Chinese translation for "茎杆"
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- cane
rattan
Related Translations:
芦茎: common reed culmreed stem 茎叶: haulmstem and leafstem leaftop 集茎器: gatherer boardgathering attachmentgathering board 稻茎线虫病: rice stem nematode
- Example Sentences:
| 1. | Penetration of the stems and feeding of larvae are impaired by the structural characteristics of the plant .
植物借助结构特点来阻碍幼虫钻入茎杆和取食。 | | 2. | Centrifugal type stalk separator
离心式茎杆分离器 | | 3. | Tangential orientated at a tangent to a circle , the circle being , for example , the surface of a plant stem
切向的：沿圆周的一个切线方向。植物体存在的圆形可以为茎杆表面。 | | 4. | Therefore , nitrogen efficiency for growth of both straw and grains is depended upon its optimum supply at the different growth stage
所以，茎杆和籽粒生长的氮效率视其不同生育期适宜供应量而定。 | | 5. | Other sources are sweet stem sorghum and cassava , and cellulosic material such as grasses , trees and various waste products from crops , wood processing and municipal solid wastes
其他原料包括甜高粱茎杆和木薯、草、树和各种作物和木材的加工废料等纤维物质，以及城市固体废物。 | | 6. | Like any other gramineous crop , hybrid rice keeps 80 % of totally removed k in its shoots after ripening , only about 20 % of k uptake is transported to grain , grain k content was more stable , usually around 0 . 5 %
同其它禾本科作物一样，成熟后杂交水稻保存总移出钾的80 %在其茎杆中，只有20 %吸收的钾转移到籽粒中，籽粒含钾量更为稳定，一般约为0 . 5 % （表6 ） 。 | | 7. | By calculating the maximum stress of stalk under the condition of different speed of the unit and the location of the action point of pushing stalk , which is done by the module of ansys , the conclusion can be received : the maximum stress is increased with the increase of the velocity of the unit and the process of the pushing stalk can be trouble - free if the location of the action point is raised under the condition that the speed of the unit and the planting density of stalk are definite value
利用ansys功能模块对在不同机组作业速度v和推杆作用点l _ 0情况下，茎杆最大应力计算得知：茎秆的最大应力smx随着机组作业速度v的增加而增大，在机组作业速度v和秸秆密度一定时，提高推秆作用点，可保证推秆过程顺利进行。 | | 8. | Both oxyopes sertatus and harpactor fuscipes are important predators of common cutworm ( spodoptera litura ) on tobacco . the effect of several interference factors on the predations of o . sertatus and h . fuscipes on the larvae of s . litura were examined in laboratory . the results indicated that there were significant mutual interferences on their predations with the existence of other individual in the same / different species . as the number of the predator increased , the predation rates decreased significantly . the interference coefficients ( m ) within h . fuscipes and within o . sertatus were 0 . 7278 and 0 . 6911 , respectively , while the interference coefficient ( m ) between o . sertatus and h . fuscipes was 0 . 9464 . these results showed that the effect of mutual interference on predation in interspecies was more obvious than that in intraspecies . the number of prey captured and the predation rate of predator dropped with increasing the number of tobacco stalks . this result suggested that spatial heterogeneity was also an important factor affecting the predation of predator on prey
斜纹猫蛛和红彩真猎蝽均是烟草上斜纹夜蛾的重要捕食性天敌.室内测定几种干扰因素对斜纹猫蛛和红彩真猎蝽捕食作用的影响,结果表明这些干扰因素对斜纹猫蛛种内、红彩真猎蝽种内和两种捕食者种间的捕食作用均有明显的干扰作用,随捕食者数量的增加,其对斜纹夜蛾捕食作用率显著降低.斜纹猫蛛种内的干扰系数和红彩真猎蝽种内的干扰系数分别为0 . 7278和0 . 6911 ,而两者种间的干扰系数为0 . 9464 ,说明两者种间的干扰作用要明显高于同一种捕食者种内的干扰作用.两种捕食性天敌对斜纹夜蛾的捕食量和捕食作用率随烟草茎杆数的增加而降低,表明空间异质性同样是影响两种捕食性天敌捕食作用的一个重要因素 | | 9. | Bionic of architecture out - look pay attention to the enlightenment of beauty of nature bring to mankind ; bionic of architecture structure pass to undergo special composition structure of organism of natural selection - for instance the research of the stem pole of the fiber , plant , skeleton of the animal , etc . , and apply them to the structure design of architecture , it is an important way to structure innovates ; bionic of architecture function pay attention to studying the characteristic of organic unity " of the organism , through function imitation of nature such as metabolism and nervous system , etc . we get many useful ideal to urban and architecture development ; the bionic of utilize of energy and material through understanding the organism utilizes energy and material method in depth , combine with physics , chemistry , electron , etc , every achievement of discipline create new energy and material utilizing way
建筑造型仿生注重自然形态美带给人类在建筑形态创造方面的启示；建筑结构仿生通过对经过自然选择的生物体的特殊构成结构? ?如纤维、植物的茎杆、动物的骨骼等的研究，运用到建筑结构设计中，是结构创新的重要途径；建筑功能仿生注重研究生物体的“有机统一性”特点，通过对生物体内部机能如新陈代谢和神经系统等方面的模仿来组织建筑功能或指导建筑和城市及其环境的发展；建筑的能源和材料利用仿生则通过深入了解生物体利用能源和材料的方法和过程，并结合物理、化学、电子等各学科的成果创造出新的能源和材料利用方式。 | | 10. | In comparison with " luyu 2 " , " yedan 12 ” had a more compact plant figure , its leaves above ears were particularly erect and short and their average angle against stem was 14 . 1 degrees which was 6 . 9 degrees narrower than that of " luyu 2 ” , and their average length was 49 . 4 cm which was shorter than that of " luyu 2 ” by 15 . 1 cm
与鲁玉2号相比，掖单12株型更紧凑，特别是穗位以上叶片短而直立，与茎杆之间的平均夹角为14 . 1度，比鲁玉2号的夹角窄6 . 9度，平均叶长49 . 4厘米，比鲁玉2号叶长短15 . 1厘米。 |
- Similar Words：
- "茎干" Chinese translation, "茎干脱叶" Chinese translation, "茎干状的" Chinese translation, "茎干蕨属" Chinese translation, "茎干蕨属（蹄茎蕨属）" Chinese translation, "茎杆粉碎轮刀" Chinese translation, "茎杆根部切割器" Chinese translation, "茎杆切碎机" Chinese translation, "茎杆收集" Chinese translation, "茎杆收集车" Chinese translation
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