The Argentinian president beseeched Maradona to reconsider.

Argentinian striker Roberto Sosa scored Udinese's winner.

阿根廷射手苏沙为乌甸尼斯射入致胜一球。

Argentinian oil magnate to let them work on his rig.

当油井老板神秘失踪后,他的一名工人吉拉多就接手了公司的管理.

And he has often fallen foul of the Argentinian oligarchy.

同时他还时常与阿根廷的寡头统治相抵触.

In 1978 he played for the victorious Argentinian side in the World Cup.

1978年，他效力于获得世界杯冠军的阿根廷队。

The passion of Argentinian football fans knows no bounds.

阿根廷足球迷极为热情。

I was simply staggered by the heat of the Argentinian high-summer.

阿根廷盛夏的酷热真让我大吃一惊。

Methods: Argentum as antibacterial agent to prepare the argentation medical polypropylene mesh with as reducing agent.

目的: 制备镀银的医用聚丙烯网片,并检测其抗菌性和力学性能.

The original function of argil is to cover land to support plant growth.

黏土本是大地铺盖地面,供应植物生长的材料.

Ingredient: Argil, Lipid solute, Chamomile and Lavender.

成份: 白陶土、油脂溶解剂 、 洋甘菊及熏衣草.

Ingredient: Argil, Lipid solute, Chamomile and Lavender extract.

成份: 白陶土、油脂溶解剂 、 洋甘菊及薰衣草萃取精华.

Two series of carbonate rocks and argillaceous rocks with similar maturity are confected.

配制了两套成熟度相近的碳酸盐岩和泥质岩丰度系列样品.

Besides the mentioned above, the mechanism of swelling rock argillization is illustrated.

阐明了膨胀岩的泥质化作用机理.

The most frequent reaction causing the self-sealing of rocks with high secondary permeability is argillization.

这种发生频率很高的、使次生渗透性能良好的岩体产生自封闭现象的反应就是泥岩化.

Fulvic minerals are naturally occurring. plant-derived substances that act as transporters for L-arginine and antioxidants.

褐菌矿物质是天然的植物提取成份,起着输送左旋精氨酸和抗氧剂.

The nutrition and physiology of arginine and its effect on immunity and disease are reviewed.

综述了精氨酸的营养生理作用,阐述了其对免疫、疾病等方面的影响.

CONCLUSION: Arginine ibuprofen syrup were bioe-quivalent with ibuprofen tablets.

结论: 精氨酸布洛芬糖浆和布洛芬片生物等效.

The adsorption of L-arginine on D 001 macroporous strong acidic resin was investigated.

考察了D001大孔强酸型阳离子交换树脂对L?精氨酸的吸附.

Arginine is an amino acid, also referred to as L-arginine.

精氨酸是一种氨基酸, 也称为精氨酸.

L-Arginine: This amino acid is a precursor to nitric oxide ( NO ).

精氨酸: 这种氨基酸是氮氧化物 ( NO ) 的前身.

Arginine methyltransferase play very important roles in protein post-translational modification.

精氨酸甲基转移酶在蛋白质转录后修饰中起着重要作用.