He bulged his pocket with acorns.

A pig roots for acorns with its nose.

猪以鼻挖泥土寻找橡子.

Welcome to my new website! It may not look much at the moment, but great oaks from little acorns grow!

欢迎来到我的新网站. 它现在可能微不足道, 不过万丈高楼平地起嘛.

Great oaks from little acorns grow.

万丈高楼平地起.

Ingredient: Acorus gramineus Soland, mint leaves, masson pine, lavender, wooden powder, bond etc.

主要成分: 石菖蒲 、 薄荷叶 、 马尾松 、 薰衣草 、 木粉 、 黏合剂等.

Study on Chemical Constituents of Volatile Oil in Rhizome and Root of Acorus calamus L.

与菖蒲根状茎与根挥发油化学成分研究>>相似的文献.

After 7 months of operation , all the Acorus calamus was replaced by Alternanthera philoxeroides.

7个月后, 莲藕完全而被水花生所替代.

The results showed that Acorus calamus grew normally in any of the 5 eutrophic waters.

研究发现,菖蒲在5种不同程度富营养化水体中均能正常生长.

Results: There is a two-way regulation of Acorus tatarinowii Schott for the central nerve system.

目的: 全面了解和反映石菖蒲中枢神经系统作用的研究概况.

Ingredient: Acorus gramineus Soland, mint leaves, masson pine, lavender, volatile liquid etc.

主要成分: 石菖蒲 、 薄荷叶 、 马尾松 、 薰衣草 、 挥发基液等.

Ingredient: Acorus gramineus Soland, mint leaves, masson pine, lavender, carrageenan etc.

主要成分: 石菖蒲 、 薄荷叶 、 马尾松 、 薰衣草 、 卡拉胶等.

Ingredient: Acorus gramineus Soland, mint leaves, masson pine, lavender, soy candle etc.

主要成分: 石菖蒲 、 薄荷叶 、 马尾松 、 薰衣草 、 大豆蜡等.

Ingredient: Acorus gramineus Soland, mint leaves, masson pine, lavender etc.

主要成分: 石菖蒲 、 薄荷叶 、 马尾松 、 薰衣草等.

Ingredient: Acorus gramineus Soland, mint leaves, masson pine, lavender, carrageenan bead etc.

主要成分: 石菖蒲 、 薄荷叶 、 马尾松 、 薰衣草 、 卡拉胶珠等.

From November to December, Acorus calamus was still in growth.

菖蒲从11月到12月仍在生长发育.

At last, different ACOs are compared and conclusion is made upon the results.

在本文的第六章, 总结了本算法的主要不足之处和继续研究的主要方向.

Fatigue damage of steel wire has been monitored using acoustic emission ( AE ) technique.

应用声发射 ( AE ) 技术对制绳钢丝疲劳损伤过程进行动态监测.

This insulation is of course both thermal and acoustic proof.

这当然是绝缘热和声学证明.

Acoustic scattering from submerged double infinite concentric cylindrical shell insonified by incident plane wave is studied.

研究水下双层无限长圆柱壳体的声散射.

Blind deconvolution algorithm can also separate acoustic twin target signal.

盲解卷积算法也能有效分离水中双目标噪声信号.

The problem is that acoustic sounds are in fact composed of many sound components called partials.

问题是物理声音事实上是由许多叫做泛音的部分构成.