覆膜

Spreads the measure: Cheng You, two with multi-layer; The surface coating type has the colored coating, the dye printing, to emboss, to paste the membrane and the hot membrana tectoria

涂层组：成有一层、二层和多层；面涂层种类有彩色涂层、印花、压花、贴膜和热覆膜

The company 占地 2,000 square meters, in which blows membrane unit 30 ¨d¨d60 each 5, computer 8 colors printers 600¨D¨D1000 printer 5, makes bag unit 10, and the northern Chinese double color to opens offset printing machine 2 and so on the paper printing equipment Is produces each kind ofPOPE vest bag, the PE sack, the present bag, the clothing bag, the medical bag, the vacuum-bag, seals the pocket, the garbage bag,the OPP bag, the adhesive tape and each kind of material quality contraction membrane, twines the membrane, guards against the static electricity membrane, the membrana tectoria bag,the mold mushroom spawn membrane bag, the paper box, the paper carton, does not do product the and so on rubber printing,non- carbon documentary evidence specialized factory.

公司占地2000余平方米，其中吹膜机组30型――60型各5台，电脑8色印刷机600――1000型印刷机5台，制袋机组10台，及北人双色对开胶印机2台等纸张印刷设备。是生产各种POPE背心袋、PE包装袋、礼品袋、服装袋、医用袋、真空袋、封口袋、垃圾袋、OPP袋、胶带及各种材质收缩膜、缠绕膜、防静电膜、覆膜袋、菌种膜袋、纸箱、纸盒、不干胶印刷、无碳单据等产品的专业厂家。

The characteristics and process of the coated sand moldmade by selective laser sintering rapid prototyping are introduced.

介绍了用选择性激光烧结快速成型技术直接制造覆膜砂铸型的特点及工艺过程。

Physiologicalmechanism of high yielding corn in the ravined valley was studied. Based on the results,the technical regime of ecologically adverse resistant and high yielding cultivation forthe corn in the ravined gully has been constructed. The major detailed techniques for theregime are ridging-ploughing in autumn and film-mulching during the thawing time inspring, adopting compact corn varieties with big ears and grains and adequately longgrowing stage, fertilizing adequately at seedtime and at jointing stage and irrigatingwith floodwater in the middle and late. The standardized techniques have also beenestablished.

&九五&期间，我们以充分发挥沟谷地的生态资源优势和育壮苗、攻大穗、增粒重的玉米高产规律为结合点，研究与明确了沟谷地高产玉米的生理机制，组建了以秋耕起垄顶凌覆膜保墒、选用紧凑型&三大&玉米品种、施足底肥重攻拔节肥、中后期洪淤补灌等四项技术为核心的沟谷地玉米生态抗逆高产栽培技术体系，制定了针对性强、技术准确、便于操作、简单易行的规范化技术。

The results demonstrated that watergathering of plastic ridging and furrow drilling was effective, senescence of winter wheat was prevented in some extent, had a obvious effect of yield increase and economic increase, and WUE of it was higher than that of conventional flat planting wheat and ridging and furrow drilling wheat.

研究结果表明，与传统平作和起垄沟播相比，起垄覆膜沟播具有较好的聚水保墒效果，一定程度上延缓了小麦的衰老进程，具有明显的增产增收效果；而且水分利用效率明显高于传统平作小麦和起垄沟播。

After anthesis, the chlorophyll contents of plastic film mulching were higher than conventional flat planting and ridging and furrow drilling; the degradation of chlorophyll was slow and MDA contents were lower than conventional flat planting.

小麦开花后，起垄覆膜沟播处理旗叶叶绿素含量始终高于传统平作和起垄沟播处理且降解缓慢，丙二醛含量则较传统平作和起垄沟播处理低，增加也比较缓慢。

The final yield showed that the yield of plastic ridging and furrow drilling increased yield of conventional flat planting 1472.10 kg/hm^2, increased by 19.3%; increased 1844.79 kg/hm^2 compared with ridging and furrow drilling, increased by 25.4%, differences between different treatments were up to super remarkable level.

最终产量测定，起垄覆膜沟播冬小麦极显著的高于传统平作，比传统平作栽培高1472.10 kg/hm^2，增产幅度19.3%；比起垄沟播冬小麦最终产量高1 844.79 kg/hm^2，增产25.4%，差异均达到极显著水平。

The siol water of mulch with veil had run to suppercrust,the soil water of multiple treatments were higher in different depth.

覆膜处理下土壤水分都有向表层聚集的现象；各深度测定点都以多重处理的土壤水分含量最高。

The function of Tectorial mostly manifests generational prophase.

覆膜能够促进高丹草的生长发育，节水增产。

The results showed that treatment of due north direction and tectorial membrane could increase soil temperature obviously, lower permafrost layer thickness and decrease sprouting.

结果表明：正北向+覆膜处理能明显提高土壤温度，降低冻土层厚度，减少苹果幼树越冬抽条现象的发生。

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。