蚂蚁还吃小叶顶端的黄色组织：这些结构富含蛋白质，除了吸引蚂蚁外，似乎对树没有任何其他作用。
The ants also eat yellow structures at the tip of leaflets: these are protein-rich and seem to have no function for the tree except to attract ants.
作者认为CDE技术对测量肾皮质厚度和小叶间动脉的RI有很大的帮助。而肾皮质厚度和小叶间动脉的RI是评估肾功能损害程度的重要参数。
CDE technique is helpful in measuring the ri of interlobular artery and the thickness of renal cortex, which are important parameters in evaluating renal function.
作为应用实例，对一块小叶松林分直径结构的变化进行了动态模拟和预测。
As an example of the application, the changing structure of the diameter of an even-aged Jack pine stand is simulated and forecasted.
并采用单指数衰减模型对小叶章湿地枯落物的分解速率动态和残留率动态进行了模拟。
The Olson's single exponent model was adopted to simulate the dynamic of the litter decomposition rate and the remnant rate.
术后病理2例伴有部分恶变，1例对侧为浸润性小叶癌。
Postoperative pathological findings revealed 2 cases of partial malignant change and 1 case of contralateral infiltrating lobular carcinoma.
采用乙醇提取法从小叶榕榕树须中提取黄酮类物质，对所提取的黄酮类物质进行了验证，并用紫外分光光度法测定其含量。
Extracting of total flavanone from flocculu's banyan silk is made, the extracted flavone is validated, and ultraviolet spectrophotometry is used to determine its content.
方法对20例肉芽肿性小叶性乳腺炎临床资料和病理学特征进行回顾性分析。
Methods: Clinical data and pathological characteristics of GLM were analyzed retrospectively in 20 cases.
目的研究小叶女贞对免疫功能损伤小鼠T淋巴细胞免疫功能的调节作用。
Objective To explore the modulation effect and mechanism of ligustrum quihoui carr(LQC) on the immune function of T lymphocytes in mouse whose immune function was damaged.
对叶片损伤处进行修复和适当减小叶片振动应力水平是提高叶片抗外物损伤能力的的有效途径。
Repairing of the damaged parts and lowering of the vibration stress in the blade are effective measures to improve the resistance of the blade to FOD.
用该系统对某级增压比2.2的单级高负荷后掠风扇进行了后掠和前掠大小叶片改型设计。
Using this design system, a high-loaded backward-swept fan with a stage pressure ratio of 2.2 was redesigned firstly as a backward-swept and secondly as a forward-swept splittered fan.
用该系统对某级增压比2.2的单级高负荷后掠风扇进行了后掠和前掠大小叶片改型设计。
Using this design system, a high-loaded backward-swept fan with a stage pressure ratio of 2.2 was redesigned firstly as a backward-swept and secondly as a forward-swept splittered fan.
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