The content of n, P, K, Ca and Mg in root decreased as root diameter increased.
根中氮、磷、钾、钙、镁含量随根径的增大而减少。
Storage N used by shoots and leaves in spring mainly came from non-protein N in root.
春季新梢和叶片生长所用的贮藏N主要来源于根中的非蛋白态N。
Objective To discuss the exact degree of filling root canal and the rationale of n-octyl-a-cyanoacrylate in root canal therapy.
目的探讨医用胶在根管治疗术中堵塞根管的密合程度及作用机制。
The influence of root growing space of maize upon root physiological characteristics, nutrient uptake and crop yields were studied under conditions with and without supply of water and n.
在不供应和补充供应水、氮条件下，研究了限制根系生长空间对玉米根系生理特性、植株养分吸收及产量的影响。
The effect of five N levels on root yield and sugar content and production of sugar was studied with one beet variety, in order to select the best N level for high yield and high sugar content.
本试验主要是研究同一甜菜品种在五种氮素水平处理下对甜菜的块根产量、含糖率、产糖量的影响，寻求获得高产高糖的最佳施用氮素水平。
So, if we just rearrange this equation, what we find is that z effective is equal to n squared times the ionization energy, IE all over the Rydberg constant and the square root of this.
我们可以发现有效的z等于n的平凡，乘以电离能除以里德堡常数,这些所有再开方，所以等于n乘以,除以RH整体的平方根。
But the system variance is going to be on the order of the square root of N times epsilon.
但是系统能量的变化量大约,会是N的平方根乘以ε
The root element can contain 0-n elements.
根元素可以包含0 - n个元素。
Create alternative child Workspaces 1, 2... n, (and so on) from the root Workspace.
从根工作区那里创建替代性的子工作区1,2…n(等等)。
The results indicate that the nitrate-N leakage loss under the root zone caused by fertilizer irrigation could creat the pollution of shallow groundwater in Tangshan agricultural area.
计算结果表明，唐山农业区灌溉施肥引起根区以下硝态氮渗漏损失可造成浅层地下水的污染。
To study the effect of Colquhounia root tablet ( CRT) in treating nephrotic syndrome with sequential lipid metabolism disorder (N S LMD).
目的：探讨火把花根片对肾病综合征继发脂质代谢紊乱的作用。
The result is, high N-level can promote the root to grow, but the root cap ratio will comes down.
结果表明，较高的氮素水平促进根系生长，迅速提高水稻根干重，但同时降低根冠比。
N stress exerted an influence on the genetic ability of root traits, with decreasing of broad genetic ability and increasing of narrow genetic ability.
氮胁迫可以影响根系的遗传，表现为根系性状的广义遗传力下降，狭义遗传力上升。
Higher efficiency of nutrient acquisition of root in heterogeneous nutrient environment mainly attributed to large absorption of n, p, K in rich nutrient patch.
异质养分环境中的根系具有较高的养分吸收效率主要缘由在富养斑块中对N、P、K大量的吸收。
The results are as follows: N fertilizer was the major factor on the number of leaf, fibrous root, and the fresh weight of root and leaf, K fertilizer and P fertilizer then followed.
结果表明：影响知母叶片数、须根数、根茎鲜重和叶片鲜重的主要因子是N肥，其次是K肥和P肥；
The dry root weight under high N level was lower than that under low N level;
单株玉米的根干重随水分条件的改善而提高，高N处理的玉米根重低于相应的低N处理；
N. Z. -root transitional region is very short.
子叶节区—根过渡区极短。
The results indicated that N deficiency decreased root radial and axial hydraulic conductivity of maize.
用蒸腾计法和解剖学方法分别研究了氮亏缺对玉米单根径、轴向导度的影响。
Because the use of n, p, and K can decrease the root rot disease index of pea, more plant ash and compost contained abundant available K must be used.
由于氮、磷、钾配施能减轻豌豆根腐病危害，所以目前应多施草木灰、堆肥等富含速效钾的肥料。
The results show that n-type silicon piezoresistors should be long while p-type silicon piezoresistors should be short and placed in the root of the microcantilever to obtain higher sensitivities.
结果表明：为获得较高灵敏度，n型硅压阻应做长，p型硅压阻应做短并安排在固定端。
The results show that n-type silicon piezoresistors should be long while p-type silicon piezoresistors should be short and placed in the root of the microcantilever to obtain higher sensitivities.
结果表明：为获得较高灵敏度，n型硅压阻应做长，p型硅压阻应做短并安排在固定端。
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