未处理的

After pre-oxidation process, the kinetics of isothermal oxidation of SiC obey a linear rule in the whole experimental temperature range.

经过高温预氧化处理之后，SiC试样在等温氧化过程中，氧化动力学曲线为直线，较未预处理试样氧化增重显著减少；连续升温氧化过程中，和未预处理试样相比，剧烈氧化开始温度升高，同时其氧化速率及最终的氧化增重均大幅度降低。

Return-to-zero standards for any technical problems, especially for the serious, the heavy and the repeated and five return-to-zero standards for management problems, shaping a self-corrective operation mechanism.

不合格品处理、不符合项整改、质量事故处理均要求按原因未分析清楚不放过；责任人未查明、未受到教育不放过；纠正措施未制订不放过；纠正措施未落实或未达到预期效果不放过：举一反三整改不到位不放过的"五不放过"原则办理，对严重、重大、重复质量问题按技术问题归零五条标准和管理问题归零五条标准实施质量问题归零管理，形成自我纠偏的运行机制。

The study of vertical channel with high field effect mobility by Ni induced lateral crystallization, which can form larger grains on channel regions and reduce grain boundary defects. We detect the method of Ni induced lateral crystallization through high field effective mobility, but that accumulates too much Ni on floating N+ region and causes defects and metal contamination. As Ni is used to form silicde and then proceed to low temperature annealing, we can observe the floating region that has no Ni acumination regions or contaminations. This aids us in obtaining good electronic performance of this device, not only the remote field effective mobility but also the vast improvement of sub-threshold swing and on/off currents.

接著，是延续垂直通道的研究，希望能有效的提升电子迁移率，因此以镍金属诱导横向结晶的方式使通道形成较大的结晶，减少矽晶粒之间的缺陷，而在初步的研究，发现以镍金属直接诱导横向结晶的方式，经由低温长时间回火之后，由於镍金属扩散的关系，完成诱导结晶之后，有过多的镍金属聚集在顶部参杂的中间区域，而造成过多的缺陷累积，虽然电子迁移率有效的提升，但整体的电性并不如预期，因此提出先形成镍金属矽化物后，将未反应的镍金属或金属氧化物去除之后，再进行镍金属矽化物诱导横向结晶处理，经由结果观察得知在顶部掺杂区域部分没有明显的镍金属累积或污染，并且得到很好的整体电性，除了电子迁移率有效提升之外，次临界特性以及导通电流都能有效改善。

G.E.Hubb root is from 0.20mm to 0.50mm, and 95% roots, diameter is thinner than 0.40mm. The total surface areas of roots is 10139.68cm^2, and the surface areas of roots is about 2 to 3 times to soil surface areas in the surface layer. Enlacing sod concretion to soil profile of Eulaliopsis binata G.E. Hubb root and the gigantic adsorption to soil grains of root surface are the mechanism why Eulaliopsis binata G.E. Hubb can reduce null and water loss significantly. The monitoring result from 2003 to 2004 indicates that, when the gradient is 12 degrees, the runoff rate of planting Eulaliopsis binata Retz. G.E. Hubb completely after changing slope land to ladder (PECC, so as the follows is only 49.90m^3/hm^2?yr. and the soil loss rate is 155.78kg/hm^2?yr, however, the runoff rate of fanning and being not change slope land to ladder is 314.29m^3/hm^2?yr that is 6.30 times to PECC ,and the soil loss rate is 3322.50 that is 21.33 times to PECC; When the gradient is 24 degrees, the runoff rate of planting eulaliopsis binata G.E, Hubb in the ridge and border slope land after changing slope land to ladder is 248.04m^3/hm^3?yr and the soil loss rate is 612.00kg/hm^3?yr. the runoff rate of PECC is only 42.44m^3/hm^2?yr and the soil loss rate is 153.75kg/hm^2?yr, however, the runoff rate of ENC reaches to 785.73m^3/hm62?yr that is 3.17 times to PERBC and 18.52 times to PECC, and the soil lose rate reaches to 37503m^3/hm^2 yr that is 61.33 times to PERBC and 244.12 times to PECC.

蓑草根系平均直径0.20~0.50mm， 95%的根系平均直径小于0.40mm，根系总表面积10139.68cm^2，在土壤表层根系表面积高达土体表面积的2~3倍，根系表面对土壤颗粒的巨大吸附作用是蓑草显著提高土壤抗侵蚀能力的另一个重要原因。2003~2004年的监测结果表明，在12度坡度情况下，坡改梯后净作蓑草年径流量仅49.90立方公尺/hm^2，年土壤流失量为155.78kg/hm^2，而未坡改梯且农作情况下，年径流量314.29立方公尺／hm^2为前者的6.30倍，年土壤流失量3322.50Kg/hm^2为前者的21.33倍；在24度坡度情况下，坡改梯后土埂及边坡种植蓑草、坡面农作年径流量248.04立方公尺/hm^2，年土壤流失量612.00kg/hm^2，坡改梯后净作蓑草径流量42.44立方公尺/hm^2，土坡流失量l53.75kg/hm^2，而未坡改梯且农作情况下年径流量高达785.73立方公尺/hm^2，分别为处理1的3.17倍，处理2的18.52倍，年土壤流失量高达37503kg/hm^2，分别为处理1的61.33倍，处理2的244.12倍。

The experiment results showed that, the MnO_2 particles scattered uniformally after milled for 6h, the average diameter was 300nm, which loaded on the surface of fiber in flat successfully. The removal efficiencies to HCHO of MnO_2 milled for 6h was up to 94.07% after 72h, the removal efficiencies increased with the content of MnO_2 loaded, its increased after treated with DMF, or so was 7%.

实验结果表明，研磨6h的MnO_2粉末分散均匀，平均粒径可达300nm，以平铺的形式均匀地负载于纤维上，效果比较理想；随着吸附时间的延长，研磨6h的MnO_2粉末反应72h对甲醛的去除率达94.07％；活性炭／腈氯纶负载MnO_2纤维对甲醛的去除率比未负载的明显提高；随着纳米MnO_2负载量的增大，甲醛的去除率变大，用DMF处理后的纤维对甲醛的去除率有所提高，大约提高7％。

It is considered that when temperature begins to fall down under Ms, martensite and the untransformed mother-phase are in a kind of thermobalance. We try to use the equations in marten- site transform to get the mathematical relationship between the dynamics of the microclamp and the temperature, also including some useful results for design and fabrication of the microclamp. We hope these results will form the work principle base for SMA microclamp.

认为在Ms点以下，马氏体与未转变的母相奥氏体处於某种平衡状态，利用变温马氏体相变公式，处理SMA微夹钳的热力学和动力学之间的定量或定性的数学关系，得出一些对於设计和制造有用的结论，从而为深入研究SMA微夹钳的热弹性马氏体相变的工作原理打下理论基础。

A detection method for welding lines based on K-L algorithm is discussed. Infrared light source is applied to get high quality images of welding lines through CCD. Image template libraries for unwelded and welded lines are constructed and the welding line image is processed by K-L algorithm to match with the template libraries to judge if the welding line has been welded. The experiment shows that above method is effective with high precision and speed and it can be applied on real-time detection of welding lines.

提出计算机对所得图像进行滤波和图像分割，讨论了K-L算法的原理及其在红外焊缝图像检测中的应用；以红外光源照射焊缝，通过CCD摄取焊缝的图像，建立已焊和未焊的图像模板库，采用K-L算法对焊缝图像进行处理，并与模板库进行比较，得出焊缝是否焊接的结论；试验结果表明，该方法检测精度高，检测速度快，可以实时运用于对手工电弧焊的焊缝质量检测中。

The eye is most important because being half brain itself (chock-full of neurons and biochips) it floods the mind with an impossibly rich feed of half-digested data, critical decisions, hints for future steps, clues of hidden things, evocative movements, and beauty.

眼睛是最重要的感官，因其本身就相当于半个大脑（塞满了神经细胞和生物芯片），它以难以想象的丰富信息——未彻底处理的数据、重大的决策、未来演变的暗示、隐匿事物的线索、跃跃一试的动感、无尽的美色——濡养着心智。

Thisnationality broad choice, we may enjoy from world each place food Inaddition each section city, multi-national area but well known,because certain foods people settle down For instance In 南加州,some many Mexican restaurant Healthy food wins the happy 迎当people to start to think the oneself more earnest physics blessingVery satirizes is healthy food, because its impies also has " Illhealth " Food The health standard is food is fresh, the natureThe raw sewage, has not contained the antiseptic either the chemicalsubstance causes it finally to cause its taste again or to beattractive Who is John craves to healthy food usually is thevegetables, likes obtaining their essential protein origin toeliminate the meats, the legumes and so on, the cheese, the egg Thefast-food restaurant rapidly is expanding to the nation In US, thespeed is a count for much factor The people usually have the shortlunch perhaps only are do not want to waste the precious time to eatThe fast-food restaurant place, looks after several hundred people inthe short time Usually very little has the waiting, eats meal thequestion throughout is inexpensive Some example Hamburg, throw overthe Sa quota of people American Food manner is changing, tooAlthough the traditional breakfast greatly loses the welcome, peopleto food social cataclysm The family or the supper become the friendis once more an extremely special way enjoys with the share All pumpsout like many Americans with ease enjoys the happy taste to eat meal,if they or even in a hurry a lunch hamburger standpoint

这个民族广阔的选择，我们可以享受来自世界各地的食品。此外各款城市，民族地区而众所周知，由于某些食物的人定居。比如。在南加州，有许多墨西哥餐馆。健康食品赢得欢迎当人们开始认为自己更认真物理福祉。很讽刺的是健康食品，因为它impies还有&不健康&食品。健康水平是食品新鲜、自然。未处理，不含防腐剂或化学物质使它最后再使其口味或好看。约翰是谁热衷于健康食品通常是蔬菜，喜欢得到他们必需的蛋白质来源除肉类、豆类等，干酪、鸡蛋。快餐店正在迅速扩大到全国。在美国，速度是一个非常重要的因素。人们通常有短暂午饭或是只是不想浪费宝贵的时间吃。快餐店的地方，照顾数百人在短时间内。通常很少有等待，吃饭问题始终是廉价的。一些例子汉堡、披萨名额。美国食品的态度正在改变，太。虽然传统早餐是大失欢迎，人们对食物的社会激变。家庭或晚餐再次成为朋友是一个非常特殊的方式享受和分享。像许多美国人都抽空轻松享受美好滋味吃饭，如果他们还是甚至匆匆午餐一个汉堡包立场

But its continued success is jeopardised by the failure to tackle the big unresolved issue left at the handover: the establishment of an accountable government checked and balanced by a representative legislature.

但是他的持续成功是在危险境地的，因为处理大的未解决的事情的能力在交接后衰退了：建立这个负责任的政府应该由典型的立法机关控制和平衡

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。