增磷

基本解释 (translations)

phosphorization

与增磷相关的网络例句 [注：此内容来源于网络，仅供参考]

The contents of organic elements and nitrogen have a close relation with chestnut growth, but for azote to promote growth of new shoots of chestnut, it is required to control and keep the balance between the growth of nutrition and procreation.

土壤中的N、P、K含量对栗实所含营养成分的影响各不相同，在板栗生产中适当的增施一些氮肥可使栗实更加饱满；适当的施用磷、钾肥对改善板栗品质有良好促进作用。

In the condition of various treatment of phosphorus adding levels 0.06%,0.12%,0.18%,0.24%,biological value of dicalcium phosphorus were as follows,respectively:100,109,112,115 when body weight gain was employed as response criterion;100,102,94,89 when ratio of phosphorus retention employed;100,116,130,139 when bone ash content (the average of tibia ash and toe ash) employed and 100,114,132,133 when serum phosphorus level employed.

结果表明：在日粮磷添加水平分别为0.06%，0.12%，0.18%，0.24%的试验处理下，肉雏鸡磷酸氢钙生物学效价以体增重为指标时分别为100，109，112，115；以磷存留率为指标时分别为100，102，94，89；以骨灰分含量(胫骨灰分和趾骨灰分含量的平均值)为指标时分别为100，116，130，139；以血清磷浓度为指标时分别为100，114，132，133。

Adding N, P could improve cucumber root activity, increased the absorptionof N, P and Mg, decreased that of K; Adding N improved the contents of Ca,Fe, Mn and Zn in leaves, and adding P accelerated absorption of cucumberroot to Fe. Adding K decreased the contents of N, P in leaves, but increased K,Fe content, contents of Ca, Mn and Zn decreased at the same time.4. Adding the rates and ratio of N, P, and K increased the activity of SOD incucumber leaves and root. The changes of POD activity were complex, maybeP played the more important role.

增加氮、磷的用量和配比有利于增强黄瓜的根系活力，促进黄瓜对氮、磷的吸收，减少对钾素的吸收，提高叶片镁含量，增氮提高了叶片中钙、铁、锰和锌的含量；增磷促进了植株对铁的吸收；增钾降低叶片中氮、磷含量，增加植株对钾的吸收，提高了叶片中铁的含量，但钙、锰和锌的含量降低。4。

While nitrogen application had little influence on Albumin and Globulin content, and the effect of nitrogen application on Glutelin content of grain varied with the selected corn varieties.

表明适量增施氮肥有利于籽粒氨基酸总量的提高及品质的改善。磷、钾营养对高油玉米吉油一号氨基酸品质有改善作用，但其对本研究中其它品种玉米氨基酸品质及其对各品种玉米氨基酸总量的影响还有待于进一步研究。4。

This paper indicates that applying Phosphorus fertilizer quantity was remarkable positively interrelated with the soil content of quick-acting P.in the soils of white serosity rice.

减少磷肥施用量水稻植株体内的全磷和全氮含量依次下降，全钾则依次逐增；提高磷肥施用量可使水稻植株体内全磷含量递减，全氮递增。

The experiment studied the effects of applying different amount of B and Zn to peanuts growth, development and yield. The results showed that by supplying rational micro-fertilizer of Boron and zinc, the growth and development of the first pair cotyledonary branch, root nodules leaves and pods could be promoted, the yield was significantly increased on the basis of supplying rational Nitrogen, Phosphorus and Potassium. In this experiment, supplying Boron 7.5 kg/hm^2 and 11.25 kg/hm^2 could increase by 6.87% and 8.19% in comparison with CK, supplying Zinc 7.5 kg/hm^2 and 11.25 kg/hm^2 could increase by 7.17% and 5.20% in comparison with CK.

采用大田试验研究了增施不同量硼、锌微肥对花生生长发育和产量的影响，结果表明，在合理施用氮、磷、钾肥的基础上，适量配合施用硼、锌微肥可以明显促进花生一生的生长发育，增加花生第一对侧枝长、单株根瘤、叶片和荚果数等，显著提高花生产量，其中增施硼肥7.5和11.25 kg/hm^2的处理比较对照分别增产6.87和8.19%，增施锌肥7.5和11.25 kg/hm^2的处理比较对照分别增产7.17和5.20%。

However, the water quality simulation results by CE-QUAL-W2 model revealed that the hydrologically induced density currents in winter together with the external loads of P were the main cause of the surface water quality deterioration, even though the bottom water carrying abundant P internal loads might be lifted to the middle layer by the water momentum force by the density current.

然而以CE-QUAL-W2二维水理水质模式模拟结果，翡翠水库年初表水总磷浓度突增主要是受到冬季冷水密度流造成的水体抬升及前一年停留在中层水之磷外部负荷联合贡献结果，相对地磷内部负荷虽可被抬升至中层水处，对表水的贡献有限。

However, the water quality simulation results by CE-QUAL-W2 model revealed that the hydrologically induced density currents in winter together with the external loads of P were the main cause of the surface water quality deterioration, even though the bottom water carrying abundant P internal loads might be lifted to the middle layer by the water momentum force by the density current.

模拟之底泥溶解总磷负荷和溶解总磷外部负荷相当。然而以CE-QUAL-W2二维水理水质模式模拟结果，翡翠水库年初表水总磷浓度突增主要是受到冬季冷水密度流造成的水体抬升及前一年停留在中层水之磷外部负荷联合贡献结果，相对地磷内部负荷虽可被抬升至中层水处，对表水的贡献有限。

The 0-40cm soil layer soil mean value looked that mixes by the interlacing broadcasts the lawn soil ulmin, the alkaline hydrolysis nitrogen content to be highest; The fast-acting phosphorus, the fast-acting potassium are highest by the unicast awnless brome lawn content; The colleague mixes broadcasts lawn pH to be biggest.

不同播种方式下土壤有机质、碱解氮、速效磷含量在0-40cm各土层内呈现随着土层深度的增加而降低的趋势，均以0-10 cm土层土壤含量为最大；同行混播和隔行混播草地速效钾呈现降低的变化趋势，单播无芒雀麦草地则呈现先降后增再降的变化趋势，以0-10 cm和20-30 cm土层土壤含量为最大，均为80，并与其它土层间达到极显著差异；pH则呈现出增加趋势。0-40cm土层土壤平均值来看以隔行混播草地土壤有机质、碱解氮含量最高；速效磷、速效钾以单播无芒雀麦草地含量最高；同行混播草地pH最大。

By injecting commercially pure argon to make pressure in furnace up to 66.66 kPa and controlling refining temperature between 1 450 ℃ to 1 500 ℃, adding Mg-Ca alloy 50 kg/t and fluxed additions CaF\-2 11 kg/t, after refining the phosphorus content in steel 00Cr18Ni10 further decreased to (50～60)×10 -6, and oxygen and sulphur content in steel decreased to (4～6)×10 -6 and 15×10 -6 respectively.

采用CaC2 CaF2 法脱磷容易增碳，使后期冶炼工艺复杂，因此最好在吹氧前使用；CaC2 CaF2 也可用作喷吹SiCa粉脱磷时的覆盖渣，可起到保持还原气氛的作用。SiCa CaF2 法是唯一在工业规模上有少量应用的还原脱磷法，而且氧化脱除增加的硅比较容易。

与增磷相关的网络解释 [注：此内容来源于网络，仅供参考]

phthalate：苯二甲酸盐

环保方面,符合最新ROHS标准,磷苯二甲酸盐(Phthalate)(俗称增塑剂)多环芳香径(PAHS)及壬基苯酚(NP)及REACH等最新环保要求. 公司拥有二百多名具有专业技能及敬业精神的技术人才. 本着以科技为后盾,以人才为支柱,不断开拓连接器及线缆的崭新领域,

acierate：增碳剂

磷铜coerphoh | 增碳剂acierate | 中铬middlechro

phosphorogen：磷光激活剂

phosphorization 增磷 | phosphorogen 磷光激活剂 | phosphorogen 磷光增强剂