万年青

Removal of evergreen and daisy trichloro ethylene.

万年青和雏菊清除三氯乙稀。

Evergreen and daisy trichloro ethylene clear.

万年青和雏菊清楚三氯乙稀。

It occurs naturally in some species, such as the dumb canes.

在一些物种中可自然产生，如：花叶万年青Dieffenbachia

Evergreen fund: A fund that reinvests its profits in order to ensure the availability of capital for future investments.

万年青基金。将基金经营利润再投资于本基金，以确保未来的投资项目投入的资本需要。

Offers some plants can effectively absorb harmful gases in the air, such as Diaolan, Feizhouju, the green troops, aloes, to better absorb formaldehyde, ivy, Tit Shu, chrysanthemum can break down formaldehyde and xylene, young plants, Cheung Tsing harmful gases to eliminate multiple.

一些观叶植物能有效地吸收空气里的有害气体，如吊兰、非洲菊、金绿萝、芦荟等对甲醛有较好的吸收作用，常春藤、铁树、菊花可以分解甲醛和二甲苯，万年青等长青植物能消除多种有害气体。

In the Middle Ages, Christians in Europe added lights and religious symbols to evergreens to make Christmas trees.

在中世纪，欧洲的基督徒在万年青上面加上灯光和宗教象徵物成为圣诞树。

It indicates:The soiless foliage plants grow well and the rate net photosynthesis is fairly high,However,it will change with time changing,The rate of net photosynthesis ofFatsia japonicachanges less than that ofRohdea japonicaand pachira macrocarpa,and the changes of thepachira macrocarpais the largest.

对无土栽培观叶植物的光合速率及环境因子动态变化的初步研究，结果表明，无土栽培观叶植物生长良好，光合速率较高，随时间变化，八角金盘光合速率变化较小，其次为万年青，最后为发财树。

We Main: Chinese black, evergreen, the size of three flowers, black and white, Chinese red, forest green, Qingshi, mushroom, Lu Yanshi, cut stone ax, fire boards, planing machine ...... stone processing plants and crafts, many crafts Sales to all walks of life!

我们主营：中国黑、万年青、大小三花、黑白点、中国红、森林绿、青石、蘑菇石、路沿石、斧剁石、火烧板、机刨石……而且工艺品加工厂，很多工艺品销售到各行各业！

The Evergreen,lron plant,African violet and lvy are some common indoor plants.

万年青，铁树，非洲紫萝兰和常春藤是常见的室内植物。

I grew Baldwin Greenin myhome, open each legend, the traditional soil for planting, as you leave memories

我家种着万年青，开放每段传奇，为传统的土壤播种，为你留下回忆

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。