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1·They can also reduce the strong smell of ammonia gas.

它们同样还可以减少氨气的刺激性气味。

2·Trees can also reduce the strong odor of ammonia gas.

树木还可以减少氨气的浓烈的气味。

3·Ammonia gas released by fertilized cropland is a cause of air pollution, the.

施肥后的农田释放的氨气是空气污染的一个因素。

4·One-dimensional A1N nanocrystals were synthesized by reacting between Zn and ammonia gas.

采用铝粉与氨气在等离子体中的反应，获得了一维结构纳米A1N。

5·By this method, the ammonia gas released from decomposition can be recirculated for producing ammonium nitrate or others.

这种方法，分解放出的氨气，可循环用以生产硝酸铵或作其它用途。

6·The CNT films are rather sensitive to ethanol and ammonia gas, the sensitivities can reach 28% and 70% in room temperature, respectively.

碳纳米管膜对乙醇气体和氨气具有较强的气敏性质，室温下，其灵敏度分别可达28%和70%。

7·Further, reacted mixed gas can be separated and the separated ammonia can be used as an ammonia gas source for combined alkali preparation.

进一步地，可以对反应后的混合气进行分离，分离出的氨可以作为联合制碱的氨气来源。

8·In fact, when bacteria colonies were exposed to ammonia gas in the lab, the individual cells of each species joined together to form a slimy biofilm.

事实上，当细菌菌群暴露于实验室的氨气中时，每种菌群的各个细胞就会黏连在一起形成一个黏液状的“生物膜”。

9·Through the analysis of liquid ammonia gas cylinder explosion accident, discussed the related calculation questions to liquefied gas cylinder accident analysis.

通过对一起液氨气瓶爆炸事故的分析，探讨液化气体气瓶事故分析的相关计算问题。

10·Scientists have shown that just 3 rows of trees near poultry houses can reduce the release of dust and ammonia. Trees can also reduce the strong odor of ammonia gas.

科学家已证实在家禽饲养场周围只需种植三排树木就可以减少灰尘和氨的释放，并还可以减少氨气的浓烈气味。

氨气

1·They can also reduce the strong smell of ammonia gas.

它们同样还可以减少氨气的刺激性气味。

2·Ammonia gas released by fertilized cropland is a cause of air pollution, the.

施肥后的农田释放的氨气是空气污染的一个因素。

3·Trees can also reduce the strong odor of ammonia gas.

树木还可以减少氨气的浓烈的气味。

4·Through the analysis of liquid ammonia gas cylinder explosion accident, discussed the related calculation questions to liquefied gas cylinder accident analysis.

通过对一起液氨气瓶爆炸事故的分析，探讨液化气体气瓶事故分析的相关计算问题。

5·In fact, when bacteria colonies were exposed to ammonia gas in the lab, the individual cells of each species joined together to form a slimy biofilm.

事实上，当细菌菌群暴露于实验室的氨气中时，每种菌群的各个细胞就会黏连在一起形成一个黏液状的“生物膜”。