可完成的

Adopted printing and die-cutting all-in-one's design proposal.Simple processing,compared with traditonal adherography process can saving paper 5%-8%;Used green water ink printing cup paper and dish can satiable the domestic and international market's levels of hygiene. Used mechanistic fashion to feed and position.It's good for structure compaction ,high speed and reliability.Thus,It can provide high quality paper cup.

采用了卷筒纸印刷和冲裁一次完成的方式，加工工序简化，比传统胶印生产工艺节约纸张5%-8%；用环保水性油墨印刷口杯和纸盘，可满足国内和国际市场对食品包装的卫生要求，采用机械方式送料和定位，机器结构紧凑运行速度快，可靠性高，杯片成型质量好。

And although we manage a telephone network, we have no supervision on how a particular call is completed.

同样，尽管我们确实是管理一个电话网络，可我们对于特定的某一通电话到底是怎么完成的，并无任何监控。

In order to decrease the unspecific binding on sol-gel immunoaffinity column, different methods were tested.

免疫亲和萃取技术因在富集样品的同时可完成样品的纯化而有望解决上述问题。

Please note that the fact that a contract is not completed within one year does not mean that it is voidable under a statute of frauds.

注意，那些无法在一年内完成的合同不等于防止欺诈法下的可撤消合同。

It was found that the condensation could be completed within 24 hours at 60°C in a solution containing 10mg CAWs, 20mg 2-aminoethyl mercaptan, 10mL CH2Cl2, 1 mL triethyl amine and 0.2g DCC (N, N'-dicyclohexyl carbodiimide).

实验结果表明：10mg经浓硝酸氧化处理过的碳原子线在含有20mg巯基乙胺、10mL CH2Cl2、1mLN3、0.2g DCC的液相反应体系中，60℃温度下作用24h可完成缩合反应，生成巯基化碳原子线。

Trusted third party called confirmer is introduced who should finish validating or denying a signature.

同时方案引入了一个半可信任的第三方，完成证实或否认一个签名的功摘要能。

This system adopts unique patent "the integral orbit weighing system",(patent number: 03277805.8) whose steel frame can be placed levelly on the crushed stones way or railroad to weigh various large calculating equipments, and can weigh the size of top dynamic loading, passing microcomputer to figure out data, and data store, statistics, net-connecting and auto printing.

采用独特专利&一体化称量轨&，（专利号：03277805.8），利用剪切应变取代正压应变，衡区采用钢制框架线路，钢制框架平放在碎石道床上，安装在铁路线上，对铁路各种货车进行动态连挂称重的大型计量设备，它能准确地检测到称重轨上动态载荷的大小，通过微机，计算出各种等数据，并可完成数据自动储存显示、统计、联网、打印等多项功能。

FeSi nanoparticles were synthesized via thermal decomposition of iron pentacarbonyl in the solution of dioctyl ether, stabilizers oleic acid and oleylamine. The TEM images showed that FeSi nanoparticles had cubic shape, but it seemed that the composition was not uniform. According to the EDS results, the Fe:Si ratio of gray-uniform nanopaiticles was almost 1:1, and blacker FeSi nanoparticles contained more Fe atoms. Although FeSi didn't have uniform structure, it still could be proved that the incorporation of Fe and Si existed in a single nanoparticle. All possible structure, lattice, binding, morphology, surface condition would be discussed. These results indicated that perhaps FeSi2 was the main structure of the new products; however, due to incompletely combination and less synthesized time, it might still contain some part of Si and Fe structure. Besides, FeSi nanoparticles preserved the optical properties from Si atoms, but the PL intensity was much lower. The maxima PL peak appeared at 388 nm with the excitation at 300 nm. Their saturation magnetization, remanent magnetization and coercivity were measured by the SQUID, exhibiting their nearly superparamagnetic behavior.

利用热裂解系统可成功将研磨矽奈米粒子及五羰铁结合，制备出铁矽奈米粒子；从穿透式显微镜照片可知其粒子呈现立方体型态，但颜色深浅及组成不均，EDS结果则显示颜色均匀之粒子铁与矽之组成大致为1：1，颜色较深之粒子则含有较高量的铁元素；尽管组成比例并不统一，但单颗粒子同时含有矽与铁两种元素，初步说明铁矽奈米粒子之形成；进行多种结构与表面分析并探讨所有可能之键结、结构及表面元素后，推测铁矽奈米粒子可能以FeSi2之结构形成，并同时包含未重组完成的矽及铁之结构；利用PL分析得知铁矽奈米粒子确实保留矽之放光特性，并在300 nm激发光源下，於波长388 nm处有一最强放光特性峰，但整体发光效益不及研磨矽奈米粒子之结果；最后，利用超导量子干涉磁化仪量测其饱和磁化量、残留磁化量、与矫顽磁力，发现磁滞现象并不明显而几乎呈超顺磁性。

A full collection of scannable templates makes it even easier to get started and to finish up.

一个完整的收集可扫描模板使它更容易开始并完成的。

The degassed liquid materials can be fed continuously. Therefore, half data of a phase diagram can be determined in a single round of experiment.

采用了液体物料集中脱气、液相转移物料、连续进料、以数字式精密压力计测量溶液总蒸汽压的实验方法，每次实验可完成二分之一全浓度范围的测定工作。

If you are unfortunate enough to the lovelorn, please tell me, I will help you out, really, please contact me!

如果你不幸失恋了，请告诉我，我会帮助你摆脱困境，真的，请联系我啦！

China's plan to cut energy intensity by 20 percent and pollutant discharges by 10 percent between 2006 and 2010 is a case in point.

中国计划在2006年到2010间降低20%的能源强度和减少10%的主要污染物排放，就是一个这样的例子。