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peach    
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    Experimental Research of Laser Image Analysis for Peach Quality during Its Shelf Life
    基于激光图像分析的货架品质无损检测试验
短句来源
    We found that the parameter A S1-A S2 had a better correlation with the maximum puncturing force,CIE a*,hue angle H° and SSC/TA. The results proved the possibility of non-destructive detection of peach quality by using laser instrument.
    结果表明:图像参数AS1-AS2与最大破坏力F、果面底色色度a*、果面底色色调角H°和果实固酸比SSC/TA之间有较好的相关性,结果验证了激光在水果品质无损检测中的可行性。
短句来源
  
    Experimental Research of Laser Image Analysis for Peach Quality during Its Shelf Life
    基于激光图像分析的货架品质无损检测试验
短句来源
    We found that the parameter A S1-A S2 had a better correlation with the maximum puncturing force,CIE a*,hue angle H° and SSC/TA. The results proved the possibility of non-destructive detection of peach quality by using laser instrument.
    结果表明:图像参数AS1-AS2与最大破坏力F、果面底色色度a*、果面底色色调角H°和果实固酸比SSC/TA之间有较好的相关性,结果验证了激光在水果品质无损检测中的可行性。
短句来源
  桃树
    Study on water use of drip irrigated peach tree under the conditions of fully irrigated and regulated deficit irrigation
    充分灌与调亏灌溉条件下桃树滴灌的耗水量研究
短句来源
    Peach Water Consumption Laws by Drip Irrigation in Greenhouse
    日光温室桃树滴灌需水规律的研究
短句来源
    Peach trees planted on clay loam soil are divided into two districts with different irrigation conditions.
    本文研究了充分灌与调亏灌溉条件下桃树滴灌的耗水量 .
短句来源
    The paper studied the water consumption laws of the peach planted under the greenhouse and drip irrigation condition. The results showed the relationship between peach water consumption and yield appeared to be the parabolic curve.
    通过对日光温室桃树滴灌条件下需水规律的研究,结果表明:在滴灌条件下,日光温室桃树的需水量与产量呈二次曲线关系;
短句来源
    The peach has the similar water consumption laws at growing stages both in greenhouse and without plastic-mulched, which appeared lower at prophase stage and anaphase stage, higher metaphase stage.
    日光温室桃树温室生长阶段和露地生长阶段具有相似的需水规律,均表现为前期小,中期大,后期小, 露地生长阶段需水强度大于温室生长阶段;
短句来源
  桃树
    Study on water use of drip irrigated peach tree under the conditions of fully irrigated and regulated deficit irrigation
    充分灌与调亏灌溉条件下桃树滴灌的耗水量研究
短句来源
    Peach Water Consumption Laws by Drip Irrigation in Greenhouse
    日光温室桃树滴灌需水规律的研究
短句来源
    Peach trees planted on clay loam soil are divided into two districts with different irrigation conditions.
    本文研究了充分灌与调亏灌溉条件下桃树滴灌的耗水量 .
短句来源
    The paper studied the water consumption laws of the peach planted under the greenhouse and drip irrigation condition. The results showed the relationship between peach water consumption and yield appeared to be the parabolic curve.
    通过对日光温室桃树滴灌条件下需水规律的研究,结果表明:在滴灌条件下,日光温室桃树的需水量与产量呈二次曲线关系;
短句来源
    The peach has the similar water consumption laws at growing stages both in greenhouse and without plastic-mulched, which appeared lower at prophase stage and anaphase stage, higher metaphase stage.
    日光温室桃树温室生长阶段和露地生长阶段具有相似的需水规律,均表现为前期小,中期大,后期小, 露地生长阶段需水强度大于温室生长阶段;
短句来源
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  peach
When transferred onto plum and peach, the spider mite adapted to the new hosts in the second generation; however, on cherry and apricot, it adapted in the third generation.
      
This was particularly observed under stress plant growth conditions on phytotoxic peach substrates.
      
Quantitative assessment of the infection rate of the entomophthoraceous fungus,Zoophthora anhuiensis against the green peach aph
      
A two-step method was developed to quantitatively assess the infection rate of the entomophthoraceous fungus,Zoophthora anhuiensis (Li) Humber, on the green peach aphid,Myzus persicae (Sulzer).
      
Recoveries for each pesticide added to a peach sample were obtained after applying different extraction systems.
      
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Peach trees planted on clay loam soil are divided into two districts with different irrigation conditions.In the first district,the trees are fully irrigated with water volume equivalent to 80% of evaporation in the total growth period.Whereas,in the second district,the trees are irrigated according to regulated deficit irrigation principle with water volume equivalent to the sum of 20% of evaporation during fruit slow growth stage and 80% in the rest of growing period.It seems that the total yield of...

Peach trees planted on clay loam soil are divided into two districts with different irrigation conditions.In the first district,the trees are fully irrigated with water volume equivalent to 80% of evaporation in the total growth period.Whereas,in the second district,the trees are irrigated according to regulated deficit irrigation principle with water volume equivalent to the sum of 20% of evaporation during fruit slow growth stage and 80% in the rest of growing period.It seems that the total yield of fruit does not decrease under the condition of regulated deficit irrigation but the water use is significantly reduced.The annual crop factors are 0\^474 and 0\^378 for full irrigation and regulated deficit irrigation respectively.

本文研究了充分灌与调亏灌溉条件下桃树滴灌的耗水量 .在田间设置有两个处理 ,其一是在整个生育期以蒸发量的 80 %进行充分灌溉 ;其二是在果实生长缓慢期以蒸发量的 2 0 %进行亏缺灌溉 ,而在其它季节以蒸发量的 80 %进行充分灌溉 .利用石膏块土壤水分传感器和中子仪分别测量了根区土壤水势和土壤含水量的变化 ,并实测了果实生长量、枝条生长量和产量 .利用水量平衡法得出了在上述两种滴灌条件下桃树不同生育期的日均耗水量与蒸发皿系数 .与充分灌比较 ,调亏灌溉对产量没有影响 ,灌水量减少了 32 % ,并有效抑制了枝条生长

This paper discussed the conception and theoretical basis of controlled root\|divided alternative irrigation(CRDI) and studied it systematically through potted maize,field maize and peach roots\|divided irrigation.The results show that CRDI could save irrigation water under the condition of not to reduce the yield but the luxury water used,since the evapor\|transpiration can be reduced greatly.At the same time,the irrigation water use efficiency is also decreased.It demonstrates that CRDI is a feasible...

This paper discussed the conception and theoretical basis of controlled root\|divided alternative irrigation(CRDI) and studied it systematically through potted maize,field maize and peach roots\|divided irrigation.The results show that CRDI could save irrigation water under the condition of not to reduce the yield but the luxury water used,since the evapor\|transpiration can be reduced greatly.At the same time,the irrigation water use efficiency is also decreased.It demonstrates that CRDI is a feasible irrigation technique suitable for arid area.

本文对控制性根系分区交替灌溉的概念及其理论依据进行了论述 ,并通过盆栽玉米、大田玉米、梨树根系分区交替灌溉等试验对控制性作物根系分区交替灌溉进行了较为系统和深入的研究 .试验结果表明 ,采用控制性根系分区交替灌溉 ,可以达到以不牺牲作物光合产物积累、减少棵间蒸发和作物蒸腾耗水而节水的目的 ,灌溉水利用效率和植物水分利用效率明显提高 ,它是一种切实可行的灌水技术 ,可进一步在干旱缺水地区推广应用

To study on seedling grafting robot and obtain its design datum,the seedling test bed has been developed.The cutting experiment has been conducted on peach seedling with the measurement of cutting resistance and rate of cutting out on test bed.The experiment results show that the diameter of seedling,speed of rotation and angle of slide cutting respectively influence the cutting resistance in sequence.Between diameter of seedling and cutting resistance there is a quadratic parabolic relationship,while...

To study on seedling grafting robot and obtain its design datum,the seedling test bed has been developed.The cutting experiment has been conducted on peach seedling with the measurement of cutting resistance and rate of cutting out on test bed.The experiment results show that the diameter of seedling,speed of rotation and angle of slide cutting respectively influence the cutting resistance in sequence.Between diameter of seedling and cutting resistance there is a quadratic parabolic relationship,while between speed of rotation and cutting resistance there is a linear relationship just as that between angle of slide cutting and cutting resistance.In conclusion,the highest value of cutting resistance is 7.34 N and the cutting rate is not less than 99.4 percent under the condition that the speed is over 60 r/min,i.e.the cutting line speed is over 0.312 m/s.

为给苗木嫁接机切削系统提供设计依据,研制了苗木切削试验台,并以桃树苗作为试验对象,苗的切削阻力和切断率作为目标进行切削试验.结果表明,苗木直径、转速、滑切角依次影响切削阻力大小,苗木直径与切削阻力呈平方关系;转速与切削阻力呈线性关系;滑切角与切削阻力亦呈线性关系;从试验数据分析得出,苗木最大切削阻力为 7.34 N;转速较大地影响切断率,转速大于 60 r/min 时,即刀片切削线速度大于 0.312 m/s,能保证苗木切断率不低于 99.4%.

 
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