齐鲁石化全速推进氢气充装系统项目

冬季时，齐鲁全速氢气温度不宜低于10℃，还要给布偶猫做好保暖措施，将猫窝放在温暖的环境下。

《本草纲目》云，石化忍冬，久服轻身，长年益寿。梅花，推进梅能于老干上发新枝，又能御寒开花，故古人用以象征不老不衰。

至明清时期，充装尤其是在清代，硬木家具上也广泛使用。五岳真形图，系统项目以嵩岳居中，左一为华岳，左二为衡岳，右一为泰岳，右二为恒岳。西洋花本是西方生长的一种植物，齐鲁全速氢气茎干匍地而生，齐鲁全速氢气花朵如中国牡丹，称西番莲或西洋菊，花色淡雅，自春至秋，相继不绝，春间将藤压地，隔年凿断分栽。

龙纹，石化龙是五灵之一，秦汉以后逐渐用于比喻君王，所以用龙纹装饰的器物为帝王专用，其中黄龙是最高等级。西番莲忍冬纹，推进忍冬，俗称金银花、金银藤，凌冬不凋，故又有忍冬之称。

这个故事始见于宋代苏轼《东坡志林》：充装传说有三个老人，充装相遇互相询问年岁，一人曰：吾年不可记，但忆少年时与盘古有旧;一人曰海水变桑田，吾辄下一筹，尔来吾筹已经装满十间屋，一人曰：吾所食蟠桃，弃其核于昆仑山下，今已于昆仑山齐矣。

为装饰和布置这些西洋式建筑，系统项目曾经做过大批用西洋式花纹装饰的家具。齐鲁全速氢气【图文导读】图1I-TENG的设计和离子凝胶的表征（a）具有夹层结构的I-TENG。

近日，石化东华大学纤维材料改性国家重点实验室游正伟等人在NanoEnergy上发表了一篇题为Ionogel-based,highlystretchable,transparent,durabletriboelectricnanogeneratorsforenergyharvestingandmotionsensingoverawidetemperaturerange的文章。一些代表性的工作：推进Wang,S.#;Liu,Z.#;Guo,Y.;Song,J.;Lou,J.;Guan,Q.;He,C.;You,Z.*Strong,detachable,andself-healingdynamiccrosslinkedhotmeltpolyurethaneadhesive.Mater.Chem.Front. 2019,DOI:10.1039/C9QM00233B.Yang,Y.#,Lei,D.#,Huang,YangQ.,LiS.,Qing,F.-L.,YeX.*,You,Z.*,Zhao,Q.* Hybridelectrospunrapamycin-loadedsmall-diametervasculargraftseffectivelyinhibitintimalhyperplasiaActaBiomater.DOI: 10.1016/j.actbio.2019.06.037.Sun,L;Chen,S.;Guo,Y.Song,J.;Zhang,L.;Xiao,L.;Guan,Q.;You,Z.*Ionogel-based,highlystretchable,transparent,durabletriboelectricnanogeneratorsforenergyharvestingandmotionsensingoverawidetemperaturerange.NanoEnergy,2019,63,103847.Liu,Z.#;Zhang,L.#;Guan,Q.;Guo,Y.;Lou,J.;Lei,D.;Wang,S.;Chen,S.;Sun,L.;Xuan,H.;Jeffries,E.;He,C.;He,C.;Qing,F.-L.;You,Z.*Biomimeticmaterialswithmultipleprotectivefunctionalities.Adv.Funct.Mater. 2019,1901058.Zhang,L.#;Liu,Z.#;Wu,X.;Guan,Q.;Chen,S.;Sun,L.;Guo,Y.;Wang,S.;Song,J.;Jeffries,E.;He,C.;Qing,F.-L.;Bao,X.;You,Z.*Ahighlyefficientself-healingelastomerwithunprecedentedmechanicalproperties. Adv.Mater. 2019,1901402Guan,Q.;Gong,Y.;Lin,G.;Wang,J.;Tan,W.;Bao,D.;Liu,Y.;You,Z.;Sun,X.;Wen,Z.*;Pan,Y.*Highlyefficientself-healableanddualresponsivehydrogel-baseddeformabletriboelectricnanogeneratorsforwearableelectronics. J.Mater.Chem.A,2019,7(23),13948-13955Y#;Lei,D.#;Huang,S.;Yang,Q.;Song,B.;Guo,Y.;Shen,A.;Yuan,Z.;Li,S.;Qing,F-L.;Ye,X.*;You,Z.*;Zhao,Q.*Elastic3Dprintedhybridpolymericscaffoldimprovescardiacremodelingaftermyocardialinfarction.Adv.Healthc.Mater.2019,1900065.Xie,Y.;Lei,D.;Wang,S.;Liu,Z.;Sun,L.;Zhang,J.;Qing,F-L.;He,C.*;*Abiocompatible,biodegradableandfunctionalizablecopolyesteranditsapplicationinwater-responsiveshapememoryscaffoldACSBiomater.Sci.Eng.2019, 5,1668-1676.Lei,D.;Yang,Y.;Liu,Z.;Yang,B.;Gong,W.;Chen,S.;Sun,L.;Song,B.;Xuan,H.;Mo,X.;Sun,B.;Li,S.;Yang,Q.;Huang,S.;Chen,S.;Ma,Y.;Liu,W.;He,C.;Zhu,B.;Jeffries,E.;Qing,F-L.;Ye,X.*;Zhao,Q.*;You,Z.*3Dprintingofbiomimeticvasculaturefortissueregeneration. Mater.Horiz. 2019,DOI:10.1039/C9MH00174CsXiao,B.#;Yang,W.#;Yang,W.;Lei,D.;Huang,J.;Yin,Y.;Zhu,Y.;You,Z.*;Wang,F.*;Sun,S.*PGSscaffoldspromotetheinvivosurvivalanddirectionaldifferentiationofbonemarrowmesenchymalstemcellsrestoringthemorphologyandfunctionofthewoundedratuterus. Adv.Healthc.Mater. 2019,8,1801455.(#Co-firstauthor)Guo,Y.#;Lv,Z.#;Huo,Y.;Sun,L.;Chen,S.;Liu,Z.;He,C.;Bi,X.;Fan,B.YouZ.*Abiodegradablefunctionalwater-responsiveshapememorypolymerforbiomedicalapplications.J.Mater.Chem.B,2019,7,123-132.Sun,L.;Wang,M.;Chen,S.;Sun,B.;Guo,Y.;He,C.;Mo,X.;Zhu,B.;You,Z.*;Molecularlyengineeredmetal-basedbioactivesoftmaterials–neuroactivemagnesiumion/polymerhybridsActaBiomater. 2019,85,310-319.Lei,D.;Yang,Y.;Chen,S.;Liu,Z.;Song,B.;Shen,A.;Yang,B.;Li,S.;Yuan,Z.;Qi,Q.;Sun,L.;Guo,Y.;Zuo,H.;Huang,S.;Yang,Q.;Mo,X.;He,C.;Zhu,B.;Jeffries,E.;Qing,F-L.;Ye,X.*;ZhaoQ.*;You,Z.*Ageneralstrategyof3Dprintingthermosetsfordiverseapplications. Mater.Horiz.,2019,6,394-404.Chen,S.#;Huang,T.#;Zuo,H.;Qian,S.;Guo,Y.;Sun,L.;Lei,D.;Wu,Q.;Zhu,B.;He,C.;Mo,X.;Jeffries,E.;Yu,H.;You,Z.*Asingleintegrated3D-printingprocesscustomizeselasticandsustainabletriboelectricnanogeneratorsforwearableelectronics. Adv.Funct.Mater. 2018,28,1805108.(BackCover)Chen,S.;Bi,X.;Sun,L.;Gao,J.;Huang,P.;Fan,X.;You,Z.*;Wang,Y.*Poly(sebacoyldiglyceride)cross-Linkedbydynamichydrogenbonds:Aself-healingandfunctionalizablethermoplasticbioelastomer.ACSAppl.Mater.Interfaces2016,8(32),20591–20599.Wang,S.;Jeffries,E.;Gao,J.;Sun,L.;You,Z.*;Y.*Polyesterwithpendentacetylcholine-mimickingfunctionalitiespromotesneuritegrowth.ACSAppl.Mater.Interfaces,2016,8(15),9590-9599.Huang,P.;Bi,X.;Gao,J.;Sun,L.;Wang,S.;Chen,S.;Fan,X.*;You,Z.*;Y.*Phosphorylatedpoly(sebacoyldiglyceride)-aphosphatefunctionalizedbiodegradablepolymerforbonetissueengineering.J.Mater.Chem.B,2016,4(12),2090-2101 (Frontcover).Gong,W.#;Lei,D.#;Li,S.;Huang,P.;Qi,Q.;Sun,Y.;Zhang,Y.;Wang,Z;You,Z.*;Ye,X.*;Zhao,Q.*Hybridsmall-diametervasculargrafts:Anti-expansioneffectofelectrospunpolyε-caprolactoneonheparin-coateddecellularizedmatrices.Biomaterials2016,76,359-370.You,Z.;Wang,Y.*Aversatilesyntheticplatformforawiderangeoffunctionalizedbiomaterials.Adv.Funct.Mater.. 2012,22,2812-2820.You,Z.;Cao,H.;Gao,J.;Paul,S.H.;Day,B.W.;Wang,Y.*Afunctionalizablepolyesterwithfreehydroxylgroupsandtunablephysiochemicalandbiologicalproperties.Biomaterials2010,31,3129-3138.本文由水手供稿，推进材料牛编辑整理。

I-TENG展示了有效的生物力学能量收集和自供电生理监测，充装表明其在可穿戴电子设备，电子皮肤（E-skin），软机器人和人工智能中的巨大潜力。系统项目（c）I-TENG的透明度和不同的机械变形。