黑暗条件的英文

• dark condition

• "黑暗"英文翻译    dark; dim; midnight
• "条件"英文翻译    condition; term; factor
• "暗条" 英文翻译 :    filament solar
• "暗条纹" 英文翻译 :    dark fringe
• "拱状暗条系" 英文翻译 :    arch filaments system
• "色球暗条" 英文翻译 :    filamentofchromosphere
• "黑暗" 英文翻译 :    1.(没有光) dark; dim; midnight 在黑暗中 in the dark; 一个黑暗的无月光的夜晚 a dark moonless night; 黑暗的角落 a dark corner2.(落后; 腐败) reactionary; dark 黑暗面 the seamy side; a dark aspect; 黑暗统治 dark rule; reactionary rule
• "条件" 英文翻译 :    1.(客观的因素) condition; term; factor 工作条件 working conditions; 生活条件 living conditions; 贸易条件 terms of trade; 自然条件 natural conditions; 利用有利条件 make use of the favourable factors; 根据自己的条件做某事 do sth. on one's own terms; 在这[那]种条件下 on this [that] condition; 在目前条件下 under present circumstances; 有条件要上, 没有条件, 创造条件也要上。 when the conditions exist, go ahead; when they don't exist, then create them and go ahead.2.(提出的要求) requirement; prerequisite; qualification 共产党员的条件 the requirements of the party members; 提出条件 put forward the requirement; list the prerequisites; 有条件地同意 agree with qualifications; 符合入学条件 satisfy the entrance requirement; 如果三项先决条件得不到满足, 他们就拒绝谈判。 they refused to negotiate unless three preliminary requirements were met. 耐心是教学必备的条件。 patience is a requirement in teaching.; 条件刺激 conditioned stimulus; 条件反射 conditioned response; conditioned reflex; 条件反应 [动物学] conditioned response (cr); 条件句 [语言学] conditional clause
• "变黑暗" 英文翻译 :    darken; gloom
• "黑暗大" 英文翻译 :    dark land
• "黑暗的" 英文翻译 :    adusk; darkling; dingy; field stop dark; gloomy; mirky; stygian; tenebrous
• "黑暗地" 英文翻译 :    darkly; gloomily; somberly
• "黑暗化" 英文翻译 :    obscuration
• "黑暗界" 英文翻译 :    erebus
• "黑暗煤" 英文翻译 :    black durain
• "黑暗面" 英文翻译 :    a dark aspect; dark side; gloomy side
• "黑暗神" 英文翻译 :    purghis
• "黑暗圣" 英文翻译 :    black saint
• "黑暗术" 英文翻译 :    darkness
• "黑暗束" 英文翻译 :    darkbolt
• "黑暗数" 英文翻译 :    dark figures
• "黑暗塔" 英文翻译 :    the dark tower
• "黑暗雨" 英文翻译 :    terror in the mall
• "黑暗语" 英文翻译 :    black speech
• "黑暗中" 英文翻译 :    in the dark

• The production of alkaloids at 27th day in the dark was much higher than that in the light
  最终，黑暗条件下生物碱的产量比光照时的高。
• Etioplast a modified chloroplast formed from proplastids in leaves grown in total darkness
  白色体：叶在生长过程中完全置于黑暗条件下，由前质体形成的变化了的叶绿体。
• The results show that these three genes represent circadian rhythms in different regimes in scn , while they only show markedly circadian rhythms in constant dark in lymphocytes
  结果发现， scn中三个基因的表达在不同光制下都存在昼夜节律，外周只有全黑暗条件下有明确的昼夜节律。
• By the analysis of mutant growth we can conclude that the photoreceptors of phya , phyb and cryl are responsible for the cotyledon enlargement under fr , rl and bl , respectively
  Kt促进离体和连体子叶的扩大，黑暗条件下促进作用弱。在白光、红光、蓝光下kt对子叶的扩大效应明显。
• Light , as the unnecessary factor for tobacco cell suspension culture , have some effects on the stress induced - aba accumulation . under dark condition , stress induced - aba accumulation decreases by 50 percent
  光对细胞响应渗透胁迫信号有一定的影响，黑暗条件下渗透胁迫诱导aba积累水平只有对照的50左右。
• 3 in the light and dark , the contents of soluble protein , the activities of peroxidase ( pod ) , superoxide dismutase ( sod ) and esterase ( est ) were studied , and they all showed their changes respectively . 4 the alkaloids were accumulated primarily in the stationary phase
  4 、培养细胞中次生代谢物质的积累：光照和黑暗条件下生物碱的含量变化不尽相同，但第12d均出现一个峰值，并且从第18d起生物碱的含量呈上升趋势。
• 1 . characteristic properties of the plasma membrane h + - atpase 3 - d - old seedlings of etiolated mung bean ( vigna radiata l ) were harvested and the hypocotyls ( 1 - 2 cm in length ) under hook were used to prepare the plasma membrane vesicles by means of aqueous two - phase partition
  绿豆下胚轴质膜h ~ + - atpase基本特性的研究黑暗条件下生长三天龄的绿豆黄化幼苗，取弯钩下1 - 2cm长的下胚轴，机械法破碎组织，两相分配法分离、提取和纯化质膜。
• The paper fristly compared the fertile soil with the incinerated sterile soil on the number of micro - algae , soil ph value , soil organic matter soil available phosphorus and soil nitrogen . and then , the author put fertile soil , which included micro - algae , proportionally into sterile samples and cultivated them respectively under illumination condition ( micro - algae can live and reproduce ) and dark condition ( micro - algae will die in some time ) . the above indices were measured in 0 , 30 , 60 and 90days respectively , the analyse of the interrelation between the change of micro - algae ' s number and the changes of soil ph value , soil organic matter , soil available phosphorus and soil nitrogen indicated : ( l ) soil micro - algae which were native to fertile soil conld adapt to the changed circumstance and light acted as a decisive role to the distribution of soil micro - algae . under dark condition , the micro - algae ' s number declined gradually and went to zero in the end , while under illumination condition , on the 90th day , the micro - algae ' s number of per gramme was 6 - 7 times more than that of the beginning
  本文首先对肥沃土壤与经高温焚烧后的贫瘠土壤中的微藻数量、土壤ph值、有机质含量、有效磷含量和全氮量进行比较研究，然后将包含微藻的绿化苗圃地肥土按不同比例接种进入贫瘠土样中，分别在光照条件和黑暗条件下进行培养，在0天、 30天、 60天和90天分别检测以上指标，比较有光条件和无光条件下，即有藻条件和无藻条件下贫瘠土样所发生的变化，并分别对微藻数量的变化与土壤ph值、有机质含量、有效磷含量和全氮量的变化之间做相关性分析，以评估肥沃土壤中的微藻接种进入贫瘠土壤后的生长情况以及对贫瘠土壤的改良作用。研究结果表明： ( 1 )土壤微藻对环境有较强的适应能力，且光照对其分布起了决定性的作用。
• The transformed hairy roots were detected for agropine to make sure the transformation was successful . a conclusion was reached as follows : agrobacterium rhizogenes r1601 was an ideal strain for hairy roots transformation from trichosanthes bracteata voigt which exhibited extraordinary transformation rate ( 60 % ) . od600 = 0 . 7 was the optimum infection concentration for the tested transforming agent , with temperature at 25 , ph at 6 . 0 , 20min of infection and 48h of co - culture and phytohormone at 1 . 0mg / l being the most favourable hairy root - inducting pattern
  通过实验和对结果的数据分析，得出下面的结论：发根农杆菌r1601是较好的大苞栝楼发根的诱导菌株，它对预培养24h的大苞栝楼子叶外植体具有最好的转化效率和发根诱导率( 60 ) ，最适的菌株感染浓度od _ ( 600 )为0 . 7 ，温度27 、 ph值为6 . 0 、 20min的感染时间和48h的共培养，以及黑暗条件和1 . 0mg / l的激素最有利于发根诱导的环境条件。
• ( 2 ) through consuming co2 and secreting alkaline matters from their cellls to soil , micro - algae can improve soil ph value , and transform the weak acid soil into weak base soil . ( 3 ) through photosysthesis transforming co2 into organic matters , micro - algae can increase the content of soil organic matter
  肥沃土壤中的微藻接种进入贫瘠土壤后，在黑暗条件下逐渐死亡，有光条件下的微藻经过一段时间的适应后，到第90天时，每克土中的微藻数量增长到接种量的7 - 8倍。