反相关的英文

• anticorrelation
• inverse correlation

• "反"英文翻译    reverse side
• "相关"英文翻译    be interrelated; be related ...
• "逆相关 反相关 负相关" 英文翻译 :    inversecorrelation
• "反相" 英文翻译 :    [天文学] opposition (移相180°)
• "反相，逆相" 英文翻译 :    antiphase
• "反相变" 英文翻译 :    umklapp transformation; umklaptransformation
• "反相畴" 英文翻译 :    antiphase domain
• "反相的" 英文翻译 :    antiphase; inverse; inverted; inverting; opposite in phase
• "反相法" 英文翻译 :    antiphase method; reversed phase method
• "反相管" 英文翻译 :    phase reversing tube
• "反相核" 英文翻译 :    antiphase nuclei; antiphase nucleus
• "反相和" 英文翻译 :    inverted sum
• "反相交" 英文翻译 :    backward crossover
• "反相界" 英文翻译 :    antiphase boundary; apb
• "反相拉" 英文翻译 :    phase opposition
• "反相门" 英文翻译 :    inverse gate; invert gate; inverting gate
• "反相期" 英文翻译 :    reversed epoch
• "反相器" 英文翻译 :    complementer; el inverter; invertor; negator; phase inverter
• "反相区" 英文翻译 :    antiphase region
• "反相位" 英文翻译 :    antiphase; inphase opposition; inverse phase; opposite phase; outphase
• "反相限" 英文翻译 :    antiphase limit
• "反相序" 英文翻译 :    backward sequence
• "反相柱" 英文翻译 :    reversed phase column; reversed-phase column
• "非反相" 英文翻译 :    non-inverting
• "零反相" 英文翻译 :    invert on zero

• Phosphorus x . and desorbed phosphorus had mighty notability reverse correlation
  土壤磷x _ m和解吸量有极显著的反相关。
• Nevertheless , in white subjects , a significant inverse relationship remained even after full adjustment
  虽然如此，在白人受试者中，即使在完全校正后显著反相关仍保持存在。
• Both fev1 and fvc had a significant inverse relationship with stroke incidence , but adjustment attenuated this relationship
  Fev1和fvc与中风发生率显著反相关，但是校正减弱了这种关系。
• 2 ) the negative correlation between contemporary temperature and precipitation in china is evident , especially in summer
  2 )中国同期气温和降水异常有较好的反相关关系，在夏季这种现象更加突出。
• Since the scaling relation we found is intrinsic , this application is independant of how we define haloes , when we do observation and which cosmogony we choose
  另外我们发现：暗晕汇聚因子c的增长并不是简单地正比于宇宙膨胀因子，而与质量吸积速率反相关。
• 3 . the relation between the transition dates in middle stratosphere and the important systems in troposphere such as polar vortex and the subtropical high in west pacific
  臭氧总量异常与中平流层转型日期异常之间为反相关关系，臭氧总量偏高(低) ，流型转型日期偏早(晚) 。
• ( 3 ) the spring precipitation anomalies are close relation with the same attitude areas , and negative correlation with northeast ones . if there are much rain in summer , then the lands which are from sea are rainy , otherwise the areas nearly sea are rainy
  ( 3 )西北地区春季降水异常与同纬度的地区相关最好，与东北中部地区反相关；夏季多雨，则远离海洋的内陆多雨，夏季少雨，则沿海及近海多雨。
• The interdecadal characteristics of correlation pattern of interannual relationship between winter sea - ice extent of davis strait and august 500hpa height of northern hemisphere is " + - + " pattern from ural mountains to north of sea of okhotsk which is strongly negatively correlated with the august rainfall of north china before 1974 , and it has not apparent correlation pattern in europe - asia continent after 1974
  1974年前，冬季戴维斯海峡海冰面积和北半球8月500hpa位势高度场的相关系数呈一个自乌拉尔山开始到鄂霍次克海以北分布的“ + - + ”型，该型和8月华北降水的反相关较好； 1974年后，相关在欧亚大陆地区变差，没有明显的相关型，冬季戴维斯海峡海冰面积和8月华北降水关系变差。
• The apparent characteristics of interdecadal variability of interannual relationship between winter sea - ice extent of davis strait and summer , july and august rainfall of north china are : the strongly negative correlation between winter sea - ice extent of davis strait and summer rainfall of north china turns into bad correlation
  冬季戴维斯海峡海冰面积与华北7月降水在年际变化尺度上有明显的反相关关系。冬季戴维斯海峡的海冰面积增多(少) ，同年华北7月降水偏少(多) 。
• We also analyzed the relation between the precipitation for meiyu and the summerly precipitation in sichuan , the areas in southeast china along sea . the main results show as following : 1 . the correlation between the precipitation total for meiyu and the summerly precipitation in the east of nw china are negative . in the years of much precipitation total for meiyu , the center of anticorrelation lies in tianshui ; and in the years of less precipitation total for meiyu , the center of nagative correlation extends northwestwards from tianshui
  主要结果归纳如下： 1梅雨量与西北地区东部夏季降水量之间存在反相关。即梅雨量特多的年份，西北地区东部夏季干旱；反相关的中心位于甘肃省中部地区的天水附近。梅雨量特少年份，西北地区东部夏季降水偏多；反相关中心位置从天水向西北方向推移。