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The main research work focused on is as followed: The mechanism of short circuiting process has been seriously investigated. The different control modes with different range of specification are adopted from the point of view of process stability and characteristic of the range. It has been proved to be reasonable and effective.

论文主要进行了以下几个方面的研究：在对短路过渡过程的机理进行深入研究后，从改善不同规范区间过程稳定性入手，根据大小规范区间的不同特点设计波形，提出了分规范波控的思想。

Avatar range increased from 350 to 375, commandeered beam cannon damage increased from 900 to 1100, range of flame weapon increased from 100 to 200

圣灵机甲射程由350增加为375，拆卸的光束炮伤害由900增加为1100，火焰武器射程由100增加为200。

After deployment, nodes in each corona transmit data according to the transmission range list. In non-uniform node distribution, we need DETL (Distributed algorithm for energy-efficient transmission range list) to optimize the list derived from CETT after nodes deployment. In DETL, in order to balance the energy consumption of all coronas, each corona adaptively adjusts its strategy of sending and receiving data.

在非均匀节点分布的情况下，提出了一种分布式的优化算法—DETL，在节点部署后优化从CETT算法获得的传输距离序列，算法中为了能够尽可能平衡各环的能量消耗，各环自适应地调整它们发送和接收数据的策略。

The old system of laser range finder, which processes laser emission system, laser incepting system and measuring round-trip time of light pulse by separated cell circuit, makes the cost of exploiture expensive, debugging difficult, circuit complex, precision inaccurate, reliability low, bulk and weight great, even without any standard suited gate together with other instruments. Therefore, popularization application of laser range finder is cumbered.

早期的激光测距系统在激光接收机中通过分立的单元电路处理激光发、收信号以测量光脉冲往返时间，使得开发成本高、电路复杂，调试困难，精度以及可靠性相对较差，体积和重量也较大，且没有与其他仪器相匹配的标准接口，上述缺陷阻碍了激光测距系统的普及应用。

Campus cards system is currently used in campus wide range of documents. The management of complex situations designed to change the card system in schools and departments to adopt the technology and standards are not caused by a unified system and can not compatible with a wide range of applications and the rational allocation of resources can not be share problems, solve the problem of students the hands of multi-card and easy to degaussed lost and so on.

校园一***体系是针对目前校园中使用的证件繁多、管理庞杂的情形而设计的，力求改变校内各部门卡体系采取的技术与规范不统一而造成的各种应用体系无法兼容及资源不能合理配置和共享的题目，解决学生手中多卡且等闲消磁、丢失等题目。

The company deploys the full range of equipment needed to fulfill its role: design and prepress hardware and software, and a wide range of proofing devices.

该公司部署所需的设备，履行其作用的充分范围：设计和印前硬件和软件，以及打样设备广泛。

The results indicates, with the same level of other parameters, the TN removal can reach 80.0% and 70.9% with the control of dissolved oxygen under the levels of 0.3-0.6mg/l and 0.6-0.9mg/l, respectively; the TN removal upgrades from 80%, 83% to 84.1% with the decrease of sludge load in the system from 0.1, 0.07, to 0.05gCOD/gMLSS·d; the nitrogen removal only reaches 58% when C/N is 4, but can reach more than 80% when C/N is at or over 7, which indicates that the TN removal increases when higher C/N ratio; when HRT increases from 12h, 18h to 24h, the TN removal also increases from 78.6%, 82.0% to 83.0%; the TN removal average in the system increases from 75.6%, 78.5% to 83.0% with the increase of sludge age from 18d, 20d to 24d; the low oxygen conditions in the modified Orbal oxidation ditch model do not decrease the effect of COD removal, and the dissolved oxygen gradient with the distribution of 0-2-1mg/l in the system ensures the COD removal reaching the range of 80%-86%; and the phosphate removal, however, is not good enough, which varies from 40% to 50%, even lower than 35% in occasional situations, and the phosphate concentration in the outflow varies in the range of 1.28-2.38mg/l, which dissatisfies the discharge standard with the level of 1.0mg/l.

试验结果表明，在其它参数相同的情况下，将外沟道的溶解氧分别控制在0.3～0.6mg/l 和0.6～0.9mg/l 两个水平，外沟道中TN 去除率分别为80.0%和70.9%；系统中污泥负荷分别为0.1gCOD/gMLSS·d、0.07 gCOD/gMLSS·d、0.05 gCOD/gMLSS·d时，随着污泥负荷的降低，TN 的去除率却是上升的，分别为80%、83%、84.1%；本试验中，当C/N 为4时，仅能获得58%的脱氮率，当C/N 为7 或更高时脱氮率能达到80%以上，进水C/N 比值越高，总氮的去除率越高；在本试验中采取的水力停留分别为12h、18h、24h 时，外沟道中的总氮去除率随水力停留时间的增加而增加，分别为78.6%、82.0%和83.0%；当系统泥龄分别为18d、20d、24d 时，系统平均TN 去除率分别为75.6%、78.5%、83.0%，随着泥龄的增大TN 的去除率增加；改良型奥贝尔模型的低氧条件并没有降低COD 的去除效果，系统0-2-1mg/l的溶解氧梯度分布使得COD 去除率一般都在80%～86%之间；本试验中磷的去除效果不好，去除率基本在40%～50%之间，有的甚至低于35%，出水磷的浓度在1.28～2.38mg/l 之间，低于1.0mg/l 的出水排放标准。

Results: All patients were successfully engrafted. The median time of neutrophil count≥0.5×109/L was 11 days（range 10~13）and platelet count≥20×109/L was 15 days（range 12~18）after Allo-PBSCT.

结果：34例患者均获得造血重建，中性粒细胞绝对值≥0.5×109/L的中位时间为移植后+11（+10~+13）天，血小板数≥20×109/L的中位时间为+15（+12~+18）天。

The CoFe2O4/TiO2 magnetic nano-photocatalysts has fairly good magnetic property. The X-ray diffraction, transmission electron microscopy and ultraviolet-visible technique were used to analyze the phase structure, size and spectrum response scope of the samples. The XRD indicated the anatase TiO2 was formed when TCF modified by plasma. The size of CoFe2O4 particles was about 20 nm. The diameter of CoFe2O4/TiO2 particles is in the range of 30~40 nm. So the shell of TiO2 enwraps closely around the core and the thickness is in the range of 10~20 nm.

运用VSM技术对样品磁性能进行研究，结果表明：等离子体修饰后的复合材料仍具有较高的饱和磁化强度，可在外加磁场作用下实现催化剂在水中的分离与回收；样品的XRD、TEM和UV-Vis分析测试结果表明：等离子体修饰后的复合材料有锐钛矿型TiO2存在；TEM谱图显示磁核CoFe2O4的平均粒径约为20 nm，TCF复合粒子的粒径约为30~40 nm，TiO2包覆层的厚度为10~20 nm。

Accompanied by the rise of leisure industry, China's tourism is to the leisure tourism, sports tourism development of a wide range of tourism, a wide range of tourism situation was exhumed.

伴随着休闲产业的崛起，中国的旅游业是休闲旅游，体育旅游开发范围广泛的旅游，各种各样的旅游情况挖掘出来。

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。