您要查找的是不是:
- HSS-like metal was directly obtained on hot die steel H13 by laser overlaying. 研究韧性较高的热作模具H13钢表面上通过激光合金堆焊的方法直接复合类高速钢金属。
- Thermal fatigue testing method for hot die steel 热作模具钢热疲劳试验方法
- Application of new hot die steel 新型热模具钢的应用
- THERMAL CYCLE HARDNESS FIELD AROUND NOTCH TOP OF HOT DIE STEEL 热模钢缺口尖端热循环硬度场
- Microstructure simulation in hot die steel after hot forging and simulation software design 热作模具钢锻后组织模拟及软件设计
- Keywords strengthening and malleablizing;fracture toughness;acicular martensite;lath martensite. hot die steel; 强韧化;断裂韧性;针状马氏体;板条马氏体;热模钢;
- Keywords hot die steel;laser overlaying;HSS-like;special alloy wire;microhardness; 热作模具钢;激光堆焊;类高速钢;专用合金焊丝;显微硬度;
- hot die steels 热作模具钢
- alloy hot die steel 热作模具合金钢
- hot die steel 热锻模钢,热变形模具钢
- The fracture of a DIN-100MnCrW4 die steel plate was analyzed. 对DIN - 1 0 0MnCrW 4模具钢开裂原因进行了分析。
- PRECIPITATED PHASE IN UNQUENCHED AND UNTEMPERED DIE STEEL FOR PLASTIC MOULD? 非调质塑料模具钢中析出相的研究?
- ER5 is a cold work die steel with high wear resistance and toughness. ER5是一种高耐磨冷作模具钢。
- The fatigue lives of in-phase thermo-mechanical fatigue (TMF) and isothermal fatigue (IF) were carried out in cast hot work die steel in stress control in this paper. 研究了热作模具钢在应力控制下的等温疲劳和同相热机械疲劳寿命,发现在相同的应力幅下,同相热机械疲劳寿命低于上限温度的等温疲劳寿命。
- Using high quality die steel, inner and outer have been chromeplated. 采用优质模具钢制造,内外镀铬处理。
- The foil comes in a wide roll, large enough for several passes, backed by Mylar.The hot die works similarly to a letterpress. 烫金工艺被广泛应用于高档、精致的 包装装潢、商标和书籍封面 等印刷品上,以及家用电器、建筑装潢、工艺文化用品等方面。
- Using laser cladding technique to harden the working surface of new hot die or repair the used one shows a good prospect in industrial application. 用表面激光熔覆技术强化模具表面或旧模具修复,具有广阔的应用前景。
- In the die steels of CrMoSoV series, the precipitation was formed mainly by vanadium carbides. 在铬钼硅钒系合工钢中,无论在何种温度下,均以碳化钒的析出为主。
- A bowl of hot chicken soup is good for you. 喝一碗热鸡汤对你有好处。
- The microstructure and property of the free cutting unquenched plastic die steels have been studied. 研究了易切削系非调质塑料模具钢的组织与性能。