结合强度,bonding strength
1)bonding strength结合强度
1.Bonding Strength of TiN Plated Pure Ti and Solidex;纯Ti镀制TiSiN薄膜后与Solidex结合强度的研究
2.Bonding Strength of Cast Cu Stave with Inner Cast Steel Pipe;高炉铸铜冷却壁Cu-Fe结合强度的试验研究
3.Effect of the pulse frequency onbonding strength of micro-arc oxidation coatings of titanium alloy/epoxy resin;脉冲频率对钛合金微弧氧化膜/环氧树脂结合强度的影响
英文短句/例句
1.ultrasonic bond meter超声波结合强度测定计
2.Thermal sprayed coatings--Determination of adhesion strengthGB/T8642-1988热喷涂层结合强度的测定
3.Test method for bond strength of leather shoe heelsGB/T11413-1989皮鞋后跟结合强度试验方法
4.The adhesive strength of the acid film was stronger than that of the alkali film.碱性镀层的结合强度优越于酸性镀层。
5.Effects of Cryotreat on Bonding Strength of Porcelain and Ni-Cr Alloy;深冷处理技术对金瓷结合强度的影响
6.Research of the Measurement for Bond Strength of Coating Using Stress Wave;利用应力波测定涂层结合强度的研究
7.Effect of Titanium Surface Oxidation on the Bonding Strength of Ti-Porcelain钛表面的氧化对钛瓷结合强度的影响
8.Study on the shearing bond strength between Vitablocs Mark Ⅱ and four kinds of commercial veneering ceramics四种饰瓷与Vitablocs MarkⅡ瓷结合强度的比较
9.Measure the Bonding Strength of Aggregates in Ultrafine WC Powders超细WC粉体中“团聚体”结合强度的表征
10.Adhesion Enhancement at Interface of CrAlTiN Films and Substrates by Yttrium-Doping钇对CrAlTiN薄膜基体结合强度的影响研究
11.Standard test method for binding strength of sintered metal friction elementsGB/T10430-1989烧结金属摩擦片结合强度测定方法
12.Study on the Effects of the Fusing Parameter on the Bonding Strength of Titanium-porcelain烤瓷烧结参数对钛—瓷间结合强度影响的研究
13.Influence of Multiple Firing on the Bending Strength of Zirconia-pocelain Bilayered Dental Ceramics多次烧结对氧化锆-饰面瓷结合强度的影响
14.Adhesive strength, hardness and the thermal shock resistance of spraying coating were tested.测试了喷涂层的结合强度、硬度以及抗热震性能。
15.loy high-tensile structural steel低合金高强度结构钢
16.Conclusion The rare earth ternary complexes have strong fluorescence intensity.结论稀土配合物具有很强的荧光强度.
17.Knot strength investigation of braided glass filament fiber sewing threads编织结构玻璃长丝缝合线的打结强度
18.Welding Strength Experimental Investigation on Low Alloy High Strength Steel低合金高强度结构钢焊接强度试验研究
相关短句/例句
bond strength结合强度
1.Microstructure andbond strength of the interface formed between titanium and steel bv diffusion;钛-钢扩散复合界面组织与结合强度
2.Study onbond strength of several precious alloys and Ni - Cr alloys to porcelain;不同种类贵金属合金与镍铬合金的金瓷结合强度分析
3.Study on the Effect of Gold-Porcelain Blended Layer on Bond Strength of Porcelain Fused to Ni-Cr Alloy;金瓷混合涂层对镍铬合金基底烤瓷冠金瓷结合强度影响的研究
3)adhesion strength结合强度
1.Studying onadhesion strength of protection coating on concrete structure surface;混凝土表面防护涂层的结合强度研究
2.Research on methodology of measurement for theadhesion strength between AgCu/Ti sunstrate and bilayer films;Ag-Cu/Ti双层膜复合体系结合强度测试方法研究
3.Assessment ofadhesion strength of mechanical galvanizing coating by pull-off test method;拉开测试法评定机械镀锌层的结合强度
4)adhesive strength结合强度
1.Effect of aluminizing and diffusion treatment onadhesive strength of arc-sprayed coatings;渗铝及扩散处理对电弧喷涂层结合强度的影响
2.A Study on Adhesive Strength of the Amorphous Electroless Nickel Deposite;化学镀非晶态Ni-P镀层的结合强度研究
3.Ni-Al_2O_3 Nano-composite Coating Prepared by Electrophoretic-Electrochemical Deposition and Its Adhesive Strength;电泳-电沉积Ni-Al_2O_3纳米复合镀层及其结合强度分析
5)adhesion[英][?d"hi:?n][美][?d"hi??n]结合强度
1.Effects of Heat Treatment on the Internal Stress and Adhesion of Ni-P Coating;热处理对Ni-P镀层内应力及结合强度的影响
2.Improving Adhesion for Nickel Electroplating on Aluminum Alloys;提高铝合金上电镀镍层结合强度的研究
3.Results indicate that plexiglass protective layers have betteradhesion than silicate protective layers;with the increasing of temperature and holding time,adhesion of silicate protective layers is going up at first and then down,while that of plexiglass rises at first and then don"t change;cooling mode has great influence onadhesion of silicate protective layers,while it has no impact on.结果表明:有机玻璃防护层的结合强度较硅酸盐玻璃的高;随着制备温度和保温时间的增加,硅酸盐玻璃防护层的结合强度先上升后下降,而有机玻璃防护层的结合强度上升后不再变化。
6)internal bond strength内结合强度
1.The results showed that theinternal bond strength(IB) of fiberboard panels treated with laccase was.以湿法生产纤维板,并检测板材的内结合强度(IB),结果表明:漆酶处理纤维板的IB值高于对照板;处理温度、时间和酶用量对纤维板的IB均有显著影响;最佳处理条件为pH 3。
延伸阅读
内结合强度分子式：CAS号：性质：纸产品属于三度结构材料，除了纵、横向强度之外，垂直于纸平面的强度也很重要。内结合强度系指在特定条件下，使单位面积的纸或纸板发生内部脱层所需要的力，以N/cm2表示。也称Z-向抗张强度。内结合强度主要决定于纤维间结合强度，受纤维长度和纤维本身强度的影响小，但受打浆、抄纸、湿压榨、造纸添加剂和纸页中细小纤维含量等的影响很大。
