1)Composite effect复合效应
1.Through compared the mechanics properties,anti-corrosion performance and microstructure of the parallel samples,the composite effect of mineral additives on performance of concrete had been discussedin details.选用硅灰、粉煤灰、矿渣粉及偏高岭土等活性矿物掺合料,控制活性掺合料的总掺量为胶凝材料的40%等量取代水泥,采取单掺、双掺、三掺的方式配制混凝土,通过对比各组混凝土试样的力学性能、抗腐蚀性能及微观结构,探讨活性矿物掺合料的复合效应以及对混凝土性能的影响。
2.The composite effect of the hybrid magnets bonded by nanocrystalline Nd_2Fe_(14)B/Fe_3B with ferrite powders was studied,as well as the influence of its variations in magnetic properties,temperature coefficient β_(_j?H_c) of intrinsic coercive force _j?H_c and thermal stability and the composite effect itself on its density and compressive strength.研究了纳米晶Nd2Fe14B/Fe3B磁粉和铁氧体磁粉混合制备复相粘结磁体的复合效应·和稳定性的变化规律以及复合效应对复相粘结磁体密度研究了复相粘结磁体磁性能、温度系数βjHc和抗压强度的影响·结果表明,复合效应使复相粘结磁体的温度系数βjHc降低、复相粘结磁体的不可逆损失hirr减少,提高了复相粘结磁体的温度稳定性·铁氧体质量分数对100℃复相粘结磁体磁性能影响表明,剩余磁感Br和磁能积(BH)m下降,而内禀矫顽力jHc明显提高·复合效应对粘结磁体的磁性能和密度有明显的影响,而对复相粘结磁体的抗压强度影响不明显
3.The composite effect of admixtures, which are mainly composed of UNF5 admixture for modifying the hydration and hardening performance of cement, is investigated through composing several admixtures.通过多种外加剂的复合 ,研究了几种以“UNF5”为主体的复合外加剂及其对改善水泥水化硬化性能的复合效应 。
英文短句/例句
1.Influence of Superposing Electricity and Magnetic Field on the Solidification Structure of Metals电、磁复合效应对金属凝固组织的影响
2.Compound injury effect is not purely" aggravating effect", but" compound effect", means aggravation, no aggravation, even diminishment.复合伤效应不是单纯的“加重效应”，而是“复合效应”，即可加重，不加重，以至减轻。
3.Research on Magnetoelectric Effect of Ferromagnetic Alloy/Piezoelectric Composite Material铁磁合金/压电材料复合磁电效应研究
4.Complex Set Theory:Its Nature,Application and Effect集合复合型理论的实质、应用与效能
5.Study on the obliquity of ceramic/aluminum alloy composite armor陶瓷/铝合金复合装甲倾角效应研究
6.Numerical Analysis of Edge Effect in Laminated Composite Structures层状复合材料结构边缘效应数值分析
7.Studies on High Efficient Separation Biological Fluidized Reactor;高效分离生物流化复合反应器的研究
8.A Study on the Hybrid Submerged Membrane Bioreactor Process for Advanced Treatment;复合膜生物反应器深度处理效能研究
9.Magnetocapacitance in Half-Metallic Granular Composites;半金属颗粒复合体系中的磁电容效应
10.The PTC and NTC Effects of Conductive Polymer Composites;导电高分子复合材料的PTC/NTC效应研究
11.Giant Magnetoimpedance Effect in Composite Wires with Insulator;带绝缘层复合结构丝的巨磁阻抗效应
12.Optical Effects in an Artificial Hybrid Nanocrystal Complex人造复合原子系统中光学效应的研究
13.Study on the Effect of Ultra-fine Combined Treatment Phosphate Rock Powder超微细磷矿粉复合处理及其效应研究
14.Study on the damp-heat effects of composite material’s interface between CFRP and woodCFRP-木材复合材界面的湿热效应研究
15.Study on Yield Increasing Effect of Si and K Compound Fertilizer on Waxy Maize糯玉米基施硅钾复合肥增产效应研究
16.Preliminary Report of Effect of Compound Fertilizer on Rice美可辛复合肥在水稻上应用效果初报
17.Preparation and Magnetoelectric Effect of Multi-Layer PZT502/CoFe_2O_4 CompositesPZT502/CoFe_2O_4叠层复合材料的制备与磁电效应
18.Research of the Compound Water Reducing Effect of Superfine Fly Ash and Superplasticizer超细粉煤灰与高效减水剂复合减水效应研究
相关短句/例句
compound effect复合效应
1.Compound injury effect is not purely "aggravating effect",but "compound effect",means aggravation,no aggravation,even diminishment.复合伤的“复合效应”是非线性观在医学研究领域中的一个范例,它不仅具有重要的实际价值,而且具有较高的理论意义。
2.The compound effect of αFe ferrite bonded hybrid magnets was studied The result shows that B r for hybrid magnets was enhanced,and such enhancement is associated with the grain siz本文研究了α铁 -铁氧体粘结混合磁体的复合效应。
3.the compound effect of compound admixtures which are maindy composed of UNF5 admixture for modifying the hydration performance of cement is investigated through the compound of several admixtures.通过多种外加剂的复合，研究了几种以“ＵＮＦ５”为主体的复合外加剂对改善水泥水化性能的复合效应，结果表明，多种外加剂的复合能同时满足混凝土的多种要求，如减水、缓凝、增强、塑化等功效，可使混凝土快速实现脱膜、冬季施工，实现早强高强。
3)synergistic effect复合效应
1.In order to decrease the problem of using additive package for gear oil in paraffin wax base oil, the service performances of the sulfur and phosphorus contained additives in paraffin wax base oil and its synergistic effects with the auxiliaries were studied at laboratory.为了解决齿轮油复合剂在石蜡基基础油中的应用 ,在实验室研究了含硫添加剂、含磷添加剂在石蜡基基础油中的使用性能以及它们与辅助添加剂的复合效应。
2.In order to decrease the dosage of additive package for gear oil, the service performance of the sulfur and phosphorus contained additive and its synergistic effect with the auxiliaries were studied.为解决通用齿轮油复合剂加剂量偏高的问题，在实验室研究了含硫添加剂、含磷添加剂的使用性能以及它们与辅助添加剂的复合效应。
4)combined effect复合效应
1.Degradation dynamics and combined effect of several pesticides in tobacco.;几种农药在烟草上的消解动态与复合效应
2.Degradation dynamics and combined effect of chlorpyrifos and emamectin benzoate in cabbage and on the glass毒死蜱和甲胺基阿维菌素苯甲酸盐在甘蓝及玻片上的消解动态与复合效应研究
3.Combined effects on rabbits induced by γ-rays irradiation in combination with inhalation of benzene, toluene and carbon monoalde and the interactive characteristics (antagonistic, additive or synergistic) of these agents were studied.研究了γ射线照射同时吸入苯、甲苯和CO产生的复合效应，并分析了这四个因素之间相互作用的性质（拮抗、相加或协同）。
5)composition effect复合效应
1.Experimental investigation to composition effect of high efficiency water reducing agent of polycarboxylate and fatty group series;聚羧酸系与脂肪族系高效减水剂复合效应试验研究
2.The research and applications of polycarboxylic type superplasticizer are constantly expanding,but as a new superplasticizer,Its composition effects with other chemical admixture were known few that affects the cost and application of polycarboxylic type superplasticizer.聚羧酸系高效减水剂在我国的研究、应用正在不断扩大,但作为一种新型高性能减水剂,它与其他外加剂的复合效应尚知之甚少,因而影响其成本及推广应用。
6)effect of mixed stress复合应力效应
延伸阅读
复合材料的复合效应复合材料的复合效应composition effect of composite materials 复合材料的复合效应Composition effeet of Com-Posite materials复合材料特有的一种效应，包括线性效应和非线性效应两类。 线性效应包括平均效应、平行效应、相补效应和相抵效应。例如常用于估算增强体与基体在不同体积分数情况下性能的混合率，即 Pc一巧几+VmPm式中Pc为复合材料的某一性质，乃、几分别为增强体和基体的这种性质，VR、Vm则分别是两者的体积分数。这就是基于平均效应上的典型事例。另外关于相补效应和相抵效应，它们常常是共同存在的。显然，相补效应是希望得到的而相抵效应要尽可能避免，这个可通过设计来实现。 非线性效应包括乘积效应、系统效应、诱导效应和共振效应、其中有的己经被认识和利用，并为功能复合材料的设计提供了很大自由度;而有的效应则尚未被充分地认识和利用。乘积效应即已被用于设计功能复合材料。如把一种具有两种性能互相转换的功能材料X/y(如压力/磁场换能材料)和另一种Y/Z的换能材料(如磁场/电阻换能材料)复合起来，其效果是(X/D·(Y/Z)二X/Z，即变成压力/电阻换能的新材料。这样的组合可以非常广泛(见表)。系统效应的机理尚不很清楚，但在实际现象中已经发现这种效应的存在。例如交替迭层镀膜的硬度远大于原来各单一镀膜的硬度和按线性棍合率估算的数值，说明组成了复合系统才能出现的性质。诱导行为已经在很多实验中发现，同时这种效应也在复合材料的乘积效应┌──────┬──────┬──────────┐│甲相性质 │乙相性质 │复合后的乘积性质 ││ X/y │ Y/Z │沙到豹·(Y/公一义您 │├──────┼──────┼──────────┤│压磁效应 │磁阻效应 │压敏电阻效应 │├──────┼──────┼──────────┤│压磁效应 │磁电效应 │压电效应 │├──────┼──────┼──────────┤│压电效应 │场致发光效应│压力发光效应 │├──────┼──────┼──────────┤│磁致伸缩效应│压阻效应 │磁阻效应 │├──────┼──────┼──────────┤│光导效应 │电致效应 │光致伸缩 │├──────┼──────┼──────────┤│闪烁效应 │光导效应 │辐射诱导导电 │├──────┼──────┼──────────┤│热致变形效应│压敏电阻效应│热敏电阻效应 │└──────┴──────┴──────────┘复合材料界面的两侧发现，如诱导结晶或取向，但是尚未能利用这种效应来主动地设计复合材料。两个相邻的物体在一定的条件下会产生机械的或电、磁的共振，这是熟知的物理行为。复合材料是多种材料的组合，如果加以有目的性的设计，肯定可利用这种共振效应，但是目前尚未加以研究。(吴人洁)
