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hot pepper
相关语句
  辣椒
     Hot pepper (Capsicum annuum L.)
     辣椒(Capsicum annuum L.)
短句来源
     The conte nts of fluoride in rice, corn and chili (hot pepper) showed a decrease of 59.70% , 67.95% and 91.95%, respectively.
     大米、玉米、辣椒含氟量分别下降59.70%、67.95%、91.95%;
短句来源
     Haifeng 28 is a new hot pepper hybrid by crossing '96- 1- 6'with F- 51- 2'.
     “海丰28号”是由花培品系“96—1—6”和自交系“F—51—2”杂交配制而成的羊角辣椒杂交一代。
短句来源
     Effects of Increasing Yield on Hot Pepper by Using 2,4-D
     2,4-D在辣椒生产上的应用效果
短句来源
     The fluorine contents in corn are in the range of 2.74~5.85 mg/L. The fluorine contents in hot pepper are in the range of 4.48~157.95 mg/L.
     玉米氟含量在2.74~5.85mg/L之间,辣椒氟含量在4.48~157.95mg/L之间,呈下降趋势;
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  “hot pepper”译为未确定词的双语例句
     effect on hot pepper virus disease was 83.8%~95.2%, the yield increased by 33.0%~125.2%.
     改善甜椒病毒病症状的效果为83.8%~95.2%,增产33.0%~125.2%;
短句来源
     Considering both the yield and quality of the hot pepper,the combinations of N,R K were optimized as follows:N:0.406~0.435 g/kg soil,P2O5:0.159~0.170 g/kg soil,K2O:0.186~0.198 g/kg soil,and N:P2O5:K2O was 1:0.39:0.46.
     经多元回归和频率分析方法理论上得到茶叶N、P、K三元素最佳方案是:N:0.406~0.435g/kg土,P2O5:0.159~0.170g/kg土,K2O:0.186~0.198g/kg土,N:P2O5:K2O为1:0.39:0.46。
短句来源
     The hot pepper CMS 21A,sweet pepper CMS 8A and 9 different genotype fertility restoring lines were used to study the inheritance of fertility restoring genes.
     以辣(甜)椒细胞质雄性不育系21A、8A和9个不同基因型的辣(甜)椒恢复系为材料,研究其不育恢复基因的遗传。
短句来源
     New Hot Pepper Variety Shanjiao 2001 with High Biological Calcium Content
     高生物钙线椒新品种“陕椒2001”
短句来源
     The results showed that Xiong 804,LS7,Xiangzi,Luozi,SI201,translated R-gene sweet pepper and hot pepper inbreds were fully restoring lines to CMS 21A and 8A and possessed a pair of dominate restoring genes. The restoring genes in Xiangzi,Luozi and translated R-gene hot pepper were allele,but non-allele in SI201.Nanchang 92-1 and Luotian No.
     结果表明,匈804、LS7、湘紫、洛紫、SI201、转育R甜和转育R辣均能完全恢复21A和8A的不育性,具有1对显性恢复基因,湘紫、洛紫和转育R辣的恢复基因为等位基因,与SI201恢复基因不等位。
短句来源
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  相似匹配句对
     Effect of N,P,K on Yield on Hot Pepper
     氮、磷、钾三要素对辣椒产量的影响
短句来源
     Allelopathy of Coriander on Hot Pepper
     芫荽对辣椒化感效应的研究
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     四月热片
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  hot pepper
These experiments demonstrate that our transgenic pepper plants might be a useful marker system for the transgene screening and useful for classical breeding programs of developing virus resistant hot pepper plants.
      
Growth response of hot pepper (Capsicum annuum L.) inoculated with the arbuscular mycorrhizal (AM) fungus, Glomus intraradices Schenck and Smith was evaluated in a greenhouse study.
      
Cold-storage of mixed inoculum of Glomus intraradices enhances root colonization, phosphorus status and growth of hot pepper
      
Here, the possible biological role(s) of CaERFLP1 is discussed, especially with regard to the possibility that CaERFLP1 has multiple functions in the regulation of GCC- and DRE/CRT-mediated gene expression in hot pepper plants.
      
In hot pepper plants, the steady-state level of CaERFLP1mRNA was markedly induced by multiple environmental factors, such as pathogen infection, ethylene, mechanical wounding and high salinity.
      
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In order to increase the induction frequency of embryoids in anther culture of hot pepper and sweet pepper the proper developmental stage of pollen grains for inoculation, the effect of the concentration of the sucrose and the active carbon have been investigated.

作者为了提高辣椒(Capsicum annuum L.)和甜椒(Capsicum annuum var.Grossum Sendt)花粉胚状体的诱导频率,研究了花粉发育时期、蔗糖浓度及活性炭对花粉形成胚状体的影响。用杂种F_1代和新引进品种为材料,使花药产生胚状体的频率提高到16.5%,得到一批发育正常的植株,在现蕾前,用0.2%秋水仙碱加倍后,大部分都能正常开花结果。 辣椒和甜椒花粉发育成胚状体或愈伤组织,主要通过B途径(花粉第一次分裂形成均等的两个子细胞)和A途径(由营养细胞分裂),两者继续分裂形成胚状体或愈伤组织。生殖核只分裂1~2次或根本不分裂就退化,不参与胚状体的形成。 处于单核靠边期的花粉对诱导胚状体比单核早期的花粉效果较好。 用NT_H培养基,附加 3~6%蔗糖、0.5毫克/升萘乙酸,500毫克/升酪朊水解物,1毫克/升激动素(或1毫克/升6-苄基氨基嘌呤)以及0.5%活性炭,能提高花药产生胚状体的频率。

The line breeding on the anther plant of sweet pepper (Capsicum arm -uum var. grossum Sendt)and hot pepper (Capsicum annuum L.).Now, some lines were propagated to four or five filial generations. By preliminary observation, we discoverd the main character of fruit inherit to the filia -1 generation. From 2 nd generatjon, the plants were uniform in line.No -w, some lines put into production experiment. From F1 filial generation of pollen plants, the fruit character and uniformity of plants was nearly same...

The line breeding on the anther plant of sweet pepper (Capsicum arm -uum var. grossum Sendt)and hot pepper (Capsicum annuum L.).Now, some lines were propagated to four or five filial generations. By preliminary observation, we discoverd the main character of fruit inherit to the filia -1 generation. From 2 nd generatjon, the plants were uniform in line.No -w, some lines put into production experiment. From F1 filial generation of pollen plants, the fruit character and uniformity of plants was nearly same as the origin F1 generation, but they haven't the higher products than the origin F 1 generation.

对由花药培养所获得的甜(辣)椒花培品系进行繁殖,目前有些品系已经繁殖到第四代或第五代。经初步观察,已见到花培当代的果实主要性状能稳定地遗传给后代,自二代起,品系内株间整齐一致,现在有些品系进入生产试验。由杂种一代经花培育成的品系在果实性状和植株长势上与原杂种一代近似,但不具有原杂种一代的产量优势。

There is a wide distribution of cotton bollworm(Heliothis armigera Hubner) and tobacco budworm(Heliothis assulta Quenee) in the world. They are important insect pests attacking cotton, tobacco and some kinds of vegetables in China. The damage caused by these two pests has become increasingly serious in recent years. Some problems, such as host, external anatomy, life cycle and habits of them, have not been known clearly. The present paper deals with the results Obtained from the laboratory rearing experiments...

There is a wide distribution of cotton bollworm(Heliothis armigera Hubner) and tobacco budworm(Heliothis assulta Quenee) in the world. They are important insect pests attacking cotton, tobacco and some kinds of vegetables in China. The damage caused by these two pests has become increasingly serious in recent years. Some problems, such as host, external anatomy, life cycle and habits of them, have not been known clearly. The present paper deals with the results Obtained from the laboratory rearing experiments and field investigations that were carried out during the years of 1980-1983 in Taian, Shandong, but some of these results are different from the conclussions drawn by any other research workers in the past. The results obtained are summarized as follows:Both cotton bollworm and tobacco budworm have four generations each year and the larva has six instars. Under the laboratory conditions, cotton bollworm requires 30 days(25.5-26.4℃ in average)to finish one generaton, whereas the tobacco budworm requires 40 days.The host plants of cotton bollworm are mainly cotton, corn, wheat, soybean, peanut, tomato and tobacco, only a few individuals of cotton bollworm can feed on hot pepper. The tobacco budworm can feed on tobacco, hot pepper, amaranthts and tomato.Having observed many larvae of these two kinds of pests, we found that both of them have some individuals with similar link linof hair 4 and 5, which can pass the spiracle in the lateral of prptes horax, therefore we can not distinguish cotton bollworm, larva from tobacco budworm larva according to this feature which many people often used. We also observed that adults of these two kinds of pests do not mate each other.

室内饲养,认为棉冷虫完成一代所需时间较烟青虫略短,在室内均温25.5—26.4℃下,棉铃虫经30天左右即可完成一代,而烟青虫则需40天左右。通过田间系系调查,棉铃虫寄主植物种类明显多于烟青虫,前者主为害棉、小麦、玉米、大豆、花生、番茄、烟草等,辣椒田内也有少量幼虫;后者主要为害烟草、辣椒、番茄等植物。对两种幼虫作了前胸4、5毛连线与气门关系的观察,发现在连线与气门相切、相交、远离方面,都各有一定虫量,更加特殊的是,在一头幼虫的前胸左、右两侧、尚有不同,所以认为和用这一特征区别两种幼虫,是不可靠的。室内饲养作两种幼虫的互相交尾试验,在正交(棉铃虫雌,烟青虫雄)与反交(烟青虫雌,棉铃虫雄)中,均未发现有交尾现象,所产的卵也全部未受精,但作为对照的自交饲养结果,均能正常进行交尾,产卵、孵化、发育。

 
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