方位变化的英文

• azimuthal variation
• bearing rate
• direction change
• orientation variant

• "方位"英文翻译    position; bearing; direction ...
• "变化"英文翻译    change; variety; transformat ...
• "方位变化率" 英文翻译 :    bearing rate; rate of change in azimuth
• "方位变化值" 英文翻译 :    bearing variation value
• "方位变化雷达" 英文翻译 :    aspect change radar
• "方位变化脉冲" 英文翻译 :    azimuth change pulse
• "方位变化速度" 英文翻译 :    azimuth rate; bearing rate
• "真方位变化率" 英文翻译 :    true bearing rate
• "罗经方位变化率" 英文翻译 :    compass-bearing rate; compass-bearingrate
• "罗盘方位变化率" 英文翻译 :    compass bearing rate
• "真实方位变化率" 英文翻译 :    true bearing rate
• "方位变动率" 英文翻译 :    rate of bearing variation
• "方位变换" 英文翻译 :    bearing change
• "方位变频" 英文翻译 :    azimuthally varying-field
• "方位变频场" 英文翻译 :    avf azimmthally varying field
• "靶电位变化" 英文翻译 :    target potential shifting
• "潮位变化" 英文翻译 :    change of tide; tidal changes; tidal fluctuation; tide variation
• "品位变化" 英文翻译 :    variation in grade
• "水位变化" 英文翻译 :    change of level; denivellation; river level fluctuation; variation in water level; variation of water level; variationofwaterlevel; water stage fluctuation; water-level fluctuation
• "相位变化" 英文翻译 :    change of phase; phase change
• "相位变化法" 英文翻译 :    phase change method
• "相位变化率" 英文翻译 :    phase change rate
• "移位变化" 英文翻译 :    metastasis
• "全方位变换器" 英文翻译 :    omni-bearing coverter
• "地下水位变化" 英文翻译 :    changes of water table

• However , the computer simulation approximate approach not only clearly indicates the changes of mechanism position , velocity and acceleration orientation by means of figures , but also obtains the closely same accuracy of the analytics without the boring calculation
  计算机模拟逼近法既能以图的形式展示机构位置、速度加速度的方位变化，又能得到与解析法非常相近的求解精度，又不需推导繁琐的解析公式。
• With the increase of lateral pressure modulus , the magnitude of principal stress decreases and the direction of it is hardly changeable ; with the increase of the angle between the direction of the maximal horizontal principal stress on magnitude and the fault bearing , the magnitude of principal stress increase and its direction can hardly change ; with the increase of the elastic modulus of rocks , the magnitude of principal stress increases and the direction changes more ; with the increase of pr , the magnitude of principal stress decreases and the direction changes more ; with the increase of lateral pressure modulus , the principal stress at hance , the tress at topmost arch , bottom arch and principal stress at lateral arch decreases , with the increase of the depth of tunnel , the stress of surrounding rock also increases , and the poorer the quality of surrounding rock is , the little its principle stress is
  分析得出，随着侧压力系数的增大，主应力量值减小，主应力方位难改变；随着与断层走向的夹角增大，主应力量值增大，应力方向难改变：随着岩石的弹性模量的增大，主应力量值增大，方向变化越大；随着泊松比的增大，主应力量值减小，方位变化越大。随着侧压力系数的增大，顶、底拱处的各应力值增大，拱腰处的主应力减小，剪应力增大，侧拱处的各主应力减小，同一侧压力系数的条件下围岩质量越差，各应力值也越小；随着洞室埋深的增加，围岩压力也增大，围岩质量越差，其应力值也减小。
• That is , the occasional situation where the object of interest passes directly overhead ( 90 zenith pass ) . azimuth axis must rotate nearly 180 ? instantly . therefore , the standard two - axis altitude - azimuth pedestal will be unable to remain pointed at the object through the zenith pass event
  所谓天顶盲区问题是指目标过天顶时对地平式设备方位轴有一个极大的过载要求，需要方位轴瞬时调转180 (或略小于180 ) ，此时方位变化的角速度和角加速度在数学意义上是无穷大，导致目标丢失。