性能的变化规律。
3.
There is a coat of oxide on the surface of the heat treated stainless steel wire,which is difficult to be cleaned.
不锈钢丝热处理后表面形成一层难以清除的氧化皮 ,4 80℃高温碱煮和 85℃高锰酸钾碱液的清洗对比试验和应用显示高锰酸钾碱洗工艺可行 ,但要求KMnO4 和NaOH浓度大于 80g L ,溶液温度高于 80℃ ,清洗时间5～ 10min ,比碱煮少 5min ;高锰酸钾碱液清洗效果好 ,不锈钢丝表面无黑色胶状物 ,而且不会产生过腐蚀 ,每吨不锈钢丝可节省电能 1875kW·h ,劳动环境也有很大改
5) stainless steel mesh
不锈钢网
1.
The LaNiO3 film was synthesized on the stainless steel mesh(SSM).
在不锈钢网(SSM)表面上合成了LaNiO3催化剂前驱体薄膜。
6) stainless steel powders and silkscreen
不锈钢粉末与丝网
1.
Pore and permeation of composite of stainless steel powders and silkscreen were researched, which depended on the particle size, especially that of the last layer.
不锈钢粉末与丝网复合的孔隙和透过性能研究表明,料浆粒度显著影响孔隙和透过性能,末级料浆粒度起决定性作用;二次双向涂覆时,相同料浆粒度料浆形成外细内粗的三明治结构,不同粒度料浆形成由粗到细的梯度结构;复合多孔材料具有均匀的孔径分布和高透过率。
补充资料：城域网(见计算机网络)
城域网(见计算机网络)
metropolitan area network, MAN
ehengyuwQng城域网(metropolitan area netwo次，MAN)分布范围可覆盖几个街区到整个城市的计算机网络。见计算机网络。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条