1) bond strength
粘结强度
1.
Effect of thickness on bond strength of soft liner materials for denture;
厚度对义齿软衬材料粘结强度的影响
2.
Study of chemical etching on increasing bond strength of light-cured composite to pure titanium;
用酸蚀法提高纯钛与光固化冠桥树脂粘结强度的研究
3.
Bond strength between tooth and base bracket with two bracket base designs: An in vitro comparative study.;
两种底板托槽体外粘结强度的对比研究
2) bonding strength
粘结强度
1.
An in vitro study on sheer bonding strength of quartz fiber-reinforced composite posts;
不同材料根管桩剪切粘结强度的比较
2.
By modifying silicone oil by acrylic monomers,using primer and improving dispersion of filler in silicone rubber,the bonding strength between one-pack roomtemperature vulcanized(RTV) silicone rubber and PMMA can be increased.
研究结果表明:通过用丙烯酸类混合单体改性硅油的方法,可以显著提高单组分RTV硅橡胶与PMMA间的粘结强度;当改性硅油含量为20%(质量分数,下同)且预涂正-氯丙基三甲氧基硅烷底胶时,单组分RTV硅橡胶与PMMA间的粘结强度可以达到0。
3.
The fundamental ingredients of PEO modified sodium silicate binder are determined, and the bonding strength in room temperature and retained strength in high temperature of ester cured sand and CO2 hardening sand are tested.
确定了聚氧化乙烯改性水玻璃粘结剂的基本组分,测试了有机酯自硬和CO2气硬型砂的常温粘结强度和高温残留强度。
3) Adhesive strength
粘结强度
1.
The putty shows a good property of waterproofing and adhesive strength.
制备了一种新型的外墙用粉体腻子,通过在配方中添加胶粉提高了腻子的耐水性能和粘结强度;干粉腻子中的胶粉与水泥水化物形成空间立体网状结构,使得腻子成为一个致密的整体;讨论了填料对腻子性能的影响,通过加入各类助剂,有效提高了腻子的防开裂性、抗渗性、施工性等性能。
2.
The factors affecting the film adhesive strength were investigated,including hydrolysis solvents,hydrolysis time,concentration of solution,and ageing temperature.
研究了水解溶剂、水解时间、溶液浓度和固化温度对硅烷膜与基体粘结强度的影响,揭示了结合机理。
3.
The adhesive strength and thermal stability of acrlamide-acrylate copolymer un- der the conditions of high temperature were studied.
扼要介绍了丙烯酰胺—丙烯酸酯共聚树脂的溶解性能,粘结性能,以标准砂为粘结对象,研究了共聚树脂的常温粘结强度,热稳定性,高温热强度等。
4) binding strength
粘结强度
1.
The results show that the binding strength of double coupling gear is 235 MPa, high enough to meet the requirements of application.
试验结果表明 ,双联齿轮的粘结强度达 2 35MPa,达到了使用要求的强度 ;而且节能减耗 ,劳动强度低 ,产品质量稳定 。
2.
The mechanical properties of re-disperse emulsion powder RE5044N are studied,and the compressive strength,the rupture strength,the binding strength,the ratio of rupture and pressure,elastic modulus and deformation modulus of the mortar are tested by lab.
研究了可再分散性乳胶粉砂浆的力学性能,室内测试了砂浆的抗压强度、抗折强度、粘结强度、折压比、弹性模量和变形模量。
3.
It mainly studied the relationships between the compositions of the insulating material with the binding strength, dry bulk density, thermal conductivity coefficient and dry shrinkage, etc.
介绍了一种以聚苯乙烯颗粒、粉煤灰等为主要原材料制备保温隔热材料的方法 ,重点研究了保温隔热材料的组成与粘结强度、干燥容重、导热系数、干燥收缩率等的关系 ,探讨了无机胶粉料聚苯乙烯颗粒保温隔热材料的保温隔热机
5) adhesion strength
粘结强度
1.
In order to enhance interfacial adhesion strength,RFL(resorcin-formaldehyde-latex) is used to treat the surface of PET cord.
帘子线被广泛应用于橡胶增强复合材料的骨架材料,为提高涤纶帘子线与橡胶的粘结强度,通常采用RFL(间苯二酚—甲醛—胶乳)对帘子线表面进行预处理。
2.
The effect of surface corona discharge modification of UHSPE fiber on interfacial adhesion strength of UHSPE fiber/epoxy resin was investigated.
介绍了一种新型高性能有机纤维———超高强度聚乙烯(UHSPE)纤维的性能及应用,研究了其表面经电晕放电改性对UHSPE纤维 环氧树脂界面粘结强度的影响。
3.
The stability of hydrolysis and adhesion strength of PU are not good.
聚氨酯的水解稳定性较差,粘结强度偏低。
6) cohesive strength
粘结强度
1.
Determination of cohesive strength between rock mass and anchors;
岩体与锚固体间粘结强度的确定
2.
That is to allocate slagging bars into the sedimendation furnace, to obtain relative weight degree of the slag based on the amount of slag; to obtain cohesive strength degree by using sootblower to purge the slag; and to obtain fusion property degree of the slag by judging the fusion property of the slag type.
介绍一种利用沉降炉试验预测煤粉结渣特性的方法 ,即在沉降炉中布置结渣棒 ,根据结渣量得出灰渣相对重量等级 ;用吹灰器对灰渣进行吹扫 ,得出灰渣粘结强度等级 ;对渣型熔融性判断 ,可得渣型熔融性等级。
3.
Based on statistic analysis of 30 anchoring projects in China and discussion of the factors affecting the cohesive strength between the rock mass and grouted part of prestressed anchor cables, an empirical formula of anchorage cohesive strength and rock mass property is proposed.
通过对国内 30余例锚固工程试验资料的统计分析 ,在讨论影响岩体与锚固体间粘结强度因素的基础上 ,提出了确定预应力锚索内锚固段与岩体间粘结强度的经验公式 。
补充资料：粘结强度
粘结强度
bonding strength
n janjje qjangdu粘结强度(bonding strength)两种材料粘结在一起时，单位界面之间的粘结力。用耐火砖砌筑各种窑炉时，通常在砖与砖之间需用耐火泥浆粘结;某些不定形耐火材并(如投射料、喷涂料、喷补料等)在使用、施工时，要有一定的粘结能力，以使其有效地粘结于施工基体。为了考察粘结剂的性能，确定加入粘结剂的种类和数量，需要测定粘结强度. 中国测定耐火泥浆常温粘结强度的试验方法，分为抗折粘结强度(GB5o24·3)和抗剪粘结强度(GB5o24·4).抗折粘结强度试验方法的要点是用泥浆粘结成试样(图1)，在抗折强度测定仪上进行抗折试验。(图2)介 图2测定抗折粘结强度方法示意图按下式计算抗折粘结强度: R=些 ZbhZ式中R为抗折粘结强度，MPa;F为试样粘结面断裂时的最大载荷，N;L为两支撑辊间的中心距，mm;b为粘结面处试样的宽度，mm;h为粘结面处试样的高度，mm。 抗剪粘结强度的试验方法，是在两块试样之间用耐火泥浆粘结(图3)，干燥后进行剪切试验。 { 阵界‘ 图3测定杭剪粘结强度用试样示意图结果的计算如下: _F 万.~一;州 ~.A式中刀。为抗剪粘结强度;F为试样粘结面断裂时最大载荷;A为试样的粘结面积。 此外，在科研工作中还设计过一些其他方法，如拉伸法(图4)、剪切法(图5)。一自缪一羚 图4拉伸法测定粘结强度示意图一介结界面异 图5剪切法测定粘结强度示意图 不论采取何种方法，应选用自身强度大于被测泥浆粘结强度的试块，否则会出现试块断裂而粘结界面没有断开的现象。 (王通荣)
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