The wetting property of PET fiber was ameliorated obviously by the azote plasma treatment.

用氮气对涤纶进行低温等离子处理,明显地改善了其表面的润湿性能。

Its dry powder nitron sprying fire systemcarbon dioxide spraying fire system could be used on singelcombinetion.

干粉氮气二氧化碳既可又可单独使用，联合使用，实战能力很强。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

样可以用氧气取代之前被氮气占据的肺泡。

After the precursor's thermal decomposition under the protection of nitrogen,a kind of nonstoichiometric titanium oxide can be prepared.

用钛粉草酸得前驱物,在氮气保护下600℃热分解前驱物备了一种非化学计量钛氧化物。

The wetting property of PET fiber was ameliorated obviously by the azote plasma treatment.

用氮气对行低温等离子处理,明显地改善了其表面的润湿性能。

Its dry powder nitron sprying fire systemcarbon dioxide spraying fire system could be used on singelcombinetion.

干粉氮气系统和二碳系统既可又可单独使用，联合使用，实战能力很强。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

样可以用气取代之前被氮气占据的肺泡。

After the precursor's thermal decomposition under the protection of nitrogen,a kind of nonstoichiometric titanium oxide can be prepared.

用粉和草酸反应制得前驱物,在氮气保护下600℃热分解前驱物制备了一种非学计量物。

The wetting property of PET fiber was ameliorated obviously by the azote plasma treatment.

用对涤纶进行低温等离子处理,明显地改善了其表面的润湿性能。

Its dry powder nitron sprying fire systemcarbon dioxide spraying fire system could be used on singelcombinetion.

干粉系统和二氧化碳系统既可又可用，联合用，实战能力很强。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

样可以用氧取代之前被据的肺泡。

After the precursor's thermal decomposition under the protection of nitrogen,a kind of nonstoichiometric titanium oxide can be prepared.

用钛粉和草酸反应制得前驱物,在保护下600℃热分解前驱物制备了一种非化学计量钛氧化物。

The wetting property of PET fiber was ameliorated obviously by the azote plasma treatment.

用氮纶进行低温等离子处理,明显地改善了其表面的润湿性能。

Its dry powder nitron sprying fire systemcarbon dioxide spraying fire system could be used on singelcombinetion.

干粉氮系统和二氧碳系统既可又可单独使用，联合使用，实战能力很强。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

样可以用氧取代之前被氮占据的肺泡。

After the precursor's thermal decomposition under the protection of nitrogen,a kind of nonstoichiometric titanium oxide can be prepared.

用钛粉和草酸反应制得前驱,在氮保护下600℃热分解前驱制备了一种非学计量钛氧。

The wetting property of PET fiber was ameliorated obviously by the azote plasma treatment.

用氮气对涤纶进行低温处理,明显地改善了其表面的润湿性能。

Its dry powder nitron sprying fire systemcarbon dioxide spraying fire system could be used on singelcombinetion.

干粉氮气系统和二氧碳系统既可又可单独使用，联合使用，实战能力很强。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

样可以用氧气取代之前被氮气占据的肺泡。

After the precursor's thermal decomposition under the protection of nitrogen,a kind of nonstoichiometric titanium oxide can be prepared.

用钛粉和草酸反应制得前驱物,在氮气保护下600℃热分解前驱物制备了一学计量钛氧物。

The wetting property of PET fiber was ameliorated obviously by the azote plasma treatment.

用氮气对涤纶进行低温等离子处理,明显地改善了其表面的润湿性能。

Its dry powder nitron sprying fire systemcarbon dioxide spraying fire system could be used on singelcombinetion.

干粉氮气系统和二氧化碳系统既又单独使用，联合使用，实战能力。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

以用氧气取代之前被氮气占据的肺泡。

After the precursor's thermal decomposition under the protection of nitrogen,a kind of nonstoichiometric titanium oxide can be prepared.

用钛粉和草酸反应制得前驱物,在氮气保护下600℃热分解前驱物制备了一种非化学计量钛氧化物。

The wetting property of PET fiber was ameliorated obviously by the azote plasma treatment.

氮气对涤纶进行低温等离子处理,明显地改善了其表面的润湿性能。

Its dry powder nitron sprying fire systemcarbon dioxide spraying fire system could be used on singelcombinetion.

干粉氮气系统和二氧化碳系统既可又可单独使，联合使，实战能力很强。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

样可氧气取代之前被氮气占据的肺泡。

After the precursor's thermal decomposition under the protection of nitrogen,a kind of nonstoichiometric titanium oxide can be prepared.

钛粉和草酸反应制得前驱物,在氮气保护下600℃热分解前驱物制备了一种非化学计量钛氧化物。

The wetting property of PET fiber was ameliorated obviously by the azote plasma treatment.

氮气对涤纶进行低温等离子处理,明显地改善了其表面的润湿性能。

Its dry powder nitron sprying fire systemcarbon dioxide spraying fire system could be used on singelcombinetion.

干粉氮气和二氧化碳可又可单独使，联合使，实战能力很强。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

样可以氧气取代之前被氮气占据的肺。

After the precursor's thermal decomposition under the protection of nitrogen,a kind of nonstoichiometric titanium oxide can be prepared.

粉和草酸反应制得前驱物,在氮气保护下600℃热分解前驱物制备了一种非化学计量氧化物。

The wetting property of PET fiber was ameliorated obviously by the azote plasma treatment.

用氮气对涤纶进行低温处理,明显地改善了其表面的润湿性能。

Its dry powder nitron sprying fire systemcarbon dioxide spraying fire system could be used on singelcombinetion.

干粉氮气系统和二氧碳系统既可又可单独使用，联合使用，实战能力很强。

Preoxygenation replaces the primarily nitrogenous mixture of ambient air, which constitutes the patient's functional residual capacity, with oxygen.

样可以用氧气取代之前被氮气占据的肺泡。

After the precursor's thermal decomposition under the protection of nitrogen,a kind of nonstoichiometric titanium oxide can be prepared.

用钛粉和草酸反应制得前驱物,在氮气保护下600℃热分解前驱物制备了一学计量钛氧物。