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新型多层防湿薄膜高强环保
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作者 冯新 《工程塑料应用》 CAS CSCD 北大核心 2005年第2期11-11,共1页
美国一家公司推出一种含有防湿层的多层薄膜,该薄膜透明、强度高、防湿性好、富有稳定性,可广泛用于粮食、食品、药品等的包装。该薄膜的性能与以聚偏氯乙烯(PVDC)为阻隔层的多层共挤膜相比.具有更好的防湿性和透明性。由于该薄膜没... 美国一家公司推出一种含有防湿层的多层薄膜,该薄膜透明、强度高、防湿性好、富有稳定性,可广泛用于粮食、食品、药品等的包装。该薄膜的性能与以聚偏氯乙烯(PVDC)为阻隔层的多层共挤膜相比.具有更好的防湿性和透明性。由于该薄膜没有采用含有卤素的添加剂和增塑剂,其安全性和环保优势明显。此外,该薄膜是由多层同时压制而成, 展开更多
关键词 防湿性 新型 多层共挤 聚偏氯乙烯 薄膜 PVDC 增塑剂 公司 粮食 优势
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东赛珞公司开发高阻隔性薄膜
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《石油化工》 CAS CSCD 北大核心 2003年第12期1036-1036,共1页
关键词 高阻隔薄膜 阻隔 防湿性 开发 东赛珞公司 偏氯乙烯涂层薄膜
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美研制出防湿环保多层薄膜
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《塑料加工》 2003年第1期49-49,共1页
关键词 美国Tekni-Plex公司 Novinex薄膜 PVDC聚合物 防湿性 透明 研制 防湿环保多层薄膜
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新型多层包装薄膜
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作者 功塑 《塑料》 CAS CSCD 北大核心 2005年第1期99-99,共1页
美国Teknt—plex公司研制出一种含有防潮层的Novinex多层薄膜。Novinex薄膜以Topascos为内层,与外层聚丙烯同时压制而成。在性能上与PVDC/聚合物多层薄膜相比具有更强的防湿性和透明性。由于该材料不含乙烯、卤素和增塑剂,故其安全... 美国Teknt—plex公司研制出一种含有防潮层的Novinex多层薄膜。Novinex薄膜以Topascos为内层,与外层聚丙烯同时压制而成。在性能上与PVDC/聚合物多层薄膜相比具有更强的防湿性和透明性。由于该材料不含乙烯、卤素和增塑剂,故其安全性和环保优势明显。此外,Novinex在制作过程中是多层同时压制而成,与层层压制的薄膜相比,制作时的污染机会较小,而且加工处理工艺也易于掌握。 展开更多
关键词 新型 防湿性 压制 PVDC 外层 增塑剂 聚丙烯 公司 机会 优势
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包装新材料——Novinex薄膜
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作者 王英 《包装世界》 2004年第5期48-48,共1页
美国Teknt—plex公司研制出一种含有防潮层的Novinex多层薄膜。Novinex薄膜是由Topascos做内层,与外层聚丙烯同时压制而成。在性能上与PVDC/聚合物多层薄膜相比,防湿性和透明性更强。由于该材料不含乙烯、卤素和增塑剂,故其安全性... 美国Teknt—plex公司研制出一种含有防潮层的Novinex多层薄膜。Novinex薄膜是由Topascos做内层,与外层聚丙烯同时压制而成。在性能上与PVDC/聚合物多层薄膜相比,防湿性和透明性更强。由于该材料不含乙烯、卤素和增塑剂,故其安全性和环保优势明显。此外,Novinex在制作过程中是多层同时压制而成,与层层压制的薄膜相比。 展开更多
关键词 Novinex薄膜 防湿性 压制 PVDC 外层 增塑剂 聚丙烯 公司 优势 包装
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金定鸭的饲养
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作者 葛芳芳 《农家之友》 2012年第10期51-51,共1页
金定鸭属麻鸭的一种,又名华南鸭,属蛋鸭品种,其体格强健,走动敏捷,觅食力强,具有产蛋多、蛋大、蛋壳青色、觅食力强、饲料转化率高和耐热抗寒特点。且尾脂腺较发达,羽毛防湿性强,适宜海滩放牧和在河流、池塘、稻田及平原放牧,
关键词 金定鸭 饲养 饲料转化率 防湿性 蛋鸭 觅食 放牧 麻鸭
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金属化取向聚丙烯薄膜
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《国外塑料》 2002年第3期40-40,共1页
关键词 美国TorayPlastics公司 推出 防湿性 不透氧 Toray45-geugePCF 金属化取向 聚丙烯薄膜 ym bgkhyb
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Analysis of the action mechanism of Fang Ji Huang Qi decoction in treating rheumatoid arthritis by network pharmacology 被引量:3
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作者 Yang Hu Dan Chen 《Traditional Medicine Research》 2018年第6期286-294,共9页
Objective:To explore the pharmacological action mechanism of Fang Ji Huang Qi decoction(FHD)in the treatment of rheumatoid arthritis(RA)by network pharmacology.Methods:The chemical compositions and functional targets ... Objective:To explore the pharmacological action mechanism of Fang Ji Huang Qi decoction(FHD)in the treatment of rheumatoid arthritis(RA)by network pharmacology.Methods:The chemical compositions and functional targets of the TCM were retrieved using the systematic pharmacological analysis platform TCMSP,and the gene name of each target protein was obtained from the UniProtKB network platform.The targets of RA were queried through the CTD database.The protein–protein interaction network was constructed in the STRING database,and the network visualization analysis was performed in Cytoscape.The Gene Ontology and Kyoto Gene and Genomic Encyclopedia pathways enrichment analyses of key target proteins were performed using the DAVID data platform.Results:A total of 472 drug active ingredients were screened from the TCMSP database.Seventy-five disease targets from the CTD database were screened.The compound-target network map contained further screened out 98 components and corresponding 75 targets.The key compounds included quercetin and kaempferol.The key targets were prostaglandin G/H synthase 2 and nitric oxide synthase 2.The protein-protein interaction network consisted of 75 proteins,of which 37 were key proteins,including tumor protein 53,JUN and interleukin-6.There were 260 Gene Ontology entries,of which 246 were biological processes.Fifty-five Kyoto Gene and Genomic Encyclopedia pathways were enriched,mainly the cancer pathway,NOD-like receptor signaling pathway,and Toll-like receptor signaling pathway,which are involved in the action mechanism of FHD.Conclusion:The results of this study preliminarily verified the basic pharmacological action mechanism of FHD in the treatment of RA,laying a foundation for elucidating its mechanism of action. 展开更多
关键词 Network pharmacology Fang Ji Huang Qi decoction Rheumatoid arthritis Genetic ontology analysis Analysis of enrichment
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Etiology and Prevention of Recurrent Condyloma Accuminata
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作者 张敏 张谊之 《Chinese Journal of Sexually Transmitted Infections》 2002年第4期44-46,共3页
The possible causes of condyloma acuminatarecurrence arc summarized: such as patients with cellularimmune denciencies, physical therapy triggering subclinicalinfective foci, sowing of the virus particles, and insuffic... The possible causes of condyloma acuminatarecurrence arc summarized: such as patients with cellularimmune denciencies, physical therapy triggering subclinicalinfective foci, sowing of the virus particles, and insufficienttherapy. Corresponding preventive measures are addressed,including: immunomodulators improving cellular immunity,ensuring the range and depth of physical therapy, and trcatingsexual partners simultaneously. 展开更多
关键词 Condyloma acuminata RECURRENCE PREVENTION
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美国研制出新型多层薄膜
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《中国新包装》 2003年第2期51-51,共1页
关键词 美国 多层薄膜 包装 防湿性 透明
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Sessile droplet freezing and ice adhesion on aluminum with different surface wettability and surface temperature 被引量:1
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作者 OU JunFei SHI QingWen +4 位作者 WANG ZhiLe WANG FaJun XUE MingShan LI Wen YAN GuiLong 《Science China(Physics,Mechanics & Astronomy)》 SCIE EI CAS CSCD 2015年第7期67-74,共8页
This paper focused on the sessile droplet freezing and ice adhesion on aluminum with different wettability (hydrophilic, com- mon hydrophobic, and superhydrophobic surfaces, coded as HIS, CHS, SHS, respectively) ove... This paper focused on the sessile droplet freezing and ice adhesion on aluminum with different wettability (hydrophilic, com- mon hydrophobic, and superhydrophobic surfaces, coded as HIS, CHS, SHS, respectively) over a surface temperature range of -9℃ to -19℃. It was found that SHS could retard the sessile droplet freezing and lower the ice adhesion probably due to the interfacial air pockets (IAPs) on water/SHS interface. However, as surface temperature decreasing, some IAPs were squeezed out and such freezing retarding and adhesion lowering effect for SHS was reduced greatly. For a surface temperature of-19℃, ice adhesion on SHS was even greater than that on CHS. To discover the reason for the squeezing out of lAPs, forces applied to the suspended water on IAPs were analyzed and it was found that the stability of IAPs was associated with surface mi- cro-structures and surface temperature. These findings might be helpful to designing of SHS with good anti-icing properties. 展开更多
关键词 SUPERHYDROPHOBIC ANTI-ICING ice adhesion interfacial air pockets
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