高速度

With the help of the early DocuColor40, the Xerox product in color digital business card printing and membership card making machines rely on 30 pages per minute or higher business card printing and membership card production rate, already have a leading position.

借助其早期产品DocuColor40，Xerox曾在彩色数字制卡和会员卡制作机方面依靠每分钟30页或更高的制卡和会员卡制作速度，已经拥有了领导地位。

Both type per minute 45-60 pages of business card printing and membership card production speed, will mean that for a long time of unmanned (2000 series also incorporates the DocuTech technology for high volume of paper and can be used to push cars will transfer) stack.

而这两种型号机器的每分钟45－60页的制卡和会员卡制作速度，将意味着有很长的无人操作时间（2000系列还采用了DocuTech技术中的高容量纸台，并可用推车将纸堆转移）。

The simulation results indicate that The ACO algorithm has the higher speed and precision of calculation for measurement modeling and solution of parallel—link CMM

仿真结果表明，蚁群算法应用于并联坐标测量机测量建模与求解，可以获得较高的计算精度和计算速度。

Allabove indicated that the more antitumor ability of PELs was not theirmount,perhaps,but their quality.

以上这些说明微环境中一定水平IL-2的存在能使肿瘤的细胞免疫应答速度加快，免疫细胞获得杀伤能力所需时间短并伤百分率高，从而使在这种微环境中肿瘤细胞的生长明显受到抑制，同时也说明mIL-2〓诱导的PEL抗肿瘤能力，并非是通过免疫细胞数量上的增加来实现。

Extracting conditions such as temperature,the concentration of sulfuric acid are optimized.Test results show that leaching rate of vanadium pentoxide is up to 92% at the temperature of 90 ℃,with mass ratio of l...

实验结果表明，在MnO2用量3%、温度90℃、液固比2∶1、反应时间9 h、硫酸的浓度为20%、搅拌速度为1 500 r/m in的优化条件下，五氧化二钒浸出率为92%，比钠盐焙烧工艺高出10%以上，环境污染和能源消耗也得到有效控制。

Test results show that leaching rate of vanadium pentoxide is up to 92% at the temperature of 90℃, with mass ratio of liquid and solid being 2:1, usage of manganese dioxide being 3%, with concentration of sulfuric acid of 20%, and mixing speed at 1500 r/min. It is about 10% higher than roasting. Environmental pollution and energy consumption can also be effectively controlled.

实验结果表明，在MnO2用量3%、温度90℃、液固比2：1、反应时间9 h、硫酸的浓度为20%、搅拌速度为1500 r/min的优化条件下，五氧化二钒浸出率为92%，比钠盐焙烧工艺高出10%以上，环境污染和能源消耗也得到有效控制。

It realizes the global optimal computation via the local interacting agents with abilities of local perceptivity, competition and cooperation, self-learning etc. Then orthogonal design is introduced to generate an initial population of points that are scattered uniformly over the feasible solution space and to generate a crossover operator. As a result, the resulting algorithm is more robust and statistically sound. For high dimensional functions, a large memory is needed in generating an initial population with orthogonal design. To overcome this problem, a method called subspace partition is proposed, so that the memory is one tenth that of original one.

它以Multi-Agent系统为基础，通过Agent间的相互作用与每个Agent所具有的知识和自学习功能来提高算法的全局优化能力和收敛速度；同时利用正交试验设计方法产生较好的初始种群和设计正交交叉算子以获得更好的后代；针对正交试验设计产生初始化种群在函数维数很高时需很大存贮空间的缺点，提出了子空间分割法来产生所需的初始化种群，它只需要原来存贮空间的十分之一。

As a result, considerably higher speeds can be achieved than with the phenolic cage.

因此，相当高的速度可以达到比与酚醛笼。

As to pore size of HA, 100μm and 300μm pore size of BMP/HA appear to show much more bone formation than larger pore sizes of HA, BMP/HA can effectively promote HA in corporation with base bone, specd and add new bone formation and contents of calcium and phosphonium on the bone-implant interface.

就材料孔径大小而言，100-300Hm的孔径更适宜骨组织长入，并更能发挥BMP的诱导效能，HA/bBMP能增加材料与骨界面新骨形成速度和数量，早期即可获得钙化较高的骨性结合。

The microstructure of the scaffold was observed under photomicroscope and scanning electron microscopy,and the in vitro degradation time,permeability,tensile-strength,porosity,shrinka...

实验结果显示：支架中的成纤维细胞、脂肪细胞及组织纤维间质完全去除，胶原纤维得到了松散，并维持其原有的天然三维网络多孔结构；该材料透水汽性处于3000g.m-2.d-1左右，适合创面恢复；体外降解时间处于25～50h之间，并可根据需要调整工艺条件控制降解时间；拉伸强度介于10.20～11.50MPa之间，具有良好的拉伸强度；收缩温度介于70～85℃之间。上述结果表明该材料已解决了猪脱细胞真皮基质渗透性差、降解速度过慢的缺点，并且其透气性和拉伸强度高、降解性优良且可控，符合组织工程支架材料的要求。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。