aerosol can

The Safety Evaluation of Aerosol Can and Development of Pressure Inspection Instrument

喷雾罐类容器安全性评价及压力试验仪的研制

The particles of aerosol can reduce the atmospheric visibility through absorbing and scattering .

气溶胶粒子对太阳光的散射和吸收，会影响大气能见度，使可见距离缩短。

Moreover , aerosol can cause serious atmospheric pollution by way of absorbing or dissolving trace gas of atmosphere .

另外，气溶胶中的固态粒子能够吸附大气中的微量气体，液态粒子能溶解微量气体，它们在化学反应后生成新的物质微粒，会造成严重的大气污染事件。

Legionella pneumophila mediated by the aerosol can cause epidemic outbreak or distribution .

嗜肺军团菌由气溶胶介导传播，可引起暴发流行或散发病例。

The results showed that the dust aerosol can bring about the reduction of the short-wave fluxes in aerosol layer ;

计算结果表明：气溶胶引起晴空短波净辐射通量减少；

Always brush in the same direction to lift the nap . Make sure you follow the manufactures instructions on the side of the aerosol can .

刷的时候要顺着绒的方向，而且要遵守喷剂瓶身上的使用说明。

Atmospheric aerosol can influent the atmosphere of chemical process directly or indirectly by radiation effect . It will reduce visibility by absorbing and scattering the sunlight .

大气气溶胶通过辐射效应可以直接或者间接的对大气中的理化过程产生影响，吸收、散射太阳光降低大气能见度，对航空、航海以及陆路交通运输安全造成影响。

By using the FEM software DYNAFORM and the basic theory of FEM and practical production status in sheet metal forming , the mold and parameters and characters of the coping forming of Aerosol Can were gained .

本文利用板料成形数值模拟软件DYNAFORM，结合薄板成形的有限元基本理论和实际生产状况，总结出喷雾罐顶盖成形的模具和工艺参数，以及成形特点。

Aerosol Can is a kind of airproof package container , which is usually made of tinplate and aluminium , the manufacture of its coping needs complicated technics , multi-step forming is often adopted .

喷雾罐是一种气密性包装容器，制造金属喷雾罐用的最多的材料是马口铁和铝。其顶盖制造需要的工艺比较复杂，一般采用多工步的冲压成形。

CONCLUSIONS Administration of IFN γ via aerosol can obviously enhance the cellular immunity and anti infection ability of the lungs , but has no influence on the whole body cellular immunity of the immunocompromised rats .

结论雾化吸入IFNγ可明显增强免疫低下大鼠肺部细胞免疫反应和抗感染能力，但对血细胞免疫状态无明显影响。

The manual fixed-quantity aerosol can be used in the treatment on the high-aged children , but it has a high requirement of the operation and needs the harmonious cooperation of brain , mouth and hands .

手控定量气雾剂适合龄儿童使用，操作要求高，需要脑、口、手的协调配合，不易掌握；

Through ground observation , more accurate optical characteristic information of aerosol can be gained . But this approach only can executed in limited ground stations , and it is hard to get the information of good 3D spatial coverage and spatial distribution .

对气溶胶在地面进行观测能够得到其较为准确的光学特性信息，但是这种方法只能在有限的地面站点进行，不可能得到良好的空间覆盖和三维空间分布信息。

Aerosol can change interior energy balance of land , water , atmosphere systems and water circulation through affecting radiation in the atmosphere , atmospheric chemistry , and cloud and precipitation process , further exerts significant impact on the global climate and environmental change .

大气气溶胶通过影响大气辐射、大气化学及云和降水过程，改变地水气系统内部的辐射能量收支和水循环，对全球气候和环境变化产生巨大影响。

Experimental results show that trace gases and aerosol parameters can be successfully retrieved using this model .

实验结果表明该方法可以在获取痕量气体浓度同时，并能精确反演气溶胶物理特性。

CONCLUSION : Aerosol inhalation can improve the therapeutic effect of the compound Chinese holly leaf .

结论：复方四季青提取物雾化吸入给药是提高疗效的有效途径之一。

Furthermore , the model result shows that the aerosol atmosphere can efficiently affect UV-A and UV-B irradiance .

大气中气溶胶粒子对紫外辐射的影响在UV-A波段和UV-B波段具有不同的表现。

Aerosol particles can act as cloud condensation nuclei ( CCN ) and also affect human health by degrading the cardiovascular and respiratory system .

气溶胶颗粒可以充当云凝聚核（CCN），也可以通过破坏心血管和呼吸系统来影响人体健康。

Conclusion Aerosol bioelectricity can indicate active cells proliferation through up-regulating the expressions of EGF and β _1 integrin in skin basal cells and hair follicle cells , thus can accelerate burned wound healing .

创面愈合后两组表达逐渐恢复至正常水平，差异无显著性意义（P>005）。结论通过上调EGF和β1整合素的表达而促进细胞增殖可能是荷负电气溶胶促进烧伤创面愈合的机制之一。

In a previous study , inhaled aerosol milrinone can be applied to patients with cardiopulmonary bypass , ischemia-reperfusion model , and play a role in lung protection . It also play a protection role in lung in oleic acid induced experimental acute lung injury .

在之前的研究中，雾化吸入米力农可以应用到心肺分流术患者、缺血再灌注模型中起到肺保护作用，在油酸所致实验大鼠急性肺损伤模型中，米力农也起到肺保护作用。

Based on the experimental results , the overlap factor of the system and retrieve the profile of the atmosphere aerosol extinction coefficient can be deduced .

给出了具体探测的实验结果，推算出系统的几何重叠因子，根据激光雷达方程的反演方法，得出了大气气溶胶消光系数随高度变化的垂直分布廓线图。

The method of suitably increasing the minus oxygen balance value of aerosol generating agent can greatly lower the combustion temperature and has no side effect on the releasing rate .

实验表明适当增大气溶胶发生剂的负氧平衡可大幅度降低发生剂释放时的燃烧温度，且对单位时间内气溶胶的产生速率无不良影响。

After lidar constant was calibrated using solar radiometer , aerosol optical depth can be determined with lidar return signals from 35 to 40 km altitude according to lidar equation .

反之，标定激光雷达常数后，根据激光雷达方程，以激光雷达35-40km的大气分子后向散射回波信号来确定气溶胶的光学厚度。

Conclusion : 1 . The results show that " QiXiang aerosol " pretreatment can reduce pulmonary pathological damage of flu mice and modulate the immune response of lungs . 2 .

结论：1.芪香气雾剂预先给药可减轻流行性感冒小鼠病毒性肺炎的肺部病理损伤，并可调节小鼠免疫应答，提高细胞免疫应答水平。

Firstly , 0.55 μ m atmospheric extinction coefficient can be resolved by using visibility , when it subtracts the extinction coefficient of atmospheric molecule , 0.55 μ m aerosol extinction coefficient can be obtained , and the number density of aerosol can be calculated by using Mie theory .

首先，由能见度求出波长0.55μm的大气消光系数，在减去大气分子的消光系数后得到0.55μm气溶胶的消光系数，使用Mie散射理论求出气溶胶粒子的数密度；

The moisture in the filter was maintained by ultrasonic aerosol equipment , which can also minimize the thickness of the liquid film .

采用超声波气溶胶发生器来维持过滤器内的湿度并保持填料表面液膜的厚度最小。

The fluidized bed aerosol generator , which can produce dry particles with a wide micron size distribution and high concentration , is an important instrument in aerosol research .

先行研制的振筛进料流化床气溶胶发生器的稳定性能不够理想，需要对其进行改进。

The monitoring sensitivity of the monitor is exceedingly improved , owing to take above means , as well as both α aerosol and β aerosol can be monitored simultaneously by one monitor .

通过上述措施，不仅实现了α气溶胶和β气溶胶的同时监测，而且极大地提高了仪器的监测灵敏度。

A combining inversion method is introduced for aerosol refractive index which can be deduced from the data measured simultaneously by OPC , visibility meter , and particle-mass-concentration instrument , according to high sensitivity of the particle size distribution measured by OPC to refractive index of aerosol .

根据光电粒子计数器对粒子折射指数的敏感性，利用光电粒子计数器、能见度仪和飘尘质量测量仪同时测量的数据，综合反演得到了气溶胶的折射指数实部和虚部。

In the recent years , aerosol pollution over Pearl River Delta ( PRD ) is getting worse , and aerosol cloud can be seen all year round , causing the deterioration of visibility and air quality .

近几年来，珠江三角洲地区的气溶胶污染日趋严重，气溶胶云一年四季都可以出现，造成空气质量和能见度下降。

Because the number density of aerosol is constant at the same time and atmospheric condition , so some other wavelength aerosol optical characteristics can be obtained by using Mie theory .

因为同一时间大气状态下气溶胶的数密度是不变的，所以再次使用Mie散射理论即可得到其他波长下气溶胶的光学特性。