英语释义

1. a fine continuous protein fiber produced by various insect larvae usually for cocoons especially a lustrous tough elastic fiber produced by silkworms and used for textiles

2. thread, yarn, or fabric made from silk filaments

3. a garment of silk

4. a distinctive silk gown worn by a King's or Queen's Counsel

5. a King's or Queen's Counsel

6. the colored cap and blouse of a jockey or harness horse driver made in the registered racing color of the employing stable

7. a filament resembling silk especially one produced by a spider

8. silky material
milkweed silk especially the styles of an ear of corn

9. parachute

10. to develop the silk

11. a smooth, soft, and shiny cloth that is made from thread produced by silkworms also the thread that is used to make silk

12. the thread that is produced by a spider

13. the thin strings in an ear of corn

14. a fine fiber that is spun by many insect larvae usually to form their cocoon or by spiders to make their webs and that includes some kinds used for weaving cloth

15. thread, yarn, or fabric made from silk

16. the threadlike strands that are found over the kernels of an ear of corn

17. a fine continuous protein fiber produced by various insect larvae usually for cocoons especially a lustrous tough elastic fiber produced by silkworms and used for textiles

18. strands of silk thread of various thicknesses used as suture material in surgery
surgical silk

片语

Pinky Silking粉黛丝

silk yarn丝线；绢丝

silking period吐丝期间

spider silk[纺] 蜘蛛丝

silk road丝绸之路

silk goods丝绸；丝织品

silk screen printing[印刷] 丝网印刷；丝绢网印花法

silk screen丝绢网印花法

real silk[纺] 真丝

Silking Stage玉米抽丝期

silking date吐丝日期

silk ribbon丝带；绸带

silk thread丝线

raw silk生丝

coarse silking粗孔绢筛

silk fabric丝织品；绸缎

spun silk绢丝

Silking oil丝光油

silking dynamics吐丝动态

pure silk纯丝绸，真丝绸

silk spinning[纺] 绢纺；丝纺

mulberry silk[纺] 桑蚕丝

silking machine去丝机

silk flower丝绢花

silking time吐丝期

silk protein丝蛋白，活化细胞

silk screening丝印；丝幕法；丝网漏印法

tussah silk[纺] 柞蚕丝

artificial silk人造丝

英汉例句

• maize ears growth slows down in relation to environment stress at flowering while the interval between anthesis and silking was enlarged.

  在玉米开花期因受环境胁迫会导致果穗生长减缓，雄穗与雌穗的开花间隔加大。

• appropriately reducing plant height, extending silking date and increasing ear leaf area might be useful in improvement of stalk sugar content.

  适当降低株高，推迟吐丝日期，增加穗位叶面积有利于提高玉米茎秆含糖量。

• under these conditions, selection for secondary traits, such as anthesis silking interval and ear per plant, may increase the selection efficiency.

  在干旱条件下，寻找遗传力高且与产量高度相关的第二类性状，构建选择指标，可提高耐旱选择效率。

• of the crop is in the key silking stage with 6% in the dented stage, the last stage of development before harvest.

  的作物正处在关键的吐丝期，6 ％处于子粒形成期，这是玉米收获前的最后生长阶段。

• the results showed that the additive and dominant effects and their interaction effects with environments are significant for the traits of double-ear silking and kernel bearing.

  结果表明，玉米双穗抽丝同步性和成穗同步性的加性、显性及其与环境互作的遗传效应均达到极显着水平。

• the main qualitative indices were for high population photosynthesis at silking stage.

  玉米吐丝期群体高光效的主要质量指标。

• the economic coefficients of varieties with larger seed weight per whole plant absolute value were higher from silking to ripe stage.

  吐丝至成熟期间，子粒重量占全株绝对增重量大的品种，经济系数高；

• the proper time for monitoring leaf soluble sugar to nitrogen ratio should be from booting to silking stage.

  利用冠层反射光谱监测叶片碳氮比的适宜时期为孕穗期至吐丝期。

• the n absorption proportion after silking stage was 40.30%-47.78% of the total, so it was important to provide maize plants with sufficient n in later growth stage for realizing super-high-yield.

  超高产夏玉米吐丝后氮素吸收积累量占总积累量的40.30%-47.78%，保证后期氮素养分充足供应对于夏玉米达到超高产水平至关重要；

• increasing the amount of dry matter accumulation after silking and promoting grain filling was the basis of high yield.

  增加花后干物质积累量，促进籽粒灌浆是高产足库的基础。

• this phenomenon is called anthesis silking interval(asi), or silk delay, loss of synchrony, protandrouse flowering.

  此现象称为雌雄穗开花间隔（asi） ，或吐丝延迟、同步性丧失、雄性先熟等。

• for every additional borer per plant, a yield reduction of 3.17% was calculated in corn infested at mid-whorl stage, and 1.84% finro that of early silking stage.

  应用迴归方程式计算时，每增加一虫产量的损失，心叶中期为3.17％，穗期为1.84％。接种后被害玉米发育受到影响，心叶期遭受螟害植株高度减低17％。

• under drought stress, a delay in silk emergence resulted in a long anthesis silking interval (asi), low ear setting percentage, and yield heavy losses.

  在干旱胁迫下，果穗吐丝延迟，雌雄开花间隔增大，结穗率下降，籽粒产量严重降低；

• in silking stage, the number of the 3 microorganisms were largest in loam and smallest in clay;

  吐丝期，3种质地土壤玉米根际微生物数量均表现为中壤最多，重壤最少；

• the results showed that the greatest bulk density values appeared in the 49th day after silking , and harvest later had influence on the grain bulk density.

  从试验结果分析，容重最高值出现在吐丝后49天，晚收影响籽粒的容重。

• the ssc of stems and stalks were negative correlated with yield at milking stage, but positive at silking stage and maturity.

  叶鞘与茎中的可溶性糖含量与产量的相关关系相同，均表现为：乳熟期与产量成负相关，吐丝期与成熟期成正相关；

• the root flux activity at silking stage had most significantly positive relation with dry matter accumulation during grain filling and grain yield.

  生育过程中抽丝期的群体根系伤流量强度与抽丝后于物质积累量、总干物质积累量及籽粒产量相关最密切。

• this reduces the risk of missing pollen shed during the receptive silking period.

  这就降低了风险失蹤花粉大棚在接受吐丝期。

• the results show that maize leaf chlorophyll content is affected by environmental conditions from silking to maturity.

  结果表明：玉米叶片叶绿素含量在不同发育时期均受到环境变化的影响。

• to control the proper maximum lai and to increase the percentage of lad after silking were the basis for high yield.

  控制适宜的最大lai，增加花后光合势所占比例，是高产强源的保证。

• therefore the plants appear high resistant at seedling while become sensitive at silking stage.

  品种抗性随植株生长而递减，苗期较抗病，抽丝期极为感病。