- 更多网络例句与纬圈相关的网络例句 [注：此内容来源于网络，仅供参考]
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X and y are Cartesian coordinates representing the zonal and meridional directions, and u and v are the corresponding velocity components.
x 和 y 分别表示笛卡儿坐标系中的纬圈和经圈方向，而 u 和 v 分别是这两个方向上的速度分量。
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This paper established a new kind of relation on projection——conic projection analogue by introducing the latitude circle and longitude circle analogues, then discussed the best choice of the conic vertex angle in this projection, and found the mathematical model and the applicable scope of this projection.
摘 要：本文通过引入类纬圈和类经圈，建立了一种新的投影关系——类圆锥投影，进而探讨了类圆锥投影中圆锥顶角的最佳选择，找到了类圆锥投影的数学模型和适用范围。
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We also give the latitudinal distribution of wave speed from what we could tell the reason for steady propagation during that period.
针对绕极波纬圈传播的不连续现象，提出了南极绕极波是行波和驻波共存系统的新见解。
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The trend of wind fields in every 10° latitudinal zone suggests that equatorial convergence of the meridional wind at low level is fortified.
按纬圈平均的全球风场的趋势变化的结果表明，赤道附近的低层经向风幅合有加强的趋势。
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The impacts of SSTA on the onset of SCS summer monsoon can be achieved by restricting zonal and meridional cell.
海温异常对南海夏季风的影响可以通过制约纬圈和经圈环流而达到。
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The scale analysis on planetary scale motion in the tropical atmosphere shows that the equilibrium between the pressure gradient force and Coriolis force in the meridional direction is easily established, which is known as the zonally semi-geostrophic motion.
对热带大气行星尺度运动所做的尺度分析和物理分析表明：热带大气的行星尺度运动在y方向容易实现气压梯度力与Coriolis力的平衡，它称为纬圈的半地转运动。
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The scale analysis on planetary scale motion in the tropical atmosphere shows that the equilibrium between the pressure gradient force and Coriolis force in the meridional direction is easily established, which is known as the zonally semi-geostrophic motion The semi-geostrophic adaptation process in which the inertial gravity waves play an important part is relatively quick The evolution process after the semi-geostrophic adaptation process is slow and controlled by the Kelvin waves and long Rossby waves
对热带大气行星尺度运动所做的尺度分析和物理分析表明：热带大气的行星尺度运动在y方向容易实现气压梯度力与Coriolis力的平衡，它称为纬圈的半地转运动。半地转平衡的建立过程，也就是半地转适应过程相对是很短暂的，它不需要考虑f=β0y随y的变化，因而主要依靠惯性重力波为频散；而半地转平衡建立后的演变过程相对是很缓慢的，它主要受Kelvin波和Rossby波控制。
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The temporal and spatial variations of the pentad mean surface air temperature have been analyzed in this paper based on the data of NCEP/NCAR from January of 1979 to December of 1995 in the South China Sea monsoon region.
从候平均温度纬圈偏差的时间演变来看，中南半岛地区纬圈温度偏差由正转负的时间早于印度半岛地区，并分别与南海夏季风和印度夏季风爆发的时间基本对应。
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Based on the review of the description of subtropical high and the research on its formation, fluctuation characteristics and physical mechanisms, it is found that the subtropical high is refered to the area where pressure is relatively larger. Its formation is due to the existence of mean meridional circulation that accumulates air mass to subtropical areas. The subtropical high is belt-like with meridionally non-uniform feature and this is a zonal mean point of view.
通过对副高的描述、形成及演变特征和物理机理的研究进行回顾，认为：副高是相对的气压的高值，是由于平均经圈环流的存在，使得有空气质量在副热带地区的堆积而形成的，成为带状，表现出在经度方向的不均匀，这是一种纬向平均的观点；同时，在这个平均的高压带上常常有闭合的单体存在，表现出纬向的不均匀。
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Based on analyses of observations from the short-spaced GPS receiver array at Wuhan, the storm-time ionospheric irregularities which resulted in scintillations and rapid TEC fluctuations showed westward drifts between 21∶30 and 03∶00 LT with drift velocities changing from ~40 to ~130 m/s. And based on analyses of observations from the ultra-short spaced GPS receiver chain at Guilin, ionospheric irregularities which resulted in the L-band radio wave scintillations, showed eastward drifts around local midnight ranging from ~70 to ~55 m/s on the quiet-day and westward drifts ranging from ~150 to ~50 m/s before the midnight and eastward drifts after the midnight ranging from ~25 to ~65 m/s on the disturbed day.
短间距台网和超短间距台链观测实例的计算结果表明，暴时武汉地区引起TEC快速起伏的电离层不规则结构沿纬圈向西漂移，21∶30至03∶00 LT，西向漂移速度在约40 m/s至130 m/s的范围内变化；在桂林地区，磁静日午夜前后引起L波段电波闪烁的电离层不规则结构沿纬圈向东漂移，漂移速度从约70 m/s下降到约55 m/s，磁扰日午夜前不规则结构向西漂移，速度从约150 m/s下降到约50 m/s，午夜后转为向东漂移，速度从约25 m/s上升到约65 m/s。
- 更多网络解释与纬圈相关的网络解释 [注：此内容来源于网络，仅供参考]
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parallel circle：纬圈;平行圈
纬圈;平行圈;纬线 parallel | 纬圈;平行圈 parallel circle | 并联 parallel connection
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parallels of latitude：黄纬圈
赤纬圈 parallels of declination | 黄纬圈 parallels of latitude | 富水矾石 paraluminite
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almucantar：地平纬圈
almond 杏仁 | almucantar 地平纬圈 | almucanter 地平纬圈
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almucantar：平纬圈, 等高圈
almucantar staff | 平纬圈杆 | almucantar | 平纬圈, 等高圈 | almuce | (原为牧师戴的)皮兜帽
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almucantar staff：平纬圈杆
almswoman | 受救济的女人, 依赖施舍生活的女性贫民 | almucantar staff | 平纬圈杆 | almucantar | 平纬圈, 等高圈
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almucantar staff：平纬圈杆
almswoman || 受救济的女人, 依赖施舍生活的女性贫民 | almucantar staff || 平纬圈杆 | almucantar || 平纬圈, 等高圈
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circle of declination：赤纬圈;赤纬度盘
circle left 盘左;正镜 | circle of declination 赤纬圈;赤纬度盘 | circle of equal altitudes 地平纬圈;等高圈
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circle of equal declination：赤纬平行圈赤纬圈、赤纬平行圈
circle of equal declination 赤纬平行圈赤纬圈、赤纬平行圈 | circle of equal probability 等概率圆 | circle of equal probabitity 等概率圆
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circle of equal declination：等赤纬圈
赤纬圈 circle of declination; declination circle | 等赤纬圈 circle of equal declination | 纬度圈 circle of latitude
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parallel of declination：赤纬平行圈赤纬圈、赤纬平行圈
parallel of declination 赤纬平行圈 | parallel of declination 赤纬平行圈赤纬圈、赤纬平行圈 | parallel of latitude 纬度平行圈等纬圈黄纬平行圈