区

Results indicated that the consolidation region for enhancing cultivated land AIP was 655.14 km2 in the hill region, occupying 48.37% of all consolidation area, in which near LC region the northwest of the hill region, metaphase LC region occupied 19.62% in the southeast of the hill region, both giving priority to the cultivated LC, and far LC region in the southwest of the hill region, equal attention paid to cultivated LC and unused land habilitation; the un-consolidation region was cultivated land in the north plain and, occupying 51.63%.

结果表明，青州市以提高农业综合生产力为目标的土地整理区主要位于丘陵区，整理面积655.14 km2，占可整理面积的48.37%，其中近期整理区主要分布于丘陵区西北部，中期整理区主要位于丘陵区东南部，均以耕地整理为主，远期整理区主要处于丘陵区西南部，耕地整理和未利用开发并重；非整理区主要分布于北部平原，为耕地，占51.63%。

City, the main stadium and some public enterprises and opening the stadium half-price: Workers Stadium, the stadium glory, Shichahai integrated Hall, Mu Xiyuan Tennis Center, Ditan Gymnasium, the Dongdan Sports Center, Sports Center on the altar, Guang'an Stadium, Chaoyang Sports Center, Haidian District Sports Center, Haidian District Stadium, Shijingshan Stadium, Shijingshan Stadium, Shougang Sports Center, Fengtai Sports Center Stadium in Tongzhou District, Daxing District Stadium, Changping District Sports Center, Shunyi District Sports Center, Huairou District Stadium , The Beijing Fengtai District Workers Club, Fangzhuang Sports Park, Old Bridge, Beijing property Xiaoyue Yuan's Sports Center, Beijing Yi Fang Sports Park City Health, Beijing-day gym brother Tony, Beijing Palace hot spring water in the world, Kang Hae-Beijing Aquatic Center Court, Beijing Kaiyuan city of entertainment and sports, fitness Sail park in Beijing, the Beijing-day River Hot Springs Sports Center, the Beijing Real Estate Development Co., Ltd.

市、区主要公共体育场馆及部分企业办体育场馆半价开放的有：工人体育馆、光彩体育馆、什刹海综合馆、木樨园网球中心、地坛体育馆、东单体育馆、月坛体育中心、广安体育馆、朝阳体育馆、海淀区体育馆、海淀区体育场、石景山体育场、石景山体育馆、首钢体育中心、丰台区体育中心、通州区体育场、大兴区体育场、昌平区体育中心、顺义区体育中心、怀柔区体育场、北京丰台区工人俱乐部、方庄体育公园、北京市古桥物业公司晓月苑康体中心、北京颐方园体育健康城、北京天贝兄健身房、北京南宫温泉水世界、北京康海苑游泳馆、北京开元康体娱乐城、北京市赛欧健身乐园、北京天水河温泉康体中心、北京怡海花园房地产开发有限公司健身俱乐部、北京浩沙健与美健身俱乐部第五分部、北京马莲道溜冰场，共33家。

Meanwhile, personnel and delegations at the center have been assigned to accept training and attend the symposium on peace-keeping in the UK, Swede, Norway, Thailand, Finland and so, as well as to review the condition in the task area of East Timor and Hayti. What's more, 6 trainers and managing personnel were assigned to take part in the peace-keeping activity in order to get a good idea of the conditions in the task areas and improve their teaching methods.

维和培训中心还多次派人或随团赴英国、瑞典、挪威、泰国、芬兰等国访问、培训和参加维和研讨会，赴波黑任务区、东帝汶任务区和海地任务区进行实地考察，先后选派6名教学及管理人员参加了任务区的维和行动，实地了解任务区情况以增强培训的针对性。

The best strength area of the consciousness ability various index signs of the development sport also does not fulfill same alike, among them the best strength area of the synthesize consciousness ability as average heart rate mostly at 125～145 times/ min, the best strength area of the elbow joint kinesthesia directions consciousness ability is an average heart rate mostly at 130～148 times/ min, the best strength area of the depth consciousness ability for average the heart rate mostly at 132～147 times/ min, the best strength area of time consciousness ability is an average heart rate mostly at 126～138 times/ of the min

3发展运动知觉能力各项指标的最佳强度区也不尽相同，其中综合知觉能力的最佳强度区为平均心率大致在125～145次/min，肘关节动觉方位知觉能力的最佳强度区为平均心率大致在130～148次/min，深度知觉能力的最佳强度区为平均心率大致在132～147次/min，时间知觉能力的最佳强度区为平均心率大致在126～138次/min之间。

Electroacupuncture stimulation of false acupoint produced major hemodynamic signal change in the superior, inferior parietal lobule (broadmann 7, 40); superior, middle frontal gyrus (broadmann 10,46);superior temporal gyrus (broadmann 22); limbic lobe,posterior cingulated (broadmann 29).conclusions ①there is a special relationship between the acupoint related visual and the braincortices realated visual, and acupoints have their own attributes.

电针刺激假穴(光明穴前开0.5寸)脑区激活的位置主要为顶上小叶、顶下小叶(brodmann7、40区)；额叶中、上回(brodmann10、46区)；颞上回(brodmann22区)；边缘叶后联合(brodmann29区)。结论①与视觉相关的穴位和大脑的视觉中枢存在特殊的对应关系，穴位有其独立的、特殊的属性。

Based on investigating the short and intermittent structural plane, surrounding rockmass of the huge underground powerhouse in Three Gorge has been divided into five statistical similar areas according to its characteristic of rockmass structure by applying structure plane network simulation. Distributed characteristic of structural plane has been studied and based on it mechanics macrocharacteristic has been studied:(1) It is the first time that based on the result of structural plane network simulation rockmass quality of every structure area has been studied with applying blurred information optimum seeking technique and be compared with and RQD method. The result indicated that it has better effect to evaluate rock quality with blurred information optimum seeking technique.(2) It is the first time that the interrelated relationship of the result of in-suit rockmass deformation test and fractal characteristic of structure on test point has been applied to determine rockmass deformation parameter. The question of evaluating deformation parameters of engineering rockmass has been solved.(3) Anisotropy strength parameters have been determined by applying shear zones simulating method. The result indicated that there are different strength parameters in every structural area, after comparing the result of Fast Lagranian Analysis in continua number simulation method with that of method of weighted mean according to continuity. The result indicated that when a suitable reduction coefficient is been considered rockmass strength parameters can be simply and fast determined with method of weighted mean according to continuity where there is not enough test result.(4) Damage characteristic has been studied based on analysis fractal characteristic of structural plane network by applying fractal-damage coupling method. It is the first time that the concept of damage degree has been set up to evaluate rockmass quality according to the biggest principal damage.

通过对短小、断续性结构面统计特征的研究，将地下厂房区划分为五个岩体结构统计均质区，应用结构面网络模拟技术研究了各个岩体结构均质区结构面的发育分布特征，并以此为基础对岩体宏观力学特性进行了深入研究：(1)首次通过在结构面网络模拟计算结果的基础上，应用模糊信息优化技术研究了厂房区各个岩体结构分区的岩体质量并与岩体基本质量指标研究法、岩体质量指标RQD值研究法作了对比，结果表明以结构面网络模拟结果为基础，应用模糊信息优化技术进行岩体质量评价能够取得很好的效果，解决了工程岩体质量的定量评价问题；(2)首次通过对已有的现场大型岩体变形试验结果的分析及相应试验点岩体结构分形特征的研究，建立了结构面分布的分形维数和岩体变形指标间的相关关系，并首次应用这种相关关系根据结构面网络模拟及分形维数计算结果确定了缺少试验结果的地下厂房各工程部位的岩体变形指标而且应用于围岩稳定性计算，解决了工程岩体宏观变形参数的评价问题；(3)应用在结构面模拟网络图上模拟岩体剪切破坏带的方法，得出了岩体在不同方向上的强度参数，结果表明岩体的强度特性与结构面的发育方向和程度有着明显的关系，各个岩体结构均质区具有不同的强度参数；同时还通过应用拉格朗日差分法对岩体强度指标的数值分析并与按连通率加权平均计算法对比表明，按连通率加权平均计算法在考虑合理的折减系数情况下，可以简单快速地对缺少现场大型试验结果的具体工程部位实现岩体强度指标的估计，通过以上研究解决了工程岩体抗剪强度参数的评价问题；(4)通过结构面网络分形维数的研究，应用分形损伤耦合分析方法，研究了厂房区岩体的损伤特征，并首次引入"损伤度"的概念，建立了应用最大主损伤评价岩体质量的指标体系。

An originative, technological approach that a doped poly-silicon layer is grown on extrinsic base before MBE SiGe base epitaxy is proposed, which minimizes the contact resistance of base and eliminates the native oxide at both internal and extrinsic base pads.

对SiGe HBT器件的性能进行了仔细研究，提出了在进行SiGe基区外延之前淀积掺杂多晶硅的新器件结构，该结构消除了外基区掺杂Poly—Si和基区SiGe接触之间的自然氧化层对基区接触电阻的影响，减少了基区接触电阻。

Comparing DW variation of area I~III with the north hemisphere tree rings, we also find that DW variation of these three areas are all good consistent with north hemisphere climate change; Comparing DW variation with pacific decadal oscillation and temperature variation of area I~III, we also find that WD variation of area I have good positive correlation with temperature variation; while the correlation of areas II and III is not better than that of area I.

此外，I~III区干湿变化的特征与北半球的气候变化有一定的对应关系；I区的干湿变化与当地的温度变化具有较好的正相关；II区和III区干湿变化与温度变化的联系相对I区差一些；太平洋年代际涛动可能对三个区域的干湿转化均有不同程度的影响。

The anode structure of CI-LIGBT is optimized by numerical simulation, and it is pointed out that segmented p〓 anode region surrounded by n〓 anode region is the key to improve the ability of current limiting, and the more deeper the n〓 anode junction relative to the p〓 anode junction, the more powerful the ability of current limiting is. The affection of the breakdown voltage BV〓 of the reverse biased p〓n〓 junction and the sample resistance upon the latching current, the latching voltage and the on-state voltage have been studied, and it is indicated that the tradeoff between the on-state voltage and the latching characteristics is the excellentest when BV〓 is 1. 1V so that its on-state voltage can be just only 0.6V higher than conventional LIGBT. It is also found that this device is especially suit to high temperature environment. Based on X. B. Chen's surface voltage sustaining structure using optimized variational lateral doping and Ludikhuize's multiple floating rings structure, high voltage LIGBT and is studied in this paper.

通过数值模拟，优化了CI-LIGBT的阳极区结构，指出采用被n〓阳极区包围的单元状p〓阳极区是提高该器件限流能力的关键，而n〓阳极区结深相对p〓阳极区结深越大，器件的限流能力越强；分析了反偏p〓n〓结击穿电压BV〓和取样电阻对器件闩锁电压、闩锁电流和导通压降的影响，得出BV〓在1.1V时器件导通压降和抗闩锁能力间的折衷关系最优，其导通压降仅比普通LIGBT高0.6V；分析了温度对LIGBT闩锁性能的影响，表明CI-LIGBT即使在450K的高温下也不会闩锁，尤其适用于高温工作环境。

The comparative investigation of the characteristics of deformation and AE were conducted and the results are presented as followed: 1. The characteristics of rock AE are correlated to the strength, joints, cracks, and the size and hardness of crystalline grain. 2. The sequence of AE can be divided into four phases: beginning phase, tempestuousness phase, drop phase and dreariness phase. The loss and the duration of the phases are correlated to the rock character and flaws in the rock. 3. The AE rate characteristics are not almost concordant with the AE energy rate. 4. Besides the homogeneity, the strength of rock contributes the activity of AE. The higher the strength is, the lower the activity is. 5. There is a dreariness phase before the failure of most kinds of rock. 6. Whether the precursor is obvious is correlated to rock the character, and the precursor of AE rate is more apparent than the precursor of AE energy rate comparatively.

通过对比研究这六种不同岩石的变形和声发射特征发现，岩石声发射受到岩石强度、节理裂隙和晶粒软硬大小等的影响；岩石声发射过程存在初始区、剧烈区、下降区和沉寂区，各个阶段是否存在及持续时间与岩石强度、内部缺陷等有关；岩石的声发射事件率特征与能量率特征并不完全一致；岩石的声发射活性除了受其均匀性影响外，还受到岩石的强度影响，强度越小，声发射活性越强；大多数岩石破坏前存在一声发射沉寂区；岩石的破坏前兆是否明显跟岩性有关，相比较而言，岩石破坏时的声发射率前兆比声发射能量率前兆更为明显一些。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。