駝絨 的英文怎麼說

中文拼音 [tuóróng]
駝絨 英文
1. （駱駝絨毛） camel's hair2. （駱駝絨布） camel hair cloth
  • 駝 : Ⅰ名詞（指駱駝） camel Ⅱ形容詞（背彎曲） hunchbacked; humpbacked
  • 絨 : 名詞1 （短而柔軟的毛） fine hair; down 2 （上面有一層絨毛的紡織品） cloth with a soft nap or pile...
  1. Producing woolen cashmere over coat cloth, rabbit hair cloth, alpaca cloth and other kinds of woolen etc

    專業生產粗紡羊絨兔絨駝絨牛絨綿羊絨及各類粗紡面料。
  2. Classification, denomination and coding of wool textiles. interlining wollens

    毛紡產品分類命名及編號駝絨
  3. Observation on meiotic division of pollen mother cell and pollen vigor assessment for four species of ceratoides

    駝絨藜屬4種植物花粉母細胞減數分裂的觀察及花粉活力的測定
  4. It was showed that c. arborescens ecotype wu was generally the most drought tolerant one except lower than c. arborescens ecotype xj which was the maximum in may, bore comparison with zygophyllum xanthoxylum by estimating seasonally ; c. latens ecotype nx was significantlly lower than c. arborescens ecotype wu, the result was contrary to being known ; c. arborescens ecotype kerqin was significantlly lower than wu ; xj, the maximum in may, showed no else great difference to nx ; c. lanata was high in april and not high afterwards, however its phenological phase presented visible changes as compared with the original life patterns in western america

    Arborescensecotypexj ） 5月耐旱性表現最強，其他時間與寧夏駝絨藜差別不大；北美駝絨藜（ c lanata ） 4月拐點很高， 4月以後耐旱性降低，其物候期與原分佈區（美國西部）相比發生了很大變化。駝絨藜屬植物在不同季節中蒸騰速率的日變化基本上都為典型的單峰曲線。
  5. In ported trials, wu gave the minimum tr of all plants, and its diurnal maximum tr persisted stability the most within the range of soil moisture 20. 4 % - 6. 4 %. ; nx lowered its tr and shrank its high - low lines after had experienced irregular wet - drought hardening period during culturing ; kerqin performed a plasticity as compared to field ; c. lanata also stood the most stability but on the basis of middle - high maximum tr level ; tr by caragana korshinski was high when soil water was abundant, but was lowest for lack of water ( 6. 4 % )

    盆栽試驗表明，華北駝絨藜蒸騰最弱，且在土壤含水量20 . 4 6 . 4的范圍內最高蒸騰速率穩定性最強；經脅迫鍛煉寧夏駝絨藜蒸騰降低，變幅減小；科爾沁駝絨藜與大田相比蒸騰可塑性較強；土壤水分變化中，北美駝絨藜蒸騰在中高水平上維持穩定的能力最強；水分良好時檸條蒸騰很強，水分脅迫中蒸騰極大降低。
  6. Four species of ceratiodes were studied about organic morphology and embryonal development and biological characteristics. the results were showed as follows : c. arborescens and c. ewersmanniana were more dominant than c. latens and c. lanata in spire and vegetative period. in flowering phase of male flower, c. arborescens and c. latens arrive the maximum peak of flowering during 8 : 00 - 11 : 00. c. lanata arrive the maximum peak of flowering during 11 : 00 - 1 : 00, but in flowering phase of female flower, three species arrive the maximum peak of flowering in 14 : 00 ; temperature of female flower was righter than one of male flower

    本文對駝絨藜屬4種植物進行了器官形態學及解剖學、胚胎發育及生物學特性的研究，結果表明： ４種材料幼苗期和營養生長期的生長狀況均是華北駝絨藜、心葉駝絨藜比駝絨藜、北美駝絨藜占優勢；開花規律，華北駝絨藜和駝絨藜雄花均在8 : 00 - 10 : 00達開放高峰，北美駝絨藜在11 : 00 - 1 : 00達開放高峰，而三者雌花均在14 : 00左右達開放高峰。
  7. The results showed that all water parameter of ceratoides arborescens were higher than that of ceratoides lanata, and the photosynthetic rate of c. arborescens was also higher under water stress

    試驗結果表明，華北駝絨藜的水分生理指標普遍高於綿毛優若藜，在水分脅迫狀態下，華北駝絨藜的光合作用要比綿毛優若藜強。
  8. Diurnal and seasonal changes in tr of ceratoides spp. displayed typically a single peak. tr was higher and response was more sensitive to environmental factors in ceratoides spp

    與霸王（ zygophyllumxanthoxylum ）和沙拐棗（ calligonumrubicundum ）相比，駝絨藜屬植物及檸條（ caraganakorshinski ）的蒸騰速率較高、對環境反應較敏感。
  9. The appropriate measures could remarkably improve the. production and quality of seeds of ceratoides l. in field

    適宜的田間管理措施可以明顯提高華北駝絨藜種子的產量和質量，提高種子的生理活性。
  10. It was considered that the c. arborescens has higher drought resistance capability

    初步認為華北駝絨藜具有較強的抗旱能力。
  11. It is characterized by dark wart - like patches in body folds such as the back of the neck or in the armpits

    特徵?在身體皮膚皺褶部位如頸後部和腋窩出現黑色駝絨狀皮膚色素沉著。
  12. For ceratoides spp., tr circular response was obvious, and both diurnal and seasonal rhymes were clear, variance among plants was distinct

    駝絨藜屬植物「環路響應」現象突出，日動態和季節動態清晰，植物間特徵明顯。
  13. Mainly producting and selling rabbit hair, woolen yarn and woolen cashemer yarn, silk yarn in various, composition and rabbit knitting yarn, camel s hair yarn, etc

    主要產品粗紡羊絨紗絲絨紗兔毛紗駝絨紗羊仔毛紗雪蘭毛紗等針織紗。
  14. The proper germinating temperature of ceratoides l seed is the constant temperature of 25 c and variable temperature of 15 - 25 c ; the seed belongs to nonphotosentive one ; the water requirement of germination ranged from 4. 05 to 6. 95 times of dry weight, and the minimum requirement existed obvious differences between materials, in which c. arborescens requirement was the lowest ( 4. 05 time of seed dry weight ) ; the seed quickly absorbed water during germination, the speed generally was 0. 6 - 0. 7g / h. g seed and seed imbibtion was saturated after 7 - 8h

    駝絨藜屬牧草種子萌發最適溫度為25的恆溫和15 25的變溫；屬非光敏種子；種子萌發需水量范圍為4 . 05 6 . 95倍種子干重，不同材料間種子萌發最低需水量存在明顯差異，其中華北駝絨藜萌發需水量最低（ 4 . 05倍種子重） ；種子的吸水速率較快，一般為0 . 6 0 . 7g h ? g種子， 7 8h達到飽和吸脹；在相同環境條件下，種子活力表現出種間、生態型間及株齡間的差異，華北駝絨藜各項生理指標均明顯高於其它材料。
  15. Main products are 14s - 28s rabbit and wool spinning. the researchful 32s velour yarn, pure wool yarn and 28s camel yarn have put into manufacture lately, and these products have better market value

    主導產品14s - 28s兔羊毛紗。新近研製出32s絲絨紗、純羊絨紗、 28s駝絨紗已形成批量生產，具有較好的市場價值。
  16. Storing ultra - dried ceratoides arbrescens seed ( mc 4. 2 % 4. 5 % ) in an outdoor temperature or in a low indoor temperature achieves basically the same result - life of the seed is prolonged

    摘要華北駝絨藜種子在超乾燥（含水量4 . 2 % 4 . 5 % ）室外溫度條件下貯藏，與低溫貯藏效果基本相同，能顯著延長種子壽命。
  17. Field and potted trials were adopted. drought adaptive characteristics were tested mainly on dehydration resistance ( dre ) of detached branchs and transpiration rate ( tr ). a new method called turning point ( tp ) was suggested

    試驗在呼和浩特進行，以駝絨藜屬植物為主要研究對象，採用大田試驗和盆栽試驗法，主要從離體枝的脫水速率和葉片蒸騰速率兩個方面探討了耐旱性反應或特徵。
  18. First, the ceratoides. l seed belongs to low nutrition seed and it " s nature longetivity was short ; second, because of the harsh environment during seed developing, seeds were short of nutrition and the development were uncomplete ; third, because of the unsuitable storage condition, especially because the water contens was higher, the seed deteriorated rapidly

    對駝絨藜屬植物種子短命和劣變原因的初步分析，認為是由遺傳和環境兩方面的原因所至：一是由於駝絨藜植物屬于高數量低營養種子類型，種子自然壽命較短。二是由於種子發育過程中自然環境惡劣，造成種子營養不良，發育程度較差。
  19. Drought resistance and photosynthesis of two species of ceratoides under the condition of artificial soil desiccation were studied based on some indexes of water and photosynthesis

    摘要用盆栽控水的方法模擬土壤乾旱條件，從水分生理和光合作用方面對兩種駝絨藜屬植物的抗旱生理進行研究。
  20. The thesis studied on the physiological characteristics of ceratoides l. the contents were composed of the germination characteristics, the resistance of seed and seedling, the nutritive composition, the hormone content, the seed production and the molecular physiology, we studied the deterioration mechanism of seed as well

    本論文對駝絨藜屬植物種子的生理學特性進行了研究，包括種子的萌發特性、幼苗的耐逆性、種子的營養成分、激素水平、分子生物學以及種子生產技術等內容，同時對種子的劣變機理進行了探討。
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