氣溫年較差 的英文怎麼說

中文拼音 [wēnniánjiàochā]
氣溫年較差 英文
annual amplitude of temperature change
  • : Ⅰ名詞1 (氣體) gas 2 (空氣) air 3 (氣息) breath 4 (自然界冷熱陰晴等現象) weather 5 (氣味...
  • : Ⅰ形容詞(不冷不熱) warm; lukewarm; hot; gentle; mild Ⅱ名詞1 (溫度) temperature 2 (瘟) acute ...
  • : Ⅰ名詞1 (時間單位) year 2 (元旦或春節) new year 3 (歲數; 年紀) age 4 (一生中按年齡劃分的階...
  • : Ⅰ動詞1 (比較) compare 2 [書面語] (計較) dispute Ⅱ副詞(比較) comparatively; relatively; fair...
  • : 差Ⅰ名詞1 (不相同; 不相合) difference; dissimilarity 2 (差錯) mistake 3 [數學] (差數) differ...
  • 氣溫 : [氣象學] air temperature; atmospheric temperature
  1. There are three time zones in australia - eastern standard time ( west ) which operates in new south wales, australian capital territory, victoria, tasmania and queensland ; central standard time ( cyst ) in south australia and northern territory ; and western standard time ( wast ) in western australia

    按照候帶的劃分,澳大利亞的北部為熱帶,中部為遼闊的乾旱地帶,南部為帶。澳洲的候比和,全不大。澳洲的四季正好與中國相反。
  2. The resuts showed that the annual average temperature had an increasing trend ; summer, autumn and winter average temperature also had an increasing trend and the amplitude in winter was bigger ; the change of standard deviation and coefficient of variation were acute during winter ; the coefficients was bigger ; the change of standard deviation and coefficient of variation were acute during winter ; the coefficients of skewness were positive value during summer and autumn ; the kurtosis coefficients were bigger during winter

    得出如下結論:和田地區有增加的趨勢;夏季、秋季、冬季也有增加的趨勢且冬季值增幅大;標準及變系數都是冬季變化為劇烈;偏度系數在夏季及秋季為正值;峰度系數值在冬季大。
  3. The capacity of the decrease of maximum air temperature in forests was the principal factor of decreasing the annual mean differences in daily range of temperature

    這4種森林的平均日依次為5 . 9 、 4 . 6 , 3 . 6和3 . 1 ,且月變異系數逐漸減小,森林主要通過降低日最高而減少林型間
  4. By the comparison of calculation result with the tests result, it was concluded that the method to calculate the year temperature difference and day temperature difference from weather data was feasible. by this method, it was got that the statistic parameters of combined temperature difference in base period and the reliability to different anti - crack index was calculated the combination of thermal effects and load effects was considering in this paper

    對多象資料進行了統摘要浙江大學博士學位論文2003計分析,將其轉化為結構的和日,並與實測值進行了比;在此基礎上得到了設計基準期內的結構組合統計參數以及不同抗裂指標所對應的可靠度。
  5. Through having done field surveys in the campus of chongqing university, this paper tested classroom indoor and outdoor climate parameters in june, july and september of 2005, it used questionnaire to acquire subjects ’ thermal sense, draft sense and humidity sense in classroom each month, and programmed composition to compute predicted mean vote and compared pmv with the field testing results of mean thermal sensation vote. it is discovered that pmv is overvalued the college student ’ thermal sensation in chongqing. it finds that people in chongqing adapt to the typical summer hot and winter cold sweltering weather

    對重慶地區高校教室的現場調查,測試了重慶大學2005六月、七月和九月教室室內外熱環境參數,通過採用問卷主要掌握了受測對象教室里的冷熱感、流感和潮濕感,通過編製程序求得預測平均熱感覺評價pmv的值,比pmv和問卷調查得到的平均熱感覺mtsv ,發現pmv預測值高估了重慶地區高校學生的熱感覺,這里的人群對重慶這種夏熱冬冷地區比典型的悶熱候具有一定的熱適應性,對現場問卷調查的結果進行分析,得出了室內空度、流速度、相對濕度與人體主觀感覺之間的回歸曲線,發現重慶地區高校學生熱中性時的空度為25 . 5 , fanger根據歐美人群調查得到的公式計算出的預測熱感覺為中性時的空度為25 . 0 ,兩者相0 . 5 。
  6. The high change of preci - pitation made spatio - temporal change of climatic productive potentialities bigger than that of photosynthesis and photo - temperature. the trend of water decreasing from south to north, from east to west in hebei, beijing, tianjin and shandong, from south to north in shanxi, shaanxi and henan made every index has the same trend almostly

    降水際變異大,區域異明顯,使得候生產力的時空變化大於光合和光生產力的時空變化,在中東部,水分由南向北、由東向西減少,中西部由南向北減少,使得各項指標的變化均有與此基本相應的變化趨勢。
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