测量了不同分辨率下不同浓度氯仿气体的傅里叶变换红外光谱(FTIR)。
Fourier transform infrared (FTIR) spectra of chloroform gas with different concentrations were measured under different resolutions.
礼仪阻止气体生成，因此，再没有新的甲醇氯仿物能够打乱这项研究的数据了。
The gas was banned by the Montreal Protocol, so now, no new methyl chloroform is fouling the data.
在麻醉剂研究中以身试验各种各样的气体时，他对氯仿上了瘾。
While experimenting with various gases during his anesthesia research, Wells became addicted to chloroform.
既然再不会生成这种气体，那么，科学家们就能够更精确地测量在甲醇氯仿物的空气聚合反应中生成的氢化物水平。
Now that the gas is no longer being produced, scientists can more accurately gauge the action of hydroxyl upon methyl chloroform's atmospheric concentration.
既然再不会生成这种气体，那么，科学家们就能够更精确地测量在甲醇氯仿物的空气聚合反应中生成的氢化物水平。
Now that the gas is no longer being produced, scientists can more accurately gauge the action of hydroxyl upon methyl chloroform's atmospheric concentration.
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