水分调节

  • 网络conditioning;water regulation
水分调节水分调节
  1. 阐述了小麦水分调节的目的。

    The purpose of wheat conditioning was expounded .

  2. 水分调节和硬度对小麦研磨特性的影响相似。

    The influence of conditioning on milling properties was similar to that of hardness .

  3. 其中包括,对其各种调控方法以及这些调控方法对BL生物学性能的影响进行了描述,例如,如何进行水分调节、pH调节、营养物添加、温度控制和预处理等;

    This part mainly includes the description of control approaches and the effects on the biological functions of BL , such as moisture content adjustment , pH value adjustment , addition of nutrients , temperature control , and pretreatment , etc.

  4. 在70cm土层内,阳坡无水分调节层,而阴坡水分调节层厚度达30cm。

    In the 70 cm thick soil layer , there was no adjusting layer of water on the sunny slope , and yet the thickness of water-adjusting layer was up to 30 cm on the shady slope .

  5. 论小麦水分调节的力学效应与潜伏功能

    Discussion on Mechanical Effect and Latency Function of Wheat Moisture Adjustment

  6. 小麦粒度硬度水分调节和制粉性能

    Wheat Grain Size , Hardness , Tempering and Milling Performance

  7. 水稻优化灌溉制度的土壤水分调节

    Soil Moisture Regulation in Optimized Irrigation System for Rice

  8. 稻田的水分调节对水稻需水量和产量的影响

    Affects of Rice Field Water Control on the Water Requirement and Yield of Rice

  9. 探讨了小麦水分调节的机理、渗透途径、毛细现象和温度对毛细渗透作用的影响。

    The principle , penetrating path , capillary phenomenon and effect of temperature were discussed .

  10. 干旱半干旱区山地森林的水分调节功能

    Studies on regulating function of forest hydrology and microclimate in arid and semi-arid area of West China

  11. 沙土比和水分调节时间对锁阳接种有显著影响。

    The ratio of sand and soil and water-tempered time significantly effect on vaccination of C. songaricum .

  12. 小麦水分调节的理论、加水量、吸水率和渗透速度;

    The principle of wheat tempering , water quantity to be added , water absorption rate and penetrating speed ;

  13. 在间歇式实验制粉系统上研究了硬度和水分调节对小麦研磨特性的影响。

    The influence of hardness and conditioning on milling properties of wheat was investigated on a batch-type experiment milling system .

  14. 原料杜伦麦的质量,清理过程的要求,水分调节和车间的空气调节;

    The quality of the raw material durum wheat , the technical requirement of wheat cleaning , wheat tempering and shop air-conditioning ;

  15. 随着沙土比和水分调节时间的增加,锁阳的平均接种率呈先上升后下降的趋势。

    With the increasing of sand / soil ratio and water-tempered time , the average vaccination rates of C. songaricum increase firstly and then decrease .

  16. 两栖类动物的皮肤是一个多功能的器官,在液体平衡、水分调节、呼吸作用、温度控制、排泄、生殖和抗菌防御中发挥作用。

    Amphibian skin is a multifunctional organ acting in fluid balance , water regulation , respiration , temperature control , excretion , reproduction and antimicrobial defense .

  17. 水分调节时间对白刺叶片的生理指标也有显著影响,不同水分调节时间下,白刺叶片内的生理代谢变化明显。

    The different water-tempered time also significantly impact on physiological indexes of N. sibirica , The internal physiology metabolize changed obviously with different water-tempered time treatment .

  18. 剪切作用与挤压作用相比较易破碎麸屑,这使小麦水分调节和粗粒粗粉的精选工作显得更为重要。

    However , the shearing tends to produce more branny particles than the crushing , so that the conditioning of wheat and purification become even more important .

  19. 地膜在萝卜生育期间前保后供的土体水分调节效应,成为旱区农作水分时序高效利用的重要机制。

    Film mulching plays an important role in water use efficiency in the rainfed farming by the mechanism of storing water in early radish growing stage and supplying it in the late stage .

  20. 在实验条件下,转基因拟南芥的耐旱性及耐盐性均有所提高,提示TaLEA2基因在植物水分调节方面有重要作用。

    The conclusion of this study is that under the experimental circumstances , transgenic Arabidopsis thaliana plants get their drought and salt tolerances improved to some extent and TaLEA_2 plays an important role in regulating plant water .

  21. 充分利用降水管理,提出降水的收集利用和土壤水分调节,以尽可能把降水储存同时通过土壤水分调节将落到地面的水蒸发量控制到最小值。

    Making full use of precipitation consists of the precipitation collected use and soil water regulation , so as to store the moisture through the soil as much as possible and to control water evaporation quantity to the minimum .

  22. 锦鸡儿属植物是以形态变异、完善的水分调节功能、低蒸腾和高水分利用效率、光合特性、光合机构和抗氧化系统的变异来适应它们的环境的。

    The Caragana species were adaptable to their environment by means of morphological variations , water adjustment , lower transpiration , higher water use efficiency , and variations in carbon assimilation characteristics , photosynthetic apparatus and protective enzyme system .

  23. 浅谈浓香型曲酒入池水分的调节

    Discussion on Regulation of Entry Pit Moisture of Luzhou-flavour Liquor

  24. 然而有关水分运输调节气孔运动的研究相对较少。

    However , there are few studies on the regulation of water transport in stomatal movement .

  25. 本文综述了土壤水运动、植物吸水和土壤水分的调节。

    Movement of water in soil , water absorption of crop and regulation of soil moisture were summarized in the paper .

  26. 植物中水孔蛋白的发现为气孔运动过程中水分运输调节的研究提供了新的思路。

    The discovery of plant aquaporins gives a new idea for exploring the regulation of water - transmembrane movement in stomatal movement .

  27. 图示的可调节支撑架并不是相对于消防栓的实际位置。然而有关水分运输调节气孔运动的研究相对较少。

    Adjustable support leg not shown in actual position relative to hydrant . However , there are few studies on the regulation of water transport in stomatal movement .

  28. 陆地生态系统所固定的碳主要通过呼吸作用返回到大气中,而温度和水分是调节生态系统呼吸的重要因素。

    The carbon sequestrated by terrestrial ecosystems returns to the atmosphere mainly through respiration , of which temperature and water are two essential factors in regulating ecosystem respiration ( Reco ) .

  29. 试验表明,梨园种植这些饲草,可控制杂草的滋生,改善土壤理化性状,增加土壤透气性及有机质含量,增加土壤水分,调节地温;

    The results indicated that these forages could control weeds , improve the physical and chemical features of soil , increase the soil organic matter content , regulate the soil temperature .

  30. 皮肤是保护机体内环境的稳定,抵御外界环境入侵,排泄水分、调节体温的重要器官,同时也是免疫系统的组成部分之一。

    Skin is the important organ to protect the environmental stability in vivo , resist the outside invasion , evacuate moisture and regulate body temperature , as well as one component of immunity system .