地形的

It is found that for the mesoscale mountain of steep slope, the dynamical effect of orographic disturbance weakens cold front on the upwind side and strengthens cold front on the mountain top, the frontal intensity is decreased when front moves downslope rapidly.

另外发现锋面强度也是影响地形扰动与锋面相互作用的重要因素，当锋面比较强时，地形扰动与锋面会发生强的相互作用，在地形扰动对锋面产生影响的同时，锋面的过山会引起地形扰动的强烈变化。

It is found that the mesoscale mountain has significant influence on the location and intensity of the heavy rain area, and the bell-mouthed area and the riverway area of Xichang are favorable to the occurrence and development of mesoscale disturbance and heavy rain.

例： 地形梯度分析表明，西昌地区所处的河谷地形和场区所处喇叭口小地形，有利于中小尺度气压扰动的发生、发展和暴雨的产生，当地形梯度减弱时，降水量相应减弱。

With least landscape separation and less patch dendity, Pinus massoniana patch was fargoing distribution and good continuity, resulted habitat type and aspect monotony.(3)In the analysis of visual sensitivity, using 10° and 20° as the boundary to classify the slope sensitivity, the high sensitive region which slope above 20° share 11.4% of the total area of the reserve, mainly located in the middle and upside of the mountain; using

3在视觉敏感度分析中，以10°和20°为界划分坡度敏感度级别，坡度大于20°的高敏感区域占保护区总面积的11.4％，主要分布在山体的中上坡；以沿道路两侧100m、200m和300m的距离为标准划分距离敏感度等级，将保护区划分为近景带，中景带，远景带和少见带，近景带可视情况良好，中景带和远景带中，道路沿山体一侧的观景距离内有小面积的区域因地形的阻挡而影响观景视线，主要是在大小长山、马鞍山、太渔山、马驿峰、鼎冠峰、宝盖峰等山体较陡峭的地方；视域几率敏感度分析中，保护区内高可见区和中可见区占保护区总面积的87.9％，表明保护区可视面积很大。

It is theoretically demonstrated that the influences of terrain height and orographic heterogeneity are important on the flux of surface long wave radiation over a large scale grid area.

摘要从理论和数值试验两个方面证明地形的非均匀性对网格区地面长波辐射通量的计算有重要影响，海拔高度场的区域平均值及其变差系数是影响网格区地面长波辐射通量的主要因素，仅仅用地表均匀假定下的区域平均参量（如平均海拔高度和平均温度）所计算的网格区地表有效辐射通量值与其真实值之间存在着一定的误差。

Researchers are peddling use of these aircraft to oil companies and pipeline operators , wildfire managers and researchers whose job responsibilities vast tracts of roadless terrain .

研究员们是到油公司和传递途径操作员的这些飞机的零碎的使用，鬼火经理和责任其工作跨越无道路的地形的广阔的道的研究员。

Result shown: value of fractal dimension is a comprehensive index, which reflect the changes of landscape, patch areas, patch numbers, area per patch, and their interaction. And the index can reflect the irregular degree and the complex degree of landscape patch in dumping place. The fractal dimension of mixed vegetation of arbors – shrubs and mixed vegetation of shrubs maintain the high level, while fractal dimension of new reclamation land and grass land are low. The difference of other type landscape fractal dimension is not significant. Vegetation landscape is influenced by many kinds of factors. It is primarily influenced by surface material composition and terrain in south and west dumping place, which diversity index is high. It is primarily influenced by vegetation type in inner dumping place and expanded west dumping place. The landscape multiplicity index of the mixed vegetation of grass and shrubs is higher than other landscape type, but landscape dominance index of this area maintains on the lower level.

结果表明：分维数的大小反映了景观斑块面积、斑块数量和平均斑块面积等因素的相互作用，反映了排土场内景观斑块的不规则程度和复杂程度；乔灌混交地和灌木混交地保持着较高的分维数，新造复垦地和草地的分维数较低，其它景观类型的分维数则差别不大；植被景观受多种因子的影响，在南排土场、西排土场受地表物质组成和地形的影响为主，其多样性指数较高，在内排土场、西排扩大区受植被类型的影响为主；草灌混交地的景观多样性远高于其它现有的复垦植被区，但其景观优势度则保持在较低水平上。

From 1973 to present, 8 satellites with 9 altimeters are launched, and many millions of altimetry measurements have been gathered and many characteristics of the sea surface have been investigated in these missions.

本文研究的主要目的和内容是系统地总结卫星测高技术的发展历史、应用及前景；制定测高数据的编辑准则和改善各种地球物理改正的精度；研究区域交叉点平差方法以进一步提高 Geosat 、 ERS-1和 ERS-2的径向轨道精度；完善由多种测高数据建立全球平均海面高模型的理论与方法，进而建立全球海面高模型；总结并研究利用测高数据恢复海洋重力场和分离海面地形的方法，确定中国海域的重力场；探讨海陆大地水准面拼接的问题，实现中国海陆大地水准面的拼接。

The conversions of ice temperature and ice velocity occur from bridge to trough of terrain on the eastern Nyainqentanglha Range. The ice temperature at bridge is lower. The ice at bridge starts to move due to the larger gravitational driving stress. During the course from bridge to trough of terrain, basal ice temperature rises because of the friction. While reaching the pressure melting point of ice, basal decollement occurs, and higher velocities can still be produced at trough.

而位于念青唐古拉山东部地区的冰川，冰温和冰速从地形脊到地形槽处发生了较大的转化过程，在地形脊处冰温较低，受重力加速度的影响，冰川开始产生滑动，从地形脊到地形槽滑动的过程中，其底部受摩擦加热的影响，底部冰温升高，达到融化点，底部产生变形，到地形槽处仍会产生较大速度的滑动，因此冰川的运动从地形脊到地形槽处发生了转化，即地形脊处的滑动属动力过程引起的滑动，而地形槽处的滑动属热力过程产生的滑动。

Austrian law is likely to be staggered on the opposite time of the outbreak, at the same time must not be exposed to their own 3 FS before the foundation keep silent in the CD, when read carefully, the faster the first time a big fireball will be to come out, and then run around the pillars to the distance, after all, are the opposite of the skills of flight time, one is able to escape for a while, there can be up and down the terrain map is the best, courage would be more dangerous, but there are Two-base, but also about you, probably is this way, RP is not the risk of poor or less basic.

我还见过3奥法，贼法法，法法骑，贼法骑，这些里面最惧怕的还是贼法骑吧。3奥法很容易就可以错开对面的爆发时间，一定不要把自己同时暴露在3个FS面前，留着根基CD在被沉默的时候，谨慎读条，迅捷在中第一个大火球的时候就要给出来，然后围绕柱子向远方跑，毕竟对面的技能都是有飞行时间的，能躲开一会就是一会，有能上上下下地形的地图是最好的，勇气会比较危险，不过有双根基，也差不多吧，大概就是这个样子，RP不差的话基本危险还是不大的。

And then after the adjutant comes the commissariat commissioner to inquire where the stores are to be taken, and the ambulance director to ask where the wounded are to be moved to, and a courier from Petersburg with a letter from the Tsar, not admitting the possibility of abandoning Moscow, and the commander's rival, who is trying to cut the ground from under his feet (and there are always more than one such) proposes a new project, diametrically opposed to the plan of marching upon the Kaluga road. The commander's own energies, too, require sleep and support.

而命令退却会打乱我们向卡卢日斯卡雅公路的转移，紧接副官之后，军需官来问粮秣往哪里运，军医官来问伤员往哪里送；彼得堡的信使又带来陛下的诏书，不允许有放弃莫斯科的可能，而总司令的政敌，那个阴谋陷害他的人（这样的人不止一个，而是好几个）却提出一个与向卡卢日斯卡雅公路转移截然相反的新方案；但总司令本身需要睡眠和补充营养；可又来了一名未获赏赐的资深将军诉苦；居民则来恳求保护；派去察看地形的军官带回的报告，与先前派去的军官的说法完全相反；侦察员、俘虏与执行侦察任务的将军对敌军位置的描述各不相同。

She gently rebuff ed him, but agreed that they could be friends

她婉言拒绝了，但同意作为朋友相处。

If in the penal farm, you were sure to be criticized.

要是在劳改农场，你等着挨绳子吧！