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application methods
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  施用方法
    A Simulating Test on the Effects of Application Methods of NH_4HCO_3as Base Fertilizer on the Concentration of NH_4~+—N Paddy Field
    水田基肥NH_4HCO_3施用方法对水中NH_4~+—N分配量影响的模拟实验
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    The effects of no tillage on soil N, P, K, S, micronutrients, and soil pH were reviewed in the paper. Also, the application methods of N, P, K, lime and gypsum were put forward.
    系统分析了免耕对土壤N、P、K、S、微量元素以及 pH值的影响 ,并提出了N、P、K肥和石灰、石膏的施用方法
短句来源
    The effects of various planting patterns and nitrogen fertilizer application methods on yield of single cropping hybrid Japonica rice var. 8 you 161 were investigated through experiments carried out in Hangzhou.
    通过对单季杂交粳稻 8优 16 1不同栽插本数与栽种方式、氮肥用量和施用方法的试验分析 ,初步明确了获得 8优 16 1高产相应的栽插本数和栽种方式、氮肥用量及施用方法
短句来源
    The split plot design was adopted in a field biological experiment to study the influence of different rates and application methods of chemosynthetic compound fertilizer on the nutritional status of paddy rice in a neutral purple soil.
    采用裂区设计 ,田间生物试验的方法 ,研究了磷酸二氢钾铵不同用量及不同施用方法在中性紫色土上对水稻的营养效应。
短句来源
    Increased chlorophyll content, assimilation efficiency, spike length and grains per spike with adequate fertilization and appropriate application methods were found to be mainly responsible for yield increase.
    适量供肥及合理施用方法可增加水稻叶片叶绿素含量、提高同化效率、增加水稻穗长、穗粒数等 ,这可能是实现增产的主要原因
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  “application methods”译为未确定词的双语例句
    59Fe tracing experiment was used to study the effect of different Fe-fertilizer application methods and Fe-fertilizer mixed with different materials on the rate of Fe uptake and transportation in citrus plant.
    应用~(59)Fe示踪法研究不同施铁方式和配施不同肥料对柑桔吸收、运转铁的影响,揭示了埋瓶和涂叶的施用效果远胜于直接施入砂介质中(简称“直接施入”)的效果。
短句来源
    The significance of CO2 application is presented, and the merits and shortcomings of various CO2 application methods are summed up and compared.
    介绍了CO2施肥的重要意义,总结比较了各种CO2施肥方法的优缺点。
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    Effects ofNFertilizer Application Methods onYieldIncrease the AridLand
    旱地不同施氮方法的增产效果
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    A study of effect of fertilizer application methods on uptake of N and P by rape using tracer technique
    用示踪技术研究不同施肥方法对油菜吸收利用氮、磷的影响
短句来源
    CHARACTERISTIC OF UPTAKE OF BORON AND ZINC AND THEIR APPLICATION METHODS IN RAPE
    油菜吸收微量元素的特点及硼锌的施用方法
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  application methods
Differences in product types, application methods and markets will be covered in this paper.
      
As an example, we solve several problems for plates of finite dimensions with cracks for two load application methods.
      
Advances in VLSI technology require changes in circuit test application methods or apparatus.
      
The authors studied the effect of application methods on foam efficiency and compared the effectiveness of two protein-based foams, Light Water, and a fluoroprotein foam known as F.P.
      
It is proposed that contact methods of thermal analysis (print and application methods, sputtering) be used to study thermal decomposition and determine the allowable superheating of explosives.
      
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It is clear from this paper results that: (1)The spatial structure of soilEC and C1~- during leaching at depths 1(0-30 cm), 2 (30-60 cm), 3 (60-90 cm),and 4 (90-120 cm) is affected more by salt concentration of the leaching water then bythe original properties of soil. The curves display cyclic behavior corresponding to thedistance between treatment replications. Depth 5 (120-150 cm) was more influenced bysoil properties than by surface application. (2) The spatial distributions of EC and Cl~-in the soil profiles...

It is clear from this paper results that: (1)The spatial structure of soilEC and C1~- during leaching at depths 1(0-30 cm), 2 (30-60 cm), 3 (60-90 cm),and 4 (90-120 cm) is affected more by salt concentration of the leaching water then bythe original properties of soil. The curves display cyclic behavior corresponding to thedistance between treatment replications. Depth 5 (120-150 cm) was more influenced bysoil properties than by surface application. (2) The spatial distributions of EC and Cl~-in the soil profiles of different treatments show that (a) the lower the concentration ofleaching water, the higher the efficiency of leaching and the lower the EC and C1~-concentration, listed by the efficiency of leaching, treatment 400 ppm>1500ppm>3000ppm; (b) high concentration of the leaching water will not leach salt from thesoil; rather it increases the salt load in the soil profile. Therefore, salt concentrationsgreater than 4500ppm will not improve this soil, but will result in increased salinity.(3)The spatial distribution of average values of EC and C1~- of 72 soil profilesdemonstrate the effect of leaching water on soil improvement. (4)there is a closecorrelation between EC and C1~- in the soil profile. (5)Spatial variability for samples isbest described by semivariogram analysis. Semivariogram of EC and C1~- for thisexperiment indicate that EC and Cl~- are spatially structured as the result of experimentaldesign, application methods and soil properties.

用6种不同含盐浓度的水分淋洗Tulare粘土,分层测定0-150cm土层的EC和Cl~-值,采用经典统计和半方差分析方法,分析了土壤剖面EC和Cl~-的分布特征、EC和Cl~-的相关性,以及72个取样点间的EC和Cl~-的空间连续性。

59Fe tracing experiment was used to study the effect of different Fe-fertilizer application methods and Fe-fertilizer mixed with different materials on the rate of Fe uptake and transportation in citrus plant.The results showed that the 59Fe uptake rate of plant by sand application,embedded-bottle and foliar-smearing application was 2.81%,9.5% and 25.5% respectively.The treatments of embedded-bottle and foliar-smearing application were better than that of sand application.The specific...

59Fe tracing experiment was used to study the effect of different Fe-fertilizer application methods and Fe-fertilizer mixed with different materials on the rate of Fe uptake and transportation in citrus plant.The results showed that the 59Fe uptake rate of plant by sand application,embedded-bottle and foliar-smearing application was 2.81%,9.5% and 25.5% respectively.The treatments of embedded-bottle and foliar-smearing application were better than that of sand application.The specific activity of active 59Fe in citrus plant with embedded-bottle and foliar-smearing application was respectively 4.8 times and 46 times higher than that of active 59Fe with sand application.The results also showed that the active 59Fe content in citrus plant was raised considerably by Fe-fertilizer mixed with HAC and with cowdung.The intensity of active Fe in citrus leaves was 7.5 times higher by application of Fe-fertilizer mixed with HAC than by sand application.The active Fe in citrus plant was decreased by the treatments of Fe-fertilizer mixed with high P-fertilizer and with high K-fertilizer.The 59Fe uptake rate of citrus plant was very low in these treatments.It was only 0.46% in the high K-fertilizer treatment,only 16% of that of the control.

应用~(59)Fe示踪法研究不同施铁方式和配施不同肥料对柑桔吸收、运转铁的影响,揭示了埋瓶和涂叶的施用效果远胜于直接施入砂介质中(简称“直接施入”)的效果。在试验期内,涂叶、埋瓶的全株~(59)Fe吸收率分别为9.5%、25.5%,比直接施入高出2.4至8倍;而全株活性~(59)Fe比强分别是直接施入方式的4.8和46倍。在配施肥料中,醋酸和牛粪处理的效果优异,能增加桔株体内活性铁含量,尤其是配施醋酸,叶部活性铁强度(cpm/g)是直接施入的7.5倍。配施高磷、高钾肥料者,其植株体内活性铁含量均显著降低,特别是配施钾肥,其吸收率低至0.46%,只有对照的16%。

Super moisture absorbent is a macromolecular compound. It can absorb several hundred times its weight of water. As a new type of material, it has been widely applied abroad to industry, agriculture, forestry, medical and health work, and so on. Recently, some super moisture absorbents have also been produced in our country, but as yet are less applied to agriculture. The results of simulation experiment in laboratory showed that after the application of HL type super moisture absorbent to soil, the water...

Super moisture absorbent is a macromolecular compound. It can absorb several hundred times its weight of water. As a new type of material, it has been widely applied abroad to industry, agriculture, forestry, medical and health work, and so on. Recently, some super moisture absorbents have also been produced in our country, but as yet are less applied to agriculture. The results of simulation experiment in laboratory showed that after the application of HL type super moisture absorbent to soil, the water and fertilizer retention ability of soil would be obviously raised and the structure of soil would also be improved. Therefore, it is a good soil-improving agent. In addition, it also is a good material for growing seedling. In order to widely extend the application of HL type super moisture absorbent to agriculture, it is necessary to reduce production costs and to strengthen research on application method

超吸水剂在国外已广泛应用于工业、农林业和医疗卫生。近年来,我国也有不少同类产品问世,但在农业上应用较少。本文通过室内模拟等试验,说明HL型超吸水剂不仅可以提高土壤保水保肥性能,还能改善土壤结构,可以作为土壤改良剂。用于蔬菜育苗,对提高秧苗的素质具有良好的影响。但是要达到生产上普遍应用,还须不断降低它的价格,并加强使用方法等研究。

 
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