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月极端最低温度
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  “月极端最低温度”译为未确定词的双语例句
     4. The region of protecting in winterJanuary is the coldest month in Shaanxi province. The mean temperature of ten years in January was compulated, and -15℃ was regarded as criterion, the regions in the north of Wuqi, Zhidan, Luochuan and Yichuan are the boundary for grapevine with winter protection.
     4.陕西省葡萄栽培冬季埋土区域陕西省一月份的气温最低,根据连续10年1月极端最低温度的平均值,以-15℃为标准,吴旗、志丹、洛川、宜川以北的地区发展酿酒葡萄需要冬季埋土防寒。
短句来源
     However,the influenza is more likely to occur in summer and autumn and its occurrence is related to the month mean minimum temperature and the month's lowest temperature.
     感冒就诊人数高峰期出现在夏秋季,其发病与月平均最低温度和月极端最低温度有关。
短句来源
     the monthly extreme low temperatures showed a tendency of increase,the increase of monthly extreme low temperatures exceeded that of extreme high except April,November and December.
     各月极端最高气温、极端最低气温均呈升温趋势,除4月、11月和12月外,其他月极端最低温度的升温趋势均大于极端最高温度.
短句来源
  相似匹配句对
     T is temperature, ℃.
     T为温度,℃。
短句来源
     The lowest temperature for synthesis was 17℃.
     合成的最低温度为17℃。
短句来源
     The lowest temperature is obtained.
     求出了致冷的最低温度
短句来源
     MOON
    
短句来源
     However,the influenza is more likely to occur in summer and autumn and its occurrence is related to the month mean minimum temperature and the month's lowest temperature.
     感冒就诊人数高峰期出现在夏秋季,其发病与平均最低温度极端最低温度有关。
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By use of the month-by-month hospital admissions caused by asthma and the influenza and month-mean pressure,temperature,and humidity data in Nanjing,the occurrence regularities of the two diseases were discussed.Two time serial models including meteorological factors were established to predict the number of patients on a monthly basis.Results show that in the recent 10 years,hospital admissions caused by asthma increased year after year and asthma is prone to occur at autumn and the end of spring.The occurrence...

By use of the month-by-month hospital admissions caused by asthma and the influenza and month-mean pressure,temperature,and humidity data in Nanjing,the occurrence regularities of the two diseases were discussed.Two time serial models including meteorological factors were established to predict the number of patients on a monthly basis.Results show that in the recent 10 years,hospital admissions caused by asthma increased year after year and asthma is prone to occur at autumn and the end of spring.The occurrence of asthma is correlated with the mean pressure of the same month and the mean temperature of previous month.However,the influenza is more likely to occur in summer and autumn and its occurrence is related to the month mean minimum temperature and the month's lowest temperature.The conditional heteroskedasticity model and ARIMAX model were established to predict the number of patients caused by asthma and influenza,respectively.The prediction veracities for asthma and influenza are 75.5 percent and 66.7 percent,respectively,which indicates that the methods are feasible and applicable in application.

利用1990~2000年南京市支气管哮喘与感冒逐月就诊人数病例资料和同期国家气象中心资料室的月平均压、温、湿等资料,讨论了2种疾病发病人数的月际和年际变化规律,分别建立了包含气象因子的预报2种疾病逐月就诊人数的条件异方差和动态回归模型。南京地区支气管哮喘就诊人数高峰期出现在春末与秋季,逐年的就诊人数呈现上升趋势,其发病与当月月平均气压、上一个月月平均温度有关。感冒就诊人数高峰期出现在夏秋季,其发病与月平均最低温度和月极端最低温度有关。将模型应用于2种疾病逐月就诊人数的等级预报中,其预报等级准确率分别达75.0%和66.7%,表明此建模方案是可行的,此类模型有一定的使用价值。

Using the extreme high and low monthly temperatures of 20 stations in Ningxia during 1961-2004,the basic features of the extreme temperature change were analyzed with climate trend index and Mann-Kendall mutation test.Results showed that,the annual extreme high and low temperatures during this period rose with fluctuation,and the rising range of annual extreme low temperature exceeded that of extreme high temperature;the extreme high and low temperatures of every season changed non-symmetrily,the rising range...

Using the extreme high and low monthly temperatures of 20 stations in Ningxia during 1961-2004,the basic features of the extreme temperature change were analyzed with climate trend index and Mann-Kendall mutation test.Results showed that,the annual extreme high and low temperatures during this period rose with fluctuation,and the rising range of annual extreme low temperature exceeded that of extreme high temperature;the extreme high and low temperatures of every season changed non-symmetrily,the rising range of extreme high temperatures in autumn exceeded that of extreme low temperatures,the increase of extreme low temperatures in spring,summer and winter were much more obvious than that of extreme high temperatures,and this feature was much more distinct in summer;the monthly extreme low temperatures showed a tendency of increase,the increase of monthly extreme low temperatures exceeded that of extreme high except April,November and December.The study indicated that the scopes of temperature change were decreasing in recent 40 years except in April,November and December,and the extreme temperatures tended to mitigation.

为了深入了解气候变化规律,探讨气候变化的原因,选用1961—2004年宁夏20个气象工作站逐月极端最高气温和极端最低气温资料,采用气候趋势系数和M ann-Kendall突变法等方法,分析了宁夏极端最高、最低气温变化的基本事实,得出:1961—2004年宁夏年极端最高气温、极端最低气温均在波动中上升,且年极端最低气温上升幅度明显超过年极端最高气温;各季极端最高、极端最低气温呈非对称性变化,即秋季各地极端最高气温增温幅度超过极端最低气温,但春夏冬三季极端最低气温增温远比极端最高气温明显,且该特点在夏季表现得更突出;各月极端最高气温、极端最低气温均呈升温趋势,除4月、11月和12月外,其他月极端最低温度的升温趋势均大于极端最高温度.表明近40年各月(除4月、11月、12月)宁夏气温变化范围正在逐步减小,极端温度趋于缓和.

 
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