In1903 he returned to Dublin, where he met his future wife, Nora Barnacle, the following year. 在3月19日,他返回都柏林,在那里他会见了未来的妻子,诺拉巴纳克尔,下一年。
He stayed in Dublin for another year, during which time he met his future wife, Nora Barnacle. 他住在都柏林的又一年,在这期间,他会见了未来的妻子,诺拉巴纳克尔。
Barnacle glue is equally special. 同样,藤壶胶也很特别。
The proteins of barnacle glue, they discovered, are dominated by amino acids called proline and isoleucine. 他们发现,藤壶的蛋白质主要由被称为脯氨酸和异亮氨酸的两种氨基酸组成。
A pedunculate flower; a pedunculate barnacle is attached to the substrate by a fleshy foot or stalk. 有柄花;有柄藤壶是通过肉足或者柄附在底部的。(剑柄上的)圆球。
If you are unfortunate enough to get caught by a barnacle, shoot at its mouth to free yourself. 如果你不幸的被一只藤壶怪所捕捉,透过射击其口部去使自己回复自由。
God becomes man becomes fish becomes barnacle goose becomes featherbed mountain. 天主变成人,人变成鱼,鱼变成黑雁,黑雁又变成堆积如山的羽绒褥垫。
Irrigation works; Pile the barnacle body up; Prevention and cure. 水利工程;堆砌石砌体;防治。
The barnacle and the clam are two examples of filter feeders. 藤壶和蛤类是滤过觅食者的两种例子。
Sessile flowers; the shell of a sessile barnacle is attached directly to a substrate. 无柄花;无柄藤壶的壳是直接附着在底部的。
Barnacle that attaches to rocks esp. in intertidal zones. 附着在岩石上特别是潮间带岩石上的藤壶。
Seeds of economic crops& Oil crops The barnacle and the clam are two examples of filter feeders. GB4407.2-1996经济作物种子油料类藤壶和蛤类是滤过觅食者的两种例子。
The effect of barnacle adhesion on metal corrosion in seawater 藤壶附着对海水中金属腐蚀的影响
Barnacle is one kind of marine fouling organism in the East China Sea. 藤壶是东海区主要的污损生物之一。
Adhesion mechanism and prevention of marine biofouling barnacle 海洋污损生物藤壶的附着机理及防除
This paper reviewed the biochemical and ecological studies on the settlement of barnacle, its damage on mangrove seedlings, and its chemical control. 文中综述了藤壶附着的生物化学、藤壶在红树林附着的生态学、藤壶对人工红树林幼林的危害和国内所采用的化学药物防治措施等方面的研究进展,以及今后的研究方向。
The results also show that instantaneous corrosion rate of the samples with barnacle coverage decreases with immersion time. Barnacle is one kind of marine fouling organism in the East China Sea. 附有网纹藤壶的试样,其瞬时腐蚀率随浸海时间的延长而降低。
However, the impacts of absolute elevation on different types of barnacle were different. 但绝对高程对不同的藤壶种类的影响是不同的。
The mangrove species where the barnacle attached was the third impact factor. 藤壶附着的红树种类也是不可忽视的第三个生态影响因素。
Seasonal changes was another factor affecting barnacle attachment. 季节的变迁也是影响藤壶附着的另一生态因子。
Self-thinning exponent for barnacle individual parts is not constant and these different exponents would be explained by different biomass allocation to shell and tissue in response to environmental conditions. 藤壶个体组分的自浙江大学博士学位论文疏指数并不是一个常数,不同的指数可以由不同环境下不同的壳肉生物量分配来解释。