pyr造句

• This is known as pyro - electricity , derived from the greek word pyr , meaning fire
  意为火与热。压力也会导致
• History cube pyr
  史酷比金字塔
• The effect of nap and pyr on the growth of k . candel seedling leaves were similar
  Nap和pyr暴污砂培“ 0天）对秋茄幼苗水分代谢的影响。
• It could be inferred from above that nap had stronger inhibition on germination k . candel hypocotyl than pyr
  上述结果表明， nap对秋茄种苗萌发的抑制作用大于pyr 。
• 2 . with increasing concentrations of pyr and nap , a decrease in the number and length of roots were observed
  Nap在中浓度组对幼苗根的生长就产生了抑制作用，而pyr则没有影响。
• After 60 days of exposure to nap and pyr , the soluble sugar content in leaves of k . candel seedlings increased with increasing concentrations of pahs , wh
  与其它红树林区及近岸海域表层沉积物中pahs含量相比，尚属含量水平较低。
• The growth of k . candel seedling leaves showed no significant difference at low concentration , was inhibited at concentration of 1 mg / l and 10 mg / l
  浓度为l 10mg l ，叶片气孔导度和蒸腾速率均显著降低，并且nap处理的下降幅度大于pyr处理。
• Correspondingly the biomass of various parts of k . candel seedling and the total biomass showed no significant difference from control group at low concentration of pyr and nap
  两种处理在浓度为0 ling l对秋茄幼苗叶片细胞膜透性影响不明显，浓度为1和10mg l细胞膜透性显著提高。
• With increasing concentrations of pahs the biomass of various parts of k . candel seedling and the total biomass tended to decrease , the extent of inhibition by nap was obviously greater than by pyr . 3
  在0 10mg l浓度范围，秋茄幼苗叶片、根尖sod与pod总活性的变化趋势相似，受pahs胁迫， sod和pod总活性提高。
• As for pyr , when at concentration of 0 . 1mg / l and img / l , hypocotyl germination of kandelia candel showed no significant difference from control group ; at concentration of 10mg / l , pyr produced a significant inhibition on the second pair of leaves
  Pyr浓度为0 . 1mg l和1mg l对秋茄种苗萌发均没有明显的影响；在10mg l浓度组对第二对叶片展开有明显的抑制作用。
• So nap also had stronger inhibition on the growth of k . candel seedling roots than pyr . when at low concentration , pyr and nap simulated the high growth of k . candel seedling . at concentration of 1 mg / l , pyr produced inhibition , nap still produced stimulation
  对秋茄幼苗叶片生长的影响nap和pyt非常相似，两者在低浓度组对秋茄幼苗叶片生长的作用不明显，在中、高浓度时均表现出明显的抑制作用。
• The growth of k . candel seedling roots showed no significant difference from control group at concentration of 0 . 1 mg / l for both pyr and nap , - when at concentration of 1 mg / l , nap showed a significant inhibition on the growth of roots . whereas pyr showed a significant inhibitionat at concentration of 10 mg / l
  与pahs对幼苗根生长的影响不同， pyr和nap在低浓度组对幼苗的高度生长均有明显的促进作用； pyr在中浓度组转而抑制幼苗的高度生长， nap仍表现为促进作用；两者在高浓度组则均表现出强烈的抑制作用。
• In this paper , kandelia candel ( l . ) druce hypocotyls were cultivated in sand and treated with 15 % seawater for 60 days under laboratory conditions . the influence of increasing concentrations of napthalene and pyrene ( 0 , 0 . 1 , 1 and 10mg / l ) on hypocotyl germination and growth , photosynthesis metabolism , water metabolism and membrane protection system were observed to inquire into the ecophysiological responses of mangrove k . candel to pahs phytotoxicity . moreover , the concentration and distribution of parent polycyclic aromatic hydrocarbons ( pah ' s ) in surface sediment , underground root and leaf residue of mangroves in jiulong river estuary ( fugong , north and south shores of haimen island , baijiao ) , neighbouring xiamen western harbour ( dong islet ) and dongzui harbour ( fenglin ) were examined
  在实验室条件下，分别以0 . 1 、 1和10mg l的萘( nap )和芘( pyr ) 3个梯度浓度组级砂基培养秋茄( kandeliacandel ( l . ) druce )幼苗，培养基盐度15 ，培养期60d ，以不加pahs为对照，分析了nap和pyr对红树植物秋茄幼苗的生长、光合代谢、水分代谢以及膜保护系统的影响，探讨pahs对红树植物秋茄的的生理生态效应及植物性毒害( phytotoxicity )的机理。
• Effect of napthalene ( nap ) and pyrene ( pyr ) different concentration on hypocotyl germination of kandelia candel in sand culture is obvious . hypocotyl germination of kandelia candel showed no significant difference from control group at concentration of 0 . 1mg / l for nap and pyr . when at concentration of 1 mg / l and 10mg / l , nap showed a significant inhibition on hypocotyl germination of k . candel , but showed no inhibition on first pair of leaves ; at concentration of 10mg / l , nap showed a significant inhibition on the second pair of leaves
  Nap浓度为0 . 1mg l对秋茄种苗萌发的影响不明显；在1mg l浓度组对秋茄种苗初期萌发阶段即吐芽有明显的抑制作用，而对第一对叶片和第二对叶片展开影响不明显；在10mg l浓度组对种苗吐芽以及第一对叶片展开没有明显影响，而对第二对叶片展开有明显的抑制作用。