The invention relates to an adhesive film composition for assembly of semiconductor, an adhesive film and scribing crystal particle binding film.
本发明涉及一种半导体装配用胶粘剂膜组合物、胶粘剂膜以及划片晶粒粘结膜。
Composition: 90% faux neoprene, 4% PVC film, 6% polyester binding.
成分：90%人造氯丁橡胶，4%聚氯乙烯薄膜，6%涤纶装订。
Binding consumables: plastic wire, double wire, iron spiral wire, plastic index film and so on.
装订耗材：胶线圈，双线圈，铁单线圈，胶索膜等。
PAM is widely used for thickening, stable friction reduction, glues, binding, film, biomedical materials, etc.
PAM还广泛应用于增稠、稳定胶体、减阻、粘结、成膜、生物医学材料等方面。
If there is a good binding between metal and spacing layer, the design equations given in the paper are available for any film as spacing layer.
如果金属与间隔层结合良好，本文中给出的设计计算公式适合于做间隔层的任意膜层。
The measurement based on the ESCA reveals that the peak of binding energy of the powder is nearer the low energy side than without treatment, it shows that the oxide film has antioxidation.
基于ESCA的测量显示该粉末的结合能峰值比不用上述处理 时更靠近低能侧，表明氧化物薄膜具有抗氧化性。
A molecular binding event taking place on or near the metal film, or a conformational change in the molecules bound to the film causes a shift in the resonance Angle.
金属膜上发生的分子键合或膜上的分子构型变化导致共振角发生位移。
The invention can carry-off membrane stress, which improves the binding force of thin film and plastic rubber background.
本发明可消除薄膜应力，提高薄膜与塑胶基底间的结合力。
The SEI film formed on cathode surface and the interaction between electrodes based on aqueous binding materials and electrolyte solution would be the hotspot in the fut…
指出在今后的研究中 ，正极表面与电解液间的界面膜 ，以及引入水溶性粘合剂体系后正负极表面与电解液间的相互作用将成为人们关注的热点。
The joint face between the polarizing film and the optical lens is coated with a layer of binding agents, the polarizing film and the optical lens are glued and pressed as a whole.
偏光膜与光学片的结合面上涂有一层粘合剂，二者通过粘合压制为一体。
The joint face between the polarizing film and the optical lens is coated with a layer of binding agents, the polarizing film and the optical lens are glued and pressed as a whole.
偏光膜与光学片的结合面上涂有一层粘合剂，二者通过粘合压制为一体。
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