双峰型的英文

• bimodal pattern
• double peak type

• "双"英文翻译    two; twin; both; dual
• "峰"英文翻译    peak; summit
• "型"英文翻译    mould; model
• "双峰型曲线" 英文翻译 :    bimodal curve
• "双峰型形变" 英文翻译 :    bimodal deformation
• "双峰型分子量分布" 英文翻译 :    bimodal molecular weight distribution
• "双峰型粒度分布" 英文翻译 :    bimodal size distribution
• "双峰型缺陷分布" 英文翻译 :    bimodal distribution of defect
• "双峰" 英文翻译 :    bimodality; double peak; double-humped; doublet; shuangfeng; split blip; split-blip; twin peaks; twin.peaks; two-humped
• "平峰型" 英文翻译 :    flat hump(fh)
• "凸峰型" 英文翻译 :    round hump(rh)
• "正峰型" 英文翻译 :    positive spike pattern
• "极峰型假说" 英文翻译 :    climax pattern hypothesis
• "《双峰》（电视）" 英文翻译 :    twin peaks
• "双峰波" 英文翻译 :    double-humped wave
• "双峰的" 英文翻译 :    bimodal; double humped; double-humped
• "双峰黑" 英文翻译 :    shuangfeng black
• "双峰热" 英文翻译 :    double peak fever; double quotidian fever
• "双峰寺" 英文翻译 :    shuangfengsi
• "双峰塔" 英文翻译 :    petronas twin towers
• "双峰驼" 英文翻译 :    [动物学] two-humped camel; bactrian camel
• "双峰形" 英文翻译 :    dicrotic
• "双峰性" 英文翻译 :    bimodality
• "双峰站" 英文翻译 :    shuangfeng zhan
• "双峰镇" 英文翻译 :    twin peaks

• In a year river flow has two peaks that respectively are march and august . there is different decrease in the different months by soil and water conservation
  在一个日历年内，径流量分配具有“双峰型”特征， 3月和8月为两个峰值月份。
• 2 . the curve of diurnal variations of photosynthetic rate of s . viciifolia shows a one - peak type ( maximal photosynthesis rate occurred 10 ' clock ) . the most of curves of the diurnal variations of transpiration rate is a one - peak type , a few of them show a two - peak type
  2 、在整个生长季节里，狼牙刺的净光合速率日变化曲线均为单峰型，极大值出现在10点前后；蒸腾速率日变化曲线以单峰型为主，少数接近双峰型。
• Heavy rainfall occurred in the warm area , and maximum rainfall lay in the windward slope where the width of raindrop size distribution was b roadened and sometimes it was bimodal spectrum . the shape of rain band in cold area was zonal , and the area of rain band was small
  暖区有明显的强降水中心，雨强极大值出现在山区迎风坡，降水雨滴谱谱宽较大，有时滴谱呈双峰型分布；冷区降水区常呈带状分布，雨区范围大，雨滴谱较窄，雨滴谱为单峰型。
• Diurnal variation in transpiration rates for different plants followed a similar pattern ; transpiration rates were low in the morning , increased as temperature and light intensity increased , and then declined again . transpiration rates for most plants had a single peak each day . some plants had two peaks per day
  中午光照最强时，有些植物会出现午休现象，其日变化曲线表现为双峰型，同种植物在有些月份的日变化曲线为单峰型，有些月份又表现为双峰型。
• After analyzing , the author got the basic character of tidal flat hydrodynamic : the time of flooding on bare flat and ebbing is basically the same and the time of flooding on pioneer zone of salt marsh is a little short ; the process curve of current speed on bare flat did not appear peak value on the beginning of flooding and at the end of ebbing but presented double peak , that is , it presented double peak in winter and spring and ebbing peak value disappeared in summer and autumn , salt marsh presented single peak character in a year and the process curve in tidal creek presented double peak ; all current direction on every spot presented gyration current and the current speed changed rapidly during the high water level without obvious slack water period
  分析得到了潮滩水动力基本特征：光滩水位涨潮和落潮时间基本相等，而盐沼前缘带水位涨潮时间略短；光滩流速过程线在涨潮初和落潮末出现峰值，呈现“双峰型”特征，盐沼前缘带则冬、春季节呈现“双峰型” ，夏、秋季节落潮峰值消失，盐沼带四季呈现单峰特征，潮沟内过程线为“双峰型” ；各测点流向均呈现回转流特征，在高水位时流向迅速改变，不存在明显的憩流。
• ( 4 ) co2 concentration in soil reached to maximum at 13 o ' clock in forest land which is with both high elevation and low elevation , the curves are single kurtosis ; co2 concentration in soil reached to minimum at both 13 o ' clock and 22 o ' clock in the bare land which is with high elevation , the curve is double kurtosis , and that in the low elevation reached to maximum at 16 o ' colck , its curve is single kurtosis
  ( 4 )两个海拔高度区内两乔木样地内的土壤coz都于13 : 00出现峰值，呈单峰形态;高海拔地区的裸地土壤c0 :在13 : 00和22 : 00出现最低值，呈双峰型，低海拔地区的裸地土壤coz在16 : 00出现最高值，曲线形态为单峰型。
• The study investigated aboveground growths of caragana korshinskii and artemisia ordosica planted in four modes , revealing that in different planting modes their densities , heights and canopy width and biomasses remained unchanged or tended to decrease slightly ; the young shoots of a . ordosica annually grew in a s - shaped cure and the young shoots of c . korshinskii grew fast in spring and grew slowly or cease to grow from july on ; the biomasses and leaf area indexes of c . korshinskii and a . ordosica annually varied in a double peak curve and there were 8 annual plants that invaded in the four planting modes and formed higher coverage ; the quadrat with only a . ordoska appeared to have obviously lower coverage and biomass that the other three quadrats
  摘要对腾格里沙漠东南缘2种人工植被柠条和油篙在4种配置方式下地上部分的生长动态进行了研究，结果表明：不同配置方式下它们的密度、高度、冠幅和生物量基本不变或略微呈下降趋势；油篙新梢的年生长动态呈s型曲线，柠条新梢春季生长速度较快， 7月份以后生长速度缓慢或基本停止生长；柠条、油篙地上生物量和叶面积指数的年变化均表现为双峰型， 4种配置方式下共有8种1年生植物人侵，并具有较高的植被盖度；同其它3个样地相比，纯油篙样地1年生植物的密度、盖度和生物量明显偏低。
• The annual averages of the density of phytoplankton and chl . a showed two peaks . the abundance of phytoplankton remained dominant from july to october in 2001 , and gradually decreased from october in 2001 to february in 2002 . the density began to rise from march , and up to the peak in april
  浮游植物的总细胞数和叶绿素的周年变化模式为双峰型， 2001年7至10月是浮游植物的夏季高峰期，此后直到2002年2月浮游植物丰度逐渐降低，浮游植物从3月开始增长，至4月达到浮游植物的春季高峰，之后浮游植物异常减少，导致2002年夏季的低谷。
• We analyzed the alternative in functional phenotypic plasticity responding to variational entironments , consequently , we interpreted the difference between endangerment and wide - distribution of these closely related species , and the results showed : 1 all of the daily changes of photosynthetic rate responding to different water status show " double apices " except m . d , the daily changes of photosynthetic rate in m . d shows " simple apices " responding to arid soil water content , while " double apices " responding to the other soil water content . emerging time of daily maxim of pn is difference between species and between treatments . daily course of transpiration and stomatal conductance of these for species all show " double apices " , but the emerging time of daily maxim of transpiration rate and stomatal conductance rate are all different between species
  结果表明： 1 、除小鱼仙草外，四物种的光合速率日变化在不同水分梯度下均表现出“双峰型” ，小鱼仙草的光合速率日变化在于旱时表现出“单峰型” ，其余水分梯度下表现出“双峰型” ，种间和梯度间日最大光合速率出现时间有一定的差异；四物种蒸腾速率和气孔传导力日进程也表现出“双峰型” ，但种间日最大气孔传导力和蒸腾速率出现的时间也存在一定的差异。

• 双峰型的日语：そうほうがた