查询词典 silking

Chun Can you like, and silking complaint or regret, only for the benefit of the world bear the cocoon; you like an umbrella, duty-bound to be rain Dashi, only for the protection of millions of your well-protected by the Tao Li; you like Chuanjiang, and willingly To assist sailing, Chuanke only lead to a better distance, high teacher, and perhaps you do not know its own subtle magic, but in my mind long ago left a Thanksgiving excitement, you may not be your wing So warm, high teacher, I thank you in the last semester of my education is precisely because you are well taught, I know a lot of truth in life.

您就像春蚕，无怨无悔地吐丝，只为结出造福天下的茧；你就像雨伞，义无反顾地被雨打湿，只为保护千万被您悉心呵护的桃李；你就像船桨，心甘情愿地辅佐驾船人，只为带领船客通往美好的远方；高老师，您或许并不知自己那潜移默化的神奇魔力，却早已在我的心中留下了感恩的激动，您或许不知您的羽翼是如此温暖，高老师，我谢谢妳在上个学期对我的教育，正是因为你悉心的教导之下，我才懂得了那么多人生的道理。

The present study was to use earliness of silking as the primaryselection criterion and then to evaluate its effect on other related characters.

双向选择试验表明，越是晚熟的材料，对光周期越是敏感。因此，改良外来种质的适应性，应以早抽花丝作为目标性状。

In order to understand nitrogen accumulation and distribution in sweet maize variety with high fresh ear and kernel yield, explain the genotypic differences of N accumulation and distribution at different growth-phases and their effects on yield formation and N utilization efficiency, 22 sweet maize (Zea mays L . saccharata Sturt ) varieties released in recent years in China were planted and their N accumulation and distribution amount at jointing stage, silking stage and fresh stage under the same nitrogen level were studied.

为了解甜玉米高产品种氮素积累和分配的规律，阐明不同生育阶段氮素积累和分配的基因型差异，及其对产量形成及氮素利用效率的作用，分析了22个甜玉米品种在同一施氮水平下拔节期、开花期和鲜食期的植株氮素积累量和分配量。

At silking stage the Trs of both upper and middle leaves were higher than that of low...

Tr的日变化为单峰曲线，中午最高。增加种植密度使Tr减少，鲁单40玉米的Tr受密度影响较大。

In this research, the spider silk from the major ampullate gland of native Nephila pilipes was collected via the forced-silking apparatus at the reeling speed of 3 m/min. The obtained silk was dissolved in hexafluoro-isopropanol. The influence of pH and temperature over the secondary structure of the silk protein in solution state was examined via Circular Dichroism. The effect of silk concentration and electrical field strength on the structure conformation of silk protein during film casting process was investigated via FT-IR. During the drying process, the increase of silk concentration and the presence of electric field tend to form β-sheet and β-turn. Finally, the dried film of silk protein was treated with different temperatures and cation solutions to study the post-treatment effects.

本研究所采用之蜘蛛丝蛋白质系取自本土品种人面蜘蛛之大囊壶腺体，以3 m/min之卷丝速度强迫取丝(forced-silking)收集蜘蛛丝，再将纤维溶於六氟异丙醇溶剂中配制成溶液，以圆二色光谱仪分析在不同 pH 值与温度条件下丝蛋白质在溶液中之二级结构变化，再将蜘蛛丝溶液以不同浓度及电场强度下乾燥成薄膜后，以傅立叶红外线光谱仪检测分析丝蛋白质在固体状态下之二级结构，最后以不同温度加温、离子溶液浸泡等条件对乾燥所得之薄膜进行后处理，并分析其二级结构之变化。

The difference on the N uptake was mainly attributed to N accumulation after silking, while difference of N accumulation before silking stage was not significant.

在诸多农艺性状中，根系形态和空间分布是影响养分吸收的重要因素[1]。

In the silk of "yedan 12", iron content increase a little after silking, but the change was gently for the silk of""yedan 19; in the cob, the content of iron decline gradually, and there was a calm trend after silking.

吐丝后掖单12花丝中的铁元素浓度有所增加，而掖单19中的变化较平稳；穗轴中的铁浓度呈现出逐渐下降的趋势，吐丝后的浓度变化较稳定。

The results showed that the N distribution centre changed with the shift of the growth centre.N mainly distributed in leaf and culm before silking stage,then the N distribution centre transferred to ear after silking stage,and then transferred to kernel formation gradually.

结果表明，糯玉米生育期间氮素的分配中心是随生长中心转移而变化的，开花前主要分配在叶片和茎秆中，开花后氮素的分配中心开始由茎、叶转向雌穗，并逐渐以子粒建成为中心。

The physiology characters of the leaf of ear in different periods have been studied It is showed that the water content and protein content,leaf_area and protein weight per square of leaf of ear from silking to 42d after silking all reduce gradually , but dry-weight and leaf -area did not do The correlate analysis showed that the protein content of leaf of ear in different periods and protein- weight per square did not correlate significantly with protein content of seed Dry weight of leaf of ear was ...

研究不同时期穗位叶的部分生理性状表明：从吐丝期至其后 4 2d ，穗位叶的含水量、单位叶面积、蛋白质含量和单位叶面积蛋白质重量均呈现一个逐渐下降的趋势；穗位叶叶片干重和叶面积基本保持不变。相关分析表明，不同时期穗位叶的蛋白质含量、单位叶面积蛋白质重量与子粒蛋白质含量无关，而吐丝期穗位叶干重和子粒蛋白质含量呈显著正相关

To obtain the best nutritional quality, the optimum nitrogen application is 125.8kg/hm~2 under middle density, during different development stage, the best C/N value were respectively 1.35-1.40, 1.17-1.25, 1.02-1.03, 0.62-0.71, 1.55-1.72, 0.98-1.02.8, Consequently, to obtain the unification between high yield and good quality, under the conditions of this study the optimum plant density is 60000 plant/hm2, the optimum nitrogen application is 120kg/hm2 to 180kg/hm2 under this density, it was obtained that at five-leaf, seven-leaf, ten-leaf, silking, lid after silking and harvest stage, the best C/N value were 1.27-1.63, 0.80-1.38, 0.81-1.07, 0.62-0.90, 1.39-1.72, 0.98-1.17, respectively.

在各生育时期适宜叶片碳氮比值分别为：1.35～1.40、1.17～1.25、1.02～1.03、0.62～0.71、1.55～1.72、0.98～1.02。 8、综合各因素，要达到甜玉米高产优质的统一，本试验推荐种植密度为60000株/hm~2，中密度下适宜施氮量为120～180kg/hm~2，叶片碳氮比值在五叶展、七叶展、十叶展、吐丝期、吐丝后11天、收获期动态变化为：1.27～1.63、0.80～1.38、0.81～1.07、0.62～0.90、1.39～1.72、0.98～1.17。

It has been put forward that there exists single Ball point and double Ball points on the symmetrical connecting-rod curves of equilateral mechanisms.

从鲍尔点的形成原理出发，分析对称连杆曲线上鲍尔点的产生条件，提出等边机构的对称连杆曲线上有单鲍尔点和双鲍尔点。

The factory affiliated to the Group primarily manufactures multiple-purpose pincers, baking kits, knives, scissors, kitchenware, gardening tools and beauty care kits as well as other hardware tools, the annual production value of which reaches US$ 30 million dollars.

集团所属工厂主要生产多用钳、烤具、刀具、剪刀、厨具、花园工具、美容套等五金产品，年生产总值3000万美元，产品价廉物美、选料上乘、质量保证，深受国内外客户的青睐