气候参数的英文

• climatological parameter

• "气候"英文翻译    climate; weather
• "参数"英文翻译    parameter
• "气候" 英文翻译 :    1.(气象情况) climate; weather 北极气候 arctic climate; 气候潮湿 damp climate; 赤道气候 equatorial climate; 大陆性气候 continental climate; 高原气候 plateau climate; 海洋性气候 oceanic climate2.(局势) climate; situation 政治气候 political climate; 动荡的政治气候 a climate of political unrest3.(结果; 成就) successful development 成不了气候 will not get anywhere; will not amount to anything; 气候带 climatic zone; 气候图 climagram; climatic chart; 气候预报 climatic prediction; 气候资料 climatological data
• "参数" 英文翻译 :    parameter 动态参数 dynamic parameter
• "气候,气候区" 英文翻译 :    climate
• "微气候；小气候" 英文翻译 :    microclimate
• "冰气候" 英文翻译 :    ice climate
• "大气候" 英文翻译 :    1.[气象学] macroclimate2.(外部环境; 外界) circumstances from the outside
• "古气候" 英文翻译 :    [地质学] geologic climate; paleoclimate◇古气候序列 [地质学] paleoclimatic sequence; 古气候学 paleoclimatology
• "光气候" 英文翻译 :    light climate
• "冷气候" 英文翻译 :    cold climate; cold weather
• "年气候" 英文翻译 :    year climate; year-climate
• "暖气候" 英文翻译 :    warm climate
• "气候，风气" 英文翻译 :    climate
• "气候表" 英文翻译 :    climatolohical table
• "气候病" 英文翻译 :    climatic disease; meteoropathy; meteorotropism; morbus climaticus
• "气候层" 英文翻译 :    climatolith
• "气候带" 英文翻译 :    climate belt; climate zone; climatic belts; climatic zones; zone
• "气候的" 英文翻译 :    climatal; climatical; climatologic
• "气候锋" 英文翻译 :    climatological front
• "气候年" 英文翻译 :    climatic year
• "气候区" 英文翻译 :    climate region; climatic province; climatic region; climatic zone; climaticregion
• "气候日" 英文翻译 :    climatological day
• "气候上" 英文翻译 :    climatically
• "气候省" 英文翻译 :    climatic province

• Technical climatology ; climate - test - devices ; climatic parameter : air - humidity and air - temperature
  技术气候学.气候试验装置.气候参数：空气湿度和温度
• The fraction of green vegetation , the ratio of vegetation occupying a unit area , is a very important parameter in development of climatic and ecological models
  作为重要的生态气候参数，植被覆盖率是许多全球及区域变化监测模型中所需的重要信息。
• These rapid changes in surface temperature and other weather parameters could lead to severe mismatches between regional conditions and the physiological requirements of many plant species
  这些地球表面温度和其他气候参数的迅速变化，可能导致地区条件和许多植物生理需求之间的不协调。
• So the thesis focuses the traditional dwelling named " shoujinliao1 in quanzhou , choose living examples to determine the climatic parameter , detailed analysis the circumstances and experience of ventilation , sunshade and heat insulation in " shoujinliao " dwelling , aim at the hot - damp climate of quanzhou , then describe a dwelling designed by writer , which fuse experiences above and practice together . at last , it discusses sustainable and development of the climatic design concepts found in shoujinliao dwelling . the paper has two basis investigations : 1
  本课题基于以上出发点选取泉州传统民居手巾寮为研究对象，针对有代表性的实例进行现场的气候参数测量分析，结合泉州热湿的地域气候特点，详细讨论了手巾寮民居中自然通风、遮阳、隔热，绿化、水体等结合气候环境布局建造的经验，并将经验模式同目前使用进行适当整合，落实于笔者的一项泉州民宅设计中，最后结合建筑实例具体探讨了手巾寮适应气候的创作方法及理念在当代建筑设计中的延续与发展。
• Given the thermal physical parameters of the envelops and the weather data , the above two parameters are determined by the following system design parameters : radiant panel dimension , radiant panel location and radiant panel layout style ( center or peripheral ) . based on the thermal net model , digital analysis of the energy consumption and thermal environment are carried out to the several representative spaces under different design parameters , through which the relations of the heating load to the design parameters are obtained and can be a reference in the practical system design
  对于给定围护结构热物性参数和室外气候参数的条件下，室内平均辐射温度和室内空气温度的大小取决于系统的设计参数：辐射板的布置方式(周边布置和中心布置) 、辐射板尺寸和辐射板铺设位置。基于热网模型，利用matlab软件编程对采暖空间在不同设计参数下室内的热环境和能耗进行数值分析，得出了低温热水地板辐射采暖系统的性能和能耗指标随这些参数变化的规律，从而为低温热水地板辐射采暖系统的优化设计提供了参考。
• The neogene is a key stage of terrestrial environmental evolution in yunnan . three stratigraphic sections including luhe ( late miocene ) , yangyi and longling ( late pliocene ) were selected to reconstruct vertical landscape of paleovegetation in these areas , based on palynological data . according to principle of the coexistence approach , seven quantitative paleoclimatic parameters of each deposit area were obtained by using meteorological data ( 1951 - 1980 ) of the distribution area of extant taxa found each palynoflora in china
  晚第三纪是云南地区环境演变过程中的关键地质历史时段，本论文以晚第三纪晚中新世(吕合) 、晚上新世(羊邑和龙陵)地层中的孢粉为研究对象，结合同层位大化石植物证据，参照现代植被，恢复了云南三个化石出产地区的古植被垂直分布景观，并定性地描述了古气候；同时运用共存分析方法( theco - existenceapproach )定量化地重建了三个地区的古气候参数值；初步推测了沉积地可能的古海拔。