剥离强度

R值或COOH%发生变化，T剥离强度也跟着发生改变；

T-style peel strength was also changed by changing the content of COOH % or R value .

讨论了聚酯多元醇分子量对胶膜力学性能的影响，NCO／OH（摩尔比值）对剥离强度的影响；

In connection with the adhesive film , its mechanical property was dependent upon molecular weight of polyester polyol ; and its peel strength was upon molar ratio of NCO / OH .

X射线光电子能谱表明剥离强度的大小与铜箔表面的氮元素的含量高低有关。

X-ray photoelectron spectroscopy indicates peeling strength is related to content of nitrogen content in the copper surface .

应用BP算法程序对双金属材料的剥离强度按单隐蔽层不同结点数进行预报计算。

The captioned strength is forecasted in terms of different bonding points in a single concealed layer by means of BP calculating program .

萜烯树脂乳液与EVA乳液的质量比值为0.3时，复膜胶的剥离强度最大。

The largest tensile strength was obtained at mass ratio 0.3 of the terpene resin emulsion and the EVA emulsion .

当增韧剂Q含量在15~20份（质量）时，固化剂在21~24份（质量）时，胶黏剂的剪切强度和剥离强度最佳。

Shear strength and peel strength reached optimum value when the dosage toughening agent Q is 15-20 parts and curing agent is 21-24 parts .

另外，实验也考查了PVA含量、交联剂尿素的用量对涂膜耐溶剂性、剥离强度以及结构的影响。

The influences of PVA content and cross linking agent on solvent ( resistance ), peeling strength and structure were also studied .

在这四种有机物中，只有唑类缓蚀剂X2可以达到剥离强度提高15%以上目标。

Among these four additives , only azole inhibitor X2 can reach the peeling strength target .

探讨了用镍/铜胶体处理印制板时温度、时间和pH的影响，测定了化学镀镍层的剥离强度。

The influences of temperature , time and pH on the process of PCB by using Ni / Cu colloid catalyst were discussed , and the peeling strength of nickel deposit was tested .

所制备的高固含量水性聚氨酯表现出优越的粘接性能，未加固化剂的单组分水性聚氨酯剥离强度（PVC／PVC）高达8.8N／mm。

Without external cure agents , the unique one-component waterborne polyurethane displays excellent adhesive properties , T-peel strength test ( PVC / PVC ) yielded a maximum value of 8.8N/mm .

本文研究了固化剂用量、烘烤时间、固化时间以及胶层厚度对CR／MMA接板氯丁胶粘剂剥离强度的影响。

The peeling strength of CR / MMA graft adhesive is dependent upon the concentration of curing agent , heating time , curing time and adhe-sive thickness .

随着Ar+轰击时间的延长，Cu膜平均晶粒尺寸增加，电阻率降低，剥离强度增大，但轰击时间超过3分钟后，剥离强度反而降低。

When argon ion bombardment time prolong , average grain size increases , resistively decreases , peeling strength increases , but as argon ion bombardment overrun 3 min , peeling strength of copper thin films become decreasing .

通过大量测试表明，用SBS改性的接枝共聚物配制的胶粘剂，具有粘结力大、剥离强度高、使用方便等特点。

From a great deal measurement , it was indicated that the adhesive made from the graft copolymer modified had high adhesive force strength , and was easy to use .

剥离强度24h后可达15.13kN/m，48h后可达15.63kN/m，随着相对湿度的增加，固化速度加快，当相对湿度为70%时，固化时间最佳。

As the relative humidity increasing , the curing speed became more and more faster , the curing speed was the best when relative humidity was 70 % .

但是当喷头与试样的距离为1mm或6mm时，剥离强度基本没有变化，这与SEM结果一致。

However , the peel strength does not change when jet-to-substrate distance is 1 mm or 6 mm . These results correspond to the SEM results .

考查了共聚型和共混型PUA乳液胶膜的吸水性、热行为、黏度、T型剥离强度。

The hygroscopicity , T_g , viscosity and T-style peel strength of the films made with copolymer PUA and blend PUA were studied .

复合乳液共混时，系统考察了四种SA乳液的用量对共混乳液平均粒径及分布和压敏胶初粘性、持粘性和180°剥离强度的影响。

During blend of composite emulsion , the effect of four types SA amounts on particle size and distribution of blended emulsion and tack , holding power and 180 ° peeling strength of PSA were investigated .

讨论了BPO的用量、丙烯酸酯单体的用量、功能单体AA的用量以及乳化剂的用量对丙烯酸酯改性SBS乳液型胶粘剂粘度和T剥离强度的影响。

The effects of the content of BPO , acrylate monomer , AA and emulsifier on viscosity and T style peel strength of SBS emulsion adhesive modified by acrylate were discussed in this paper .

在相同辐照时间下，随环境温度提高，辐照HDPE的分子量下降、分子量分布变宽以及剥离强度提高的幅度增大，并在70℃时产生凝胶。

After the ultraviolet irradiation , the molecular weight of HDPE decreases and its distribution becomes wider , and the peel strength of the HDPE films increases . Furthermore , their variation amplitude increases with environmental temperature .

讨论了不同VA含量不同熔体指数的EVA和各种增粘剂对热熔胶膜耐热性、软化点、剪切强度、拉伸强度、剥离强度等性能的影响。

Effect of different amount of EVA with different melt indexes and various tackifiers on heat-resistance , softening point , shear strength , tensile strength , and peel strength of the hot melt film adhesive was discussed .

具体研究结果表明：纳米材料中，纳米SiO2在3%掺量下对胶粘剂的拉伸性能有提高的作用，对冲击强度与T型冲击剥离强度无显著效果。

Specific research results are as follows : As for nano materials , 3 % nano SiO2 improves the tensile properties of adhesive , but has no significant effect on improving the impact strength and T impact peel strength .

本文研究ETPB固化剂加入量对粘接和剥离强度的影响。

The peel and the adhesion strength of various solidification fraction of the ETPB were studied .

所得粘合剂的剥离强度高达28N／25mm。

The peeling strength of resulted adhesive reached 28 N / 25 mm .

通过对PSF/环氧共混体系剥离强度、DMA及SEM断口图象的分析研究，揭示了共混体系相结构演变与脆韧转变的对应关系和增韧机理。

The relationship between the phase structure of PSF / epoxy blend system and brittle / ductile transition was investigated , and the toughening mechanism was analyzed by studying the peeling strength of PSF / epoxy system , DMA and SEM fracture morphology .

通过比较多种密封剂在弱酸性介质中浸泡后的拉伸强度、伸长率、硬度及与聚乙烯渗透膜的剥离强度，选择了RTV硅橡胶G585作为净水器用耐酸性介质密封剂；

S : RTV silicone rubber G 585 was used as anti-acid sealant for cleaning-water machine by comparing the tensile strength , elongation , hardness , and tear strength of sealants in acidity medium .

研究了N-甲基吡咯烷酮（NMP）对水性聚氨酯乳液的粘度、稳定性、胶膜的吸水率、接触角、复合薄膜T剥离强度的影响。

The effects of N-methyl pyrrolidinone ( NMP ) on viscosity and stability of aqueous polyurethane emulsion , water absorbing ratio , contacting angle of glue film and T peel strength were studied .

由高分子表面活性剂（HS-2）制得的萜烯树脂乳液增加复膜胶剥离强度的效果最好。

Terpene resin emulsion prepared with polymeric surfactant ( HS-2 ) performed the best effects in increasing tensile strength of the adhesives .

通过测试表明，该FCCL阻燃性能、耐锡焊性能、剥离强度高、吸水率低。

Tests show that the FCCL is excellent at flame-retardance , soldering resistance , high peel strength , low water absorption .

方法采用L9（34）正交试验法，以成型巴布剂基质的剥离强度为衡量指标，评定不同基质配比下巴布剂的质量。

METHODS The L_9 ( 3 ~ 4 ) orthogonal test method was used and the stripping intensity was used as scale guideline to assess the cataplasm quality of different proportion of matrix .

研究了增粘树脂在SBS改性胶粘剂中的应用，其中包括增粘树脂品种、用量对胶粘剂剥离强度的影响，同时研究了该胶粘剂对各种鞋材的粘结性。

In this paper , the application of tackifying resin for SBS modified adhesive was studied , including the effect of the kind of tackifying resin and its content on stripping strength of the resulted adhesive and its adhesive property on some shoes materials .