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SBR用量对NR/SBR共混胶力学性能及与涤棉布附着力的影响
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作者 周大炜 侯占峰 +1 位作者 刘建桥 辛振祥 《高分子材料科学与工程》 EI CAS CSCD 北大核心 2024年第9期57-64,共8页
文中通过绿色环保的水乳胶浆代替传统的油性胶浆制备方式,制备了天然胶乳(NRL)/丁苯胶乳(SBRL)水乳胶浆,测定了胶浆的黏度、共混胶干燥后的硫化特性、常温及高温力学性能及耐磨性能。同时利用胶浆制备了NR/SBR/涤棉布复合材料,测定了复... 文中通过绿色环保的水乳胶浆代替传统的油性胶浆制备方式,制备了天然胶乳(NRL)/丁苯胶乳(SBRL)水乳胶浆,测定了胶浆的黏度、共混胶干燥后的硫化特性、常温及高温力学性能及耐磨性能。同时利用胶浆制备了NR/SBR/涤棉布复合材料,测定了复合材料的剥离强度,并结合体式显微镜和扫描电镜(SEM)等表征手段研究了SBR用量对复合材料性能的影响。结果表明,胶浆方面,随着SBRL用量的提高,胶浆的黏度呈先升后降的趋势;共混胶正硫化时间(t90)逐渐延长,硫化曲线的最高转矩(MH)不断提高,常温与高温(60℃)定伸应力均增加,耐磨性能得到有效提升。胶浆粘合性能方面,随着SBRL用量的增加,剥离强度逐渐降低;体式显微镜和SEM显示,随着SBRL比例的增加,试样剥离后纤维布表面附胶量逐渐减少,侧面反映了剥离强度下降的原因。 展开更多
关键词 丁苯胶乳 水乳胶浆 硫化特性 力学性能 粘合
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Study on Properties of Anti-Gas Channeling Lightweight Temperature-Resistant Latex Slurry 被引量:1
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作者 C. Ma H.L. Zhou +1 位作者 L. Zhao D.L. Zhou 《Journal of Energy and Power Engineering》 2010年第2期20-27,共8页
There is low formation pressure coefficient and high formation temperature in ludong-wucaiwan area. Gas cut and gas channeling happen seriously during oil and gas well cementing. The existing anti-migration additive h... There is low formation pressure coefficient and high formation temperature in ludong-wucaiwan area. Gas cut and gas channeling happen seriously during oil and gas well cementing. The existing anti-migration additive has only effects on single trait, so it is difficult to meet cementing requirement. According to this situation we could use latex slurry to anti-gas channeling. We have synthesised a set of anti-gas channeling lightweight temperature-resistant latex slurry and formed a new channeling preventing latex slurry through plenty of previous laboratory experiments. Finally the performance of latex slurry on temperature-resistant, anti-gas channeling and the anti-gas channeling of cement paste are studied. The experimental results show that this latex system has strong temperature-resistant and anti-gas channeling, which completely meet the requirement of cementing in this area. 展开更多
关键词 Latex slurry anti-gas channeling temperature-resistant thickening time compression strength sedimentation stability.
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