小麦的

基本解释 (translations)

wheaten

与小麦的相关的网络例句 [注：此内容来源于网络，仅供参考]

The average heterosis of the grain yield per plant is 75. 79%, 57. 67% and 12. 55% in the hybrids of the common wheat with spelt wheat, club wheat and itself respectively. the heterosis degree of the interspecific hybrid was greater than that of intervarietal hybrid.

普通小麦与斯卑尔脱小麦的种间杂种每株产量的平均杂种优势为75.79%，普通小麦与密穗小麦的种间杂种每株产量的平均杂种优势为57.67%，普通小麦品种间杂种每株产量的平均杂种优势为12.55%，种间杂种优势大于品种间杂种优势。

The heterosis of spike number per plant and grain number of main spike were stable in the intervarietal crosses between years, and so were the grain number of main spike in the crosses of common wheat with club wheat, and were the 1000-grain weight in the crosses of common wheat with spelt wheat.

普通小麦品种间杂种每株穗数优势和主穗粒数优势年度间表现稳定；普通小麦与密穗小麦的种间杂种主穗粒数优势以及普通小麦与斯卑尔脱小麦的种间杂种千粒重优势两年均表现出明显的杂种优势，且幅度相近，其他性状年度间差异较大。

To improve the yield and quality of wheat is an important project to breeder with genetic method. Wild emmer (Triticum. Dicoccoides Kom), as a close species to common wheat, has many good characteristics which can be used to improve common wheat (. T. aestivum L) and is precious material in wheat evalution.

野生二粒小麦(Triticum.dicoccoides Kom)作为与普通小麦(T.aestivum L)亲缘关系较近的一个种，具有许多优良的特性，在小麦的遗传改良中占据着重要的位置，同时，野生二粒小麦是也是研究普通小麦遗传进化的珍贵材料本研究运用SSR分子标记方法对野生二粒小麦与普通小麦的A、B染色体组的同源性进行研究；同时，为了探讨野生二粒小麦的耐盐性能否应用在普通小麦的遗传改良中，采用水培法对从以色列引进的93份野生二粒小麦的耐盐性进行了初步探讨，为普通小麦的遗传改良提供实验依据。

In order to find out completely the soil-wheat contaiminated by heavy metals in Tianjin sewage farm, we collect samples on the dry land and examinate contents of heavy metals in soil-wheat system. Firstly, the anthor evaluates that soil irrigated by sewage that has been contaminated slightly, the main polluting factors are Cd and Zn, and then the anthor evaluates soil according to different regions, soil types and irrigating water. Secondly, the anthor analyzes content and enrichment ability of heavy metals in different part of wheat, evaluates wheat is contaiminated by Cd widespreadly, only few samples polluted by Zn.Finally the anthor put up correlative analysis about heavy metal contents in the soil-wheat system, as well as plant enrichment coefficient and some physico-chemical properties of soil, and establishes a prognostic model about heavy metal content among wheat spike, soil, soil types, PH, organic matter and salinity with the quantifying theory.The prognostic accuracy of primarily contaminative factors is the best with compound correlative coefficient examining, the model can be founded.With improvement of living level, people need cleaner food.

为全面了解天津市污灌区农产品生产地土壤和旱地作物小麦的重金属污染状况，我们于2004～2005年对全市污灌区的土壤和小麦进行了采样，在对该区土壤—小麦系统中六种重金属元素(Cd、Cu、Pb、Zn、Cr和Ni)的含量进行检测的基础上，本文首先分析评价了污灌区农田土壤的环境质量总体已达到了轻度污染水平，主要的污染因子是Cd和Zn，同时对污灌区农田土壤分区县、土壤类型和不同灌水类型进行了评价；然后分析了重金属在小麦不同部位的含量与富集能力，评价了污灌区旱地作物小麦普遍遭受了Cd的污染，只有个别样点遭受了Zn的污染；最后对土壤—小麦系统重金属含量间以及植物富集系数与土壤部分理化性质间进行了相关分析，由于土壤类型是定性变量，本论文以数量化理论建立了小麦穗实中重金属含量与土壤中重金属全量、土壤类型、PH值、有机质和全盐量间的预测模型，经复相关系数检验，污灌区主要的污染因子Cd和Zn的预测精度最高，模型可以成立。

3During 15 to 30 days after anthesis,the CHL content of the wheat flagleaf decrease promptly,and there are significant differences between CTW and WTW.Thedecreasing rates of the CHL of CTW are lower than that of WTW.Similar results are foundin the WSP content of flag leaf.The MDA content of the wheat flag leaf increase exponen-tially along with the DAA.

开花后15～30天，小麦旗叶叶绿素含量迅速下降，冷型小麦旗叶CHL分解缓慢、CHL稳定时间长；小麦开花后旗叶可溶性蛋白质含量迅速下降，不同温型小麦的下降速度有别，冷型小麦下降速度慢，结果导致从开花后15天开始，冷型小麦WSP含量高明显高于暖型小麦；小麦旗叶丙二醛含量在开花后随天数的增加而呈指数增长，在整个籽粒形成和灌浆期，冷型小麦MDA含量均低于暖型小麦，从花后12天开始，不同温型小麦之间MDA含量的差距越来越大。

Based on the analysis of the requisites of glutenous wheat in China, the developmental advantages of the wheat in Shaanxi province and the major factors limiting the qualities of glutenous wheat, the paper put forward the systematic cultivation techniques, showing the great significance for the increase of quality and quantity of glutenous wheat, for the enlargement of total protein amount of the society and the improvement of people's living standards.

为此，本文从我国强筋小麦品质指标要求及陕西发展强筋小麦的优势入手，在分析影响强筋小麦品质主要因素的基础上，提出优质强筋小麦配套栽培技术。对提高强筋小麦产量和质量，增加蛋白质的社会总量，改善人民生活有着极其重要的意义。

The resistance mechanism of wheat to insects includes tolerance, nonpreference and antibiosis. The dissertation investigates the wheat mechanism, indicators and standard of resistance to aphid and analyses the relation between four kinds of second substance and the wheat resistance to aphid and research the effect of wheat varieties on carboxylesterase and glutathione-s-transferase according to the tests of three mechanism, the content of second substance and the activity of relative detoxification enzyme.

本文通过不同小麦品种的不选择性、抗生性、次生物质含量及麦长管蚜体内有关解毒酶活性的测定，进一步探讨了小麦的抗蚜机制，探索了小麦的抗蚜指标及鉴定标准；研究分析了小麦中4种重要的次生物质含量与小麦抗蚜性的关系；测定了不同小麦品种对麦长管蚜羧酸酯酶和谷胱苷肽-S-转移酶的影响。

The results showed that: 1 under the hydroponic culture established in this research, the experimental wheat plants grew well andperformed the typical architecture responses when exposed in Pi deprivation. Hemi-qantitative RT-PCR revealed that the transcriptional level of known P response gene changed dramatically; 2 In general the length of wheat root axis and the root/ shoot ratio arose when the Pi supply was deprived, however, the change models differed among different wheat genotypes. The investigation on their molecular basis would offer the useful clue for seeking high phosphorus efficiency protoplasma and gene resources of wheat.

结果表明：1在研究建立的小麦水培体系中，小麦植株生长正常并对磷饥饿胁迫条件做出发育形态建成水平的反应；半定量RT-PCR分析显示在此体系中小麦磷响应基因也在转录水平上产生显著变化；2在水培条件下不同基因型小麦对磷饥饿胁迫的反应总体上表现在根轴长度和根冠比有所提高，但不同基因型小麦的反应特点有差异；对这些反应特征的分子机理的深入分析可为有效筛选磷高效小麦新种质以及发掘磷高效基因资源提供线索。

Theα-amylase activity significantlyaffected PHS percentage for non-waxy wheat varieties, and soluble sugar content ingrains was significantly related to pre-harvest sprouting percentage in waxy wheat.

糯小麦的α-淀粉酶活性与正常小麦无显著差异，籽粒可溶性糖含量显著高于正常小麦，同时部分糯小麦籽粒还存在中空和种皮裂纹现象。

In grain-filling stage, the qP values of evolutionary wheats decreased under water stress, while Shan253 and Changwu134 hadn't decreased, indicated that the effect of water stress on the re-oxidation in Q-A of modern wheat was slight, while before this stage, the electron transport from PSⅡto QA restrained by water stress was main factor of photosynthesis non-stomata limitation to modern wheat; The qNP values of hexaploid were higher than diploid and tetraploid wheat, indicated that the ability of using light energy

随小麦由二倍体向四倍体、六倍体及现代小麦进化，表观电子传递速率有增大趋势，其受水分胁迫影响的程度在花前期有加剧趋势，花前期栽培一粒、栽培二粒、普通小麦、陕253和长武134这五种小麦在水分胁迫下表观量子产额的降幅分别为5%、7.47%、14.29%、33.3%和53.49%，光饱和Pn的降幅分别为8.8%、26.14%、23.25%、44.22%和51.29%，光饱和点整体上也是下降的，且这三个指标的降幅随进化程度提高有增大趋势，表明小麦在进化过程中能量转换系统受水分胁迫影响的程度加剧；而在水分胁迫下，小麦的羧化效率和RuBP再生速率也均下降，下降的程

与小麦的相关的网络解释 [注：此内容来源于网络，仅供参考]

durum wheat：硬粒小麦

世界上所生产和出口的小麦约95%是属于普通小麦,另5%为硬粒小麦(Durum Wheat)而普通小麦中的商品小麦(Market Class of Common Wheat )则是以硬度(Hardness)及其所反映出的用途作为分类的依据,分成为两大类,一为硬质小麦,一为软质小麦,

triticale：黑小麦(一种饲用小麦与黑麦的杂交种)

triterpenoid 三萜系化合物 | triticale 黑小麦(一种饲用小麦与黑麦的杂交种) | triticin 小麦糖(小麦中的果糖型多糖)

wheat flour：小麦面粉

A: 是,这些面粉都是"小麦面粉"(wheat flour). 不同品种的小麦胚乳中的筋度不同,在美国大致可以分为"高筋度硬小麦"(hard wheat)和"低筋度软小麦"(soft wheat),顾名思义,"高筋度硬小麦"(hard wheat)的胚乳中筋度高,

wheaten：小麦的

wheatear 麦翁禽 | wheaten 小麦的 | wheatgrass 芽草

wheaten：小麦制成的

wheaten 小麦的 | wheaten 小麦制成的 | wheatflourflour 白面

wheatmeal：小麦做的,小麦的

bran 麦麸,糠,谷皮 | wheatmeal 小麦做的,小麦的 | transfer 转化,移动

triticin：小麦糖(小麦中的果糖型多糖)

triticale 黑小麦(一种饲用小麦与黑麦的杂交种) | triticin 小麦糖(小麦中的果糖型多糖) | tritisporin 三孢素

record harvests：破记录的丰收

7、strategic wheat reserves: 小麦的战略储备 | 8、record harvests: 破记录的丰收 | 9、economic downturn: 经济低迷

a wheat-growing province：种植小麦的省份

71. go through...穿过...... | 72. a wheat-growing province种植小麦的省份 | 73. thousands of square kilometers in size面积有数千平方米

hard wheat：硬质小麦

①硬质小麦(Hard Wheat)也称为面包小麦(Bread wheat)小麦的籽粒硬度大(粉粒大小指数PSI 49-55%)蛋白质含量高(12.5%以上13.5%Moisfare drain)面筋强度大(粉质仪的面团形成时间超过5分钟)同时粉粒较粗,面粉的吸水率也高,