英语释义

1. a tropical vine (Ipomoea batatas) of the morning-glory family that is often grown for its edible tuberous root or for its ornamental variously shaped green to purple leaves and usually white to pinkish funnel-shaped flowers with pink to purple centers also the large thick sweet and nutritious tuberous root of the sweet potato that has beige, yellow, orange, red, or purple flesh and is cooked and eaten as a vegetable — compare yam sense 2

2. ocarina

3. a large root of a tropical plant that has orange skin and orange flesh, that is eaten as a vegetable, and that tastes sweet

4. the large sweet edible root of a tropical vine that is cooked and eaten as a vegetable

片语

pachyrhizus地瓜；豆薯属植物

Sweetpotato leaf地瓜叶

sweetpotato granules甘薯颗粒全粉

Sweetpotato sleaf地瓜叶

ornamental sweetpotato观赏甘薯

sweetpotato anthocyanin建立了甘薯块根花青素

edible sweetpotato食用甘薯

sweetpotato plant甘薯植株

ficus tikaua地瓜

Sweetpotato weevil甘薯小象甲

SweetPotato pwyn地瓜

英汉例句

• sweetpotato is an important crop as food, feed, industrial materials and new-type energy.

  甘薯是重要的粮食、饲料、工业原料及新型能源用作物。

• sweetpotato is a good multi-use crop in food, feed and raw material, which has high output, rich nutrient, wide adapt.

  甘薯是一种高产稳产、营养丰富、用途广泛的农作物，既是重要的粮食作物，又是良好的饲料作物，也是工业原料作物。

• the breeding of new sweetpotato variety fushu 2 and its major traits and characteristics was studied.

  报道了甘薯福薯2号选育及主要特征特性鑒定的过程。

• the research proved that rapd and issr molecular markers could reflect the genetic differences and the genetic diversity among all sweetpotato cultivars.

  研究表明，rapd和issr标记技术都能较好地反映甘薯品种之间的遗传差异，揭示甘薯品种的遗传多样性。

• one of the major problems in sweetpotato production is the damage caused by nematodes.

  甘薯线虫病是危害甘薯的主要病害，危害甘薯的线虫种类主要是根结线虫和茎线虫。

• the processing technology of mixed preserved fruit of sweetpotato and red tangerine is reported.

  报道了甘薯—红橘复合果脯的制作工艺。

• study on dry matter production property of sweetpotato yushu no. 8 in the hilly dryland;

  采用植物生长分析法 ，对丘陵旱地甘薯豫薯8号进行物质生产性能分析。

• in recent years, the aflp molecular markers technology has been applied to the study of the sweetpotato genetics and breeding.

  近年来，aflp分子标记技术已经逐步应用于甘薯的遗传育种研究中。

• the analysis of architecture of vine tip yield of sweetpotato for vegetable would provide some scientific guides for the breeding, cultivation and industrialization of sweetpotato for vegetable.

  对甘薯叶菜型品种蔓尖产量构成的分析为甘薯叶菜型专用品种的选育、栽培和产业化提供了一定的科学依据。

• the result of indertifying the productivity and essential economical characters of a premature edible newly-evolved sweetpotato name 「yusu 76」 are introduced.

  介绍了甘薯早熟食用新品种「渝苏76」的生产力和主要经济性状的鑒定结果。

• new sweetpotato variety yanshu 16 is of characteristics with high- yielding good quality disease resistance, drought tolerance.

  甘薯新品种烟薯16具有高产、优质、抗病、耐旱等特点。

• these results may provide a theoretical basis for sweetpotato germplasms maintained in vitro and the breeding of sweetpotato.

  该研究为甘薯种质资源长期离体保存及甘薯杂交育种提供理论依据。

• sweetpotato parental materials xu 22-5, 96-58-2, etc, with high carotene content as well as good flowering ability, were selected by evaluation of germplasms.

  通过广泛引进鑒定甘薯品种资源，筛选出胡萝卜素含量高、开花习性好的高胡萝卜素甘薯亲本徐225、96582等。

• a preliminary report on characteristics identification and high yielding mechanism of sweetpotato variety quanshu76 was described in order to give some references for its production.

  鑒定了抗瘟粉用型甘薯新品种泉薯76的主要特征特性及其高产机理，旨在为其推广应用提供参考。

• the effects of purple sweetpotato milk beverage which affected by stabilizers and the ratio of sugar to acid were researched.

  探讨了稳定剂和糖酸比对紫甘薯乳饮料的影响，采用正交试验法对紫甘薯乳饮料的最佳工艺条件进行了研究。

• the starch contents and amylase activities in the roots of different genotypes of sweetpotato during whole storage period were measured.

  对不同基因型甘薯品种在整个贮藏期不同时段淀粉率和淀粉酶活性进行精确测定。

• with fi eld experiment, the effects of potassium humate on storage root quality of edible sweetpotato were studied.

  采用田间试验研究了腐植酸钾对食用甘薯块根品质的影响。

• sweetpotato weevil is one of the important pests in fujian sweetpotato producing areas.

  甘薯小象虫是福建薯区重要的害虫。

• dsc analysis found there is a decalescence peak in over 90℃-120℃, the sweetpotato rs shows a unique peak.

  dsc分析发现抗性淀粉有一个明显熔融吸热峰，最高峰值在90℃-120℃。

• the genetic diversity of 21 purple and 28 red and yellow sweetpotato varieties has been evaluated by issr markers.

  采用issr分子标记，分析了21份紫肉、28份红黄肉甘薯种质遗传多样性。

• the explants of 12 superior sweetpotato cultivars were selected from field and cultured on ms medium to obtain sterile cuttings.

  从田间选取甘薯优良品种12份，采用ms基本培养基进行无菌试管苗培养。

• wild relatives of sweetpotato had more excellent genes, such as high starch contents, disease and insect resistance, adversity resistance.

  甘薯近缘野生种具有高淀粉含量、抗病虫和抗逆等优良性状。

• during 19941997, the rate of fertilizer application, plant density and cutting time for sweetpotato jin 3 were studied.

  1997年，对晋甘薯3号的施肥量、密度、扦插期进行了试验。

• so, it's very important to construct new antifreeze sweetpotato materials.

  因此，培育抗冻甘薯新品种具有重要的应用前景。