lop-ear

lop-ear的基本解释

n.

垂耳的兔, 垂耳

与lop-ear相关的网络例句 [注：此内容来源于网络，仅供参考]

Through research and analysis of data, it was observed that the length and width of bark fiber varied according to the lop and age, the results show the fiber of the Salix bark is longer than the Salix and width of fiber almost same, fiber length of the Salix bark mainly influenced by the times of lop. The ash in Salix bark,1% Sodium Hydroxide Solubility in Salix bark, water solubility in Salix bark, Ethanol-Toluene in Salix bark, acid-insoluble lignin in Salix bark changed with the lop and age is also been investigated, the component of Salix bark is higher than Salix except acid-insoluble lignin,and it's high effected by times of lop; the TG analysis and DSC analysis is been used on the Salix bark and Salix to study the character of the hot-action, and the rang of the pyrogenate temperature is confirm; the quantity of Salix bark effect on the MOR, MOE, swelling in 24h water, nail withdraw and inner strength was determined, the results show that the Salix bark notability effect on the properties of board and dropped it; the properties of the Salix bark board is nearly the board product by other bark residues, it was established the multi regression equation of each properties and optimized the fitting produce condition of Salix bark board.

通过试验和数据处理，得出了沙柳树皮纤维长度、宽度随平茬和材龄的变化规律，结果表明沙柳树皮长度要比沙柳材的要长，宽度基本相同，沙柳树皮纤维长度主要受平茬次数的影响；找出了沙柳树皮中灰分、冷热水抽出物为、1%NaOH抽出物为，甲苯乙醇抽出物、酸不溶木素与平茬次数和材龄之间的关系，除酸不溶木素外，其他成分均明显高于沙柳材，沙柳树皮的化学成分主要受平茬次数的影响；利用TG和DSC法分析了沙柳树皮和沙柳材的反应热特征，确定了热解的温度范围；研究了沙柳树皮量对于刨花板MOR、MOE、吸水厚度膨胀率、握钉力以及内结合强度的影响，结果证明沙柳树皮量对于刨花板的各项性能指标影响显著，它的掺入降低了刨花板的各项性能；对沙柳树皮板的研究表明，沙柳树皮板的各项性能与同类树皮板的性能基本相近，建立的二次回归模型稳定，并利用回归方程求出了适宜的沙柳树皮板制造工艺。

The result showed that with the increasing of density, plant height was increased, stem diameter and ear diameter was decreased, ear was shorten, rare top length、No. of ear nod、ear height was increased;brace root number and total root number was decreased, the rate of root dry weight was increased within farming layers; population dry matter accumulation was increased and plant dry matter accumulation presented the opposite trend; ear linage、kernels per ear、100-kernels weight、double-ear rate、plant yield was decreased, yield was increased and decreased successively.

结果表明：随群体密度的增加植株高度增高、茎粗、穗粗变细、果穗变短，秃尖长度、穗位节数和穗位高度呈现增加的趋势；气生根与总根数减少，耕层根系干重比例增加；群体干物质积累量随密度增加而增加，单株干物质积累量呈相反的趋势；穗行数、穗粒数、百粒重、双穗率、单株产量均随密度的增加而减低，群体产量先增后降。

With the development of Immunology, its theory and technique application in the field of Otology, it is known gradually that inner ear is not immuno- privileged organ, it has the capacity of immuno- response defence and regulation. In certain circum- stances, the tissue of inner ear may become an autoantigen, which stimulates immune response of inner ear, induces inner ear lesions, causes Autoimmune Inner Ear Disease . Investigation into the inner ear immunity has opened up a new way of studing uncertain inner ear diseases.

随着免疫学的发展，免疫学理论和技术在耳科领域日益广泛的应用，使人们逐步认识到，内耳并非免疫"豁免"器官，它具有免疫应答、免疫防御和免疫调节能力；在某些病理情况下，内耳组织可成为自身抗原，激发内耳免疫反应，导致内耳损害，引起自身免疫性内耳病，对内耳免疫学的探讨，已为不明原因的内耳病的研究开辟了新的途径。

与lop-ear相关的网络解释 [注：此内容来源于网络，仅供参考]

LOP：修剪

lop off 砍掉 | lop 修剪 | lop-ear 垂耳

lop-eared：垂耳的

lop-ear 垂耳 | lop-eared 垂耳的 | lope 大步慢跑

LOP：指针丢失

- 指针丢失(LOP)是在SONET信号中的一个失败状态,那里一个接收网络不能确定/锁定H1和H2字节的值来指定SPE的位置. + 指针丢失(LOP)是在[[SONET]]信号中的一个失败状态,那里一个接收网络不能确定/锁定H1和H2字节的值来指定[[SPE]]的位置.