植物堆积的

FUNCTIONS: Essence of natural plant extracts help dissolving the accumulation of sebum in the pores aged horniness.

天然萃取植物精华，能帮助溶解毛孔中堆积的皮脂及老化角质。

Microbial β-glucosidases are mainly applied to the hydrolyzation of cellulose and the flavor improvement industry.Chaetomium thermophilum, a kind of the thermophilic fungi, is a metatrophic fungus. It can be thrive at the...

嗜热毛壳菌Chaetomium thermophilum是一种分布广泛的腐生真菌，它的生境多以植物秸秆、畜禽排泄物等的堆积发酵为主，能够在45℃～50℃的高温下很好的繁殖生长。

There are two types of coal formation: a local land accumulation in which the original substance of rotten plant material congregates in a peat bog where plants are growing; b distant land accumulation in which the original substance, which is from nearby areas or somewhere distant, of rotten plant coal congregates in a fresh water basin, lagoon, delta or lake through movements.

成煤原始物质的堆积方式分为2大类型：原地堆积——腐植煤的原始物质聚集在泥炭沼泽中植物自身繁殖的地方；异地堆积——腐植煤的原始物质是从相邻地区或大陆更远的一些地段，经过搬运，聚集在淡水盆地、泻湖、三角洲、湖泊之中。

In complex 1,Cucan be described as a four-coordinated square planar geometry.Compound 8 is the sodium salt of plumbagin and exists as ionic compound.Compounds 9-16 are the rare earth complexes of plumbagin with La,Y,Dy,Sm,Gd,Nd,Erand Eu.Compound 17 is binuclear Y complex.18 is mononuclear Ycomplex with plumbagin and another ligand from Plumbago Zeylanica.Compounds 19-21 are the ternary complexes with plumbagin and 2,2\'-bpy and phen as assistant ligand.In 19, the geometry of Cucan be described as five-coordinated distorted square pyramid that exists in a dimer through the weak bonding,and 1-D chain structure is formed by intermolecular hydrogen bonds.

化合物1的单晶结构分析表明1具有四配位平面四边形结构，化合物8是白花丹素的Na盐，以离子化合物形式存在；化合物9～16为白花丹素的La，Y，Dy，Sm，Gd，Nd，Er，Eu的稀土金属配合物；化合物17是白花丹素的双核钇结构；化合物18为白花丹素的单核钇结构，该配合物除了含白花丹素外，还有来自白花丹植物中的另一个单体化合物也参与配位；化合物19～21是以2，2\'-联吡啶和邻菲咯啉等含N配体为辅助配体，具有白花丹素—含N配体—金属离子的三元配合物，化合物19是白花丹素和2，2\'-联吡啶与Cu的配合物，具有五配位的四方锥构型，通过Cu…O弱的成键作用形成二聚体，再通过分子间的氢键作用进一步形成一维链状结构，化合物20和化合物21是白花丹素分别与2，2\'-联吡啶和邻菲咯啉的Zn配合物，都具有六配位八面体构型的双核锌配合物，呈一维链状结构，化合物20中链与链之间的大量氢键将一维链扩展成二维层，分子间的π-π堆积作用进一步形成三维结构。

Main Efficiency: Contain deep sea natural plants and minerals, combined with vitamin B3 and provitamin B5,effectively remove dirt and oil from pores, regularize oil secretion, improve quality of oily skin.

主要功效：结合深海天然海洋植物及丰富矿物质，加入维他命B3、维他命原B5，有效排走毛孔内的堆积油脂及污垢，调节油脂的分泌，改善油性肤质。

In order to know the evolutionary relationships between false vein, ISC, and VSC in Pteridaceae, 19 grnera and 82 species in Pteridaceae were sampled in this study; silica deposition types, ordinary epidermal cell morphology and veinal epidermal cells morphology of these species were surveyed. On the other hand, a convenient method was developed for this goal. In this method, a tabletop SEM with backscattered electron detector accompanied by post-cooling method was used.

为进一步探讨凤尾蕨科假脉、脉间矽异形细胞与脉上矽异形细胞之间的关系及其於凤尾蕨科内的演化，本论文选取19属82种的凤尾蕨科植物，观察其叶表面之二氧化矽堆积型式、一般表皮细胞形态以及脉上表皮细胞形态；同时，也开发出利用侦测背向散射电子之桌上型扫描式电子显微镜配合后冷却技术(post-cooling method)之快速检测法，该方法利用背向散射电子讯号强弱与平均原子数(average atomic number， Z number)之相关性得到矽异形细胞与一般表皮细胞具有明显对比之影像。

SHILLS cherry polyphenol Skin Firming Cleansing Oil uses natural plant essence olive oil as the base, as long as you can gently massage deep pore, so accumulation of make-up, dirt completely dissolved floats, unique balance of sebum Jie Yan efficient system, the event water that is emulsified fully achieved thorough cleansing, skin-friendly high-energy removable durable powder-type heavy makeup, and even Keana in the sebum and blackheads, the old waste horny and dirty, also with reduced time them altogether have been resolved; and add the cherry extract the unique flavor, so that post-up remover, like moisturizing the skin to relieve the skin smooth and clean instant restore the delicate baby-like luster

SHILLS樱花多酚柔肤紧致卸妆油采用天然植物橄榄精华油为基底，只要轻轻按摩就可深入毛孔，使堆积的彩妆、污垢彻底溶解浮出，独特的高效平衡皮脂洁颜系统，遇水即乳化完全达到彻底清洁，亲肤性高能卸除持久型浓妆粉料，连毛穴中的皮脂与黑头粉刺、老废角质及脏污，也都无所遁形一次通通都解决；并添加樱花萃取物的独特香味，让卸妆后的肌肤一样保湿、纾缓，肌肤瞬间光滑洁净，恢复婴儿般的娇嫩光彩

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。