It is studied with a focus on the harm of the composition of the aspiratory particles,aerosol state,grain size,concentration to human health.

气中溶胶粒子,特别是可吸入粒子的成分,气溶胶态、粒径大小、浓度等人体健康危害进行分析究。

The release and aerosolization of the fungal spore on the surface of building materials are the key factors to investigate the bioaerosol exposure and harmful effects on human health.

建筑材料表面真菌孢子的释放和气溶胶的形成,是究室内气微生物气溶胶暴露及人体危害的关键因素。

Some theories related to particle scatterance and the structure as well as the fundamental principle of the facilities for testing laser signal from multiple angles have been introduced.

介绍粒子散射相关理论以及激光粒子信号多角度检测装置的构成与基本原理,并详细描烟与干扰气溶胶粒子的多角度散射特征进行采集、处理和分析的过程。

It is studied with a focus on the harm of the composition of the aspiratory particles,aerosol state,grain size,concentration to human health.

空气中溶胶粒子,特别是可吸入粒子的成分,气溶胶态、粒径大小、浓度等人体健康危害进行分析究。

The release and aerosolization of the fungal spore on the surface of building materials are the key factors to investigate the bioaerosol exposure and harmful effects on human health.

建筑材料表面真菌孢子的释放和气溶胶的形成,是究室内空气微生物气溶胶暴露及人体危害的关键因素。

Some theories related to particle scatterance and the structure as well as the fundamental principle of the facilities for testing laser signal from multiple angles have been introduced.

介绍粒子散射相关理论以及激光粒子信号多角度检测装置的构成与基本原理,并详细描述与干扰气溶胶粒子的多角度散射特征进行采集、处理和分析的过程。

It is studied with a focus on the harm of the composition of the aspiratory particles,aerosol state,grain size,concentration to human health.

对其空中溶胶粒子,特别是可吸入粒子的,溶胶态、粒径大小、浓等对人体健康危害进行了析究。

The release and aerosolization of the fungal spore on the surface of building materials are the key factors to investigate the bioaerosol exposure and harmful effects on human health.

建筑材料表面真菌孢子的释放和溶胶的形,是究室内空微生物溶胶暴露及其对人体危害的关键因素。

Some theories related to particle scatterance and the structure as well as the fundamental principle of the facilities for testing laser signal from multiple angles have been introduced.

介绍了粒子散射相关理论以及激光粒子信号多测装置的构与基本原理,并详细描述了对烟与干扰溶胶粒子的多散射特征进行采集、处理和析的过程。

It is studied with a focus on the harm of the composition of the aspiratory particles,aerosol state,grain size,concentration to human health.

对其空气中溶胶,特别是可吸入的成分,气溶胶态、径大小、浓度等对人体健进行了分析究。

The release and aerosolization of the fungal spore on the surface of building materials are the key factors to investigate the bioaerosol exposure and harmful effects on human health.

建筑材料表面真菌孢的释放和气溶胶的形成,是究室内空气微生物气溶胶暴露及其对人体的关键因素。

Some theories related to particle scatterance and the structure as well as the fundamental principle of the facilities for testing laser signal from multiple angles have been introduced.

介绍了射相关理论以及激光信号多角度检测装置的构成与基本原理,并详细描述了对烟与干扰气溶胶的多角度射特征进行采集、处理和分析的过程。

It is studied with a focus on the harm of the composition of the aspiratory particles,aerosol state,grain size,concentration to human health.

对其空气中粒子,特别是可吸入粒子的成分,气、粒径大小、浓度等对人体健康危害进行了分析究。

The release and aerosolization of the fungal spore on the surface of building materials are the key factors to investigate the bioaerosol exposure and harmful effects on human health.

建筑材料表面真菌孢子的释放和气的形成,是究室内空气微生物气暴露及其对人体危害的关键因素。

Some theories related to particle scatterance and the structure as well as the fundamental principle of the facilities for testing laser signal from multiple angles have been introduced.

介绍了粒子散射相关理论以及激光粒子角度检测装置的构成与基本原理,并详细描述了对烟与干扰气粒子的角度散射特征进行采集、处理和分析的过程。

It is studied with a focus on the harm of the composition of the aspiratory particles,aerosol state,grain size,concentration to human health.

其空气中溶胶粒子,特别是可吸入粒子的成分,气溶胶态、粒径大小、浓人体健康危害进行了分析究。

The release and aerosolization of the fungal spore on the surface of building materials are the key factors to investigate the bioaerosol exposure and harmful effects on human health.

建筑材料表面真菌孢子的释放和气溶胶的形成,是究室内空气微生物气溶胶暴露及其人体危害的关键因素。

Some theories related to particle scatterance and the structure as well as the fundamental principle of the facilities for testing laser signal from multiple angles have been introduced.

介绍了粒子散射相关及激光粒子信号多角检测装置的构成与基本原,并详细描述了烟与干扰气溶胶粒子的多角散射特征进行采集、处和分析的过程。

It is studied with a focus on the harm of the composition of the aspiratory particles,aerosol state,grain size,concentration to human health.

对其空气中溶胶粒子,特别是可吸入粒子,气溶胶态、粒径大小、浓等对人体健康危害进行了析究。

The release and aerosolization of the fungal spore on the surface of building materials are the key factors to investigate the bioaerosol exposure and harmful effects on human health.

建筑材料表面真菌孢子释放和气溶胶形,是究室内空气微生物气溶胶暴露及其对人体危害关键因素。

Some theories related to particle scatterance and the structure as well as the fundamental principle of the facilities for testing laser signal from multiple angles have been introduced.

介绍了粒子散射相关理论以及激光粒子信号多角装置构与基本原理,并详细描述了对烟与干扰气溶胶粒子多角散射特征进行采集、处理和析过程。

It is studied with a focus on the harm of the composition of the aspiratory particles,aerosol state,grain size,concentration to human health.

对其空气中溶胶粒,特别是可吸入粒成分,气溶胶态、粒径大小、浓度等对人体健康危害进行了分析究。

The release and aerosolization of the fungal spore on the surface of building materials are the key factors to investigate the bioaerosol exposure and harmful effects on human health.

建筑材料表面真菌孢释放和气溶胶形成,是究室内空气微生物气溶胶暴露及其对人体危害关键因素。

Some theories related to particle scatterance and the structure as well as the fundamental principle of the facilities for testing laser signal from multiple angles have been introduced.

介绍了粒散射相关理论以及激光粒信号角度检测装置构成与基本原理,并详细描述了对烟与干扰气溶胶粒角度散射特征进行采集、处理和分析过程。

It is studied with a focus on the harm of the composition of the aspiratory particles,aerosol state,grain size,concentration to human health.

对其空气中溶胶粒子,特别是可吸入粒子的成分,气溶胶态、粒径大小、浓度等对人体健康危害分析究。

The release and aerosolization of the fungal spore on the surface of building materials are the key factors to investigate the bioaerosol exposure and harmful effects on human health.

建筑材料表面真菌孢子的释放和气溶胶的形成,是究室内空气微生物气溶胶暴露及其对人体危害的关键因素。

Some theories related to particle scatterance and the structure as well as the fundamental principle of the facilities for testing laser signal from multiple angles have been introduced.

粒子散射相关理论以及激光粒子信号多角度检测装置的构成与基本原理,并详细描述对烟与干扰气溶胶粒子的多角度散射特征采集、处理和分析的过程。