- 更多网络例句与粉尘相关的网络例句 [注：此内容来源于网络，仅供参考]
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Pair of aluminite powder and the cyclotrimethyl mix dust's detonation characteristic has conducted the experimental study, as well as the maximum pressure rise speed and the mix dust's allocated proportion relations may see two kind of dust from its maximum explosion pressure when certain allocated proportion, both existence synergism.
对铝粉与黑索金的混合粉尘的爆炸特性进行了实验研究，从其最大爆炸压力以及最大压力上升速率与混合粉尘的配比关系可以看出两种粉尘在一定配比时，两者存在协同作用。
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Regarding the general industrial dust aluminite powder, the firing delay time and the most tremendous pressure rise speed influence is very obvious to its maximum explosion pressure; Its maximum explosion pressure and the maximum pressure rise speed reduces along with the dust granularity increases: And increases the tendency to be obvious; Has a best dust loading, causes its maximum explosion pressure and the maximum pressure rise speed maximizing.
对于一般工业粉尘铝粉来说，点火延迟时间对其最大爆炸压力和最大压力上升速率的影响十分明显；其最大爆炸压力和最大压力上升速率随着粉尘粒度的减小而增加：且增加趋势明显；存在一个最佳粉尘浓度，使其最大爆炸压力和最大压力上升速率达到最大值。
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The noxious gas contained in the tail gas out of garbage incinerator and coal burning boiler is collected by bag filter with japanese techniques, This technology can achieve desulfuration and harmness gas through ejecting slaked lime dry power and reaction auxiliary agent to fult gas, sulfur dioxide and harmful gas.harmful gas and slake lime carry chemical reaction adequately,forming solidastate calcium sulfate and and other attachments, which will either adhere to stive or coacervate into nice granule and finally been absorbed.
垃圾焚烧炉尾气中的有害物质和燃煤锅炉煤中的硫燃烧后主要是以二氧化硫的形态存在，这种呈气态的二氧化硫和有害气体是无法用任何其它种类除尘器收集和捕捉的。本技术是通过向含有粉尘、二氧化硫和有害气体的烟气中喷射熟石灰干粉和反应助剂来实现脱硫、脱有害气体的。二氧化硫、及有害气体和熟石灰在反应助剂的辅助下充分发生化学反应，形成固态硫酸钙(CaSO4)和其它附着物，附着在粉尘上或凝聚成细微颗粒，随粉尘一起被袋式除尘器收集下来。
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The authors analysed naked and transformed groups of fibrous brucite, wollastonite, chrysotile asbestos, sepiolite, palygorskite, clinoptilolite, crocidolite and diatomaceous earth mineral dust s by IR under acid and alkali etching and strong mechanical and polarized molecular interaction.
本文通过酸碱蚀、强机械力和极性分子等表面作用，利用红外吸收光谱手段分析7种重要矿物粉尘的表面基团裸露、转化过程，总结了矿物粉尘表面存在的基团类型及其表面活性位的分布及在不同环境条件下的转化，对讨论粉尘生物活性及矿物表面／细胞物理化学作用过程有重要意义。
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Meanwhile, Virtual Reality is used to build the three dimensional stereo scene for the diffusion process of dust.
针对其中的粉尘浓度因素，通过虚拟现实技术建立了环境粉尘扩散的三维立体场景，以协助完成粉尘控制的工作。
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In the standard test, it was found that the dustiness of nanopowder was much higher than submicro-powder. The average inhalable, thoracic and respirable dustiness mass fraction in mg/kg and the dustiness level of TiO2 nanopowder were 6713±546, 576±37 and 15±2, respectively, and were 142±20, 73±6 and 11±0.3 for ZnO submicro-powder.
在传统标准方法的测试结果发现奈米粉体的逸散性比次微米粉体高出很多，TiO2奈米粉体逸散时的可吸入性粉尘、胸腔区粉尘和可呼吸性粉尘质量分率分别为6713±546、576±37和15±2 mg/kg，扬尘等级分别为高等、中等以及低等。
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The minimum ignition energy is one of the most important dust explosibility characteristics and it is very ...
粉尘云最小点火能是最重要的粉尘爆炸特性参数之一，它在粉尘爆炸危险性评估及如何采取避免有效点火源防爆措施等方面具有重要意义。
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Depending upon mathematic approaches, dust affected lung mechanism, environmental economics and so on, the dust diffusion simulation with visualization, the dynamic forecast models of pneumonoconiosis and the environmental benefit analysis of dust control were conducted by computer techniques.
本文以粉尘污染为重点研究对象，通过应用数学方法、粉尘毒理学、环境经济学等理论，将计算机技术应用于粉尘污染可视化模拟、尘肺病动态预测、粉尘控制环境损益分析等。
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Regardless to the research development or industrial application, nano metal powders are extensively discussed. Within these powders, the flammable and explosible nano aluminum, titanium and iron powders produce a great amount production and apply widely. Meanwhile, the surface/volume ratio of powders is increased significantly under nano scale, in which to enhance the ignition opportunity. Thus, the dust explosion hazard risk of nano powders could remarkable rise. In addition, the comparison of explosion phenomenon, test methods and quantification parameters between nano and micro scale is necessary to deeply investigate further. So that this project operates the explosion characteristic experiments to measure and determine such the maximum explosion pressure, minimum explosion concentration and explosion characteristic Kst value on above mentioned three nano metal powders. Expectantly, to provide the appropriate recommendations of safety prevention for nano dust explosion based on the experimental results.
奈米金属粉末无论是研究发展或是工业界应用，目前皆是广泛讨论研究之材料，其中，奈米铝粉、奈米钛粉以及奈米铁粉等可燃、爆性粉末，均有高额产量及大量应用领域，与此同时，在粉末粒径进入奈米尺度的情况下，粉尘比表面积大幅提升，增加此三种粉尘可被点燃的机会，因此，潜在的粉尘爆炸危害风险将广幅增加，另外，微米尺度粉尘爆炸的现象、测试方法以及量化参数是否具有相同的实验尺度基点，也需要深入探讨，故本次计画针对上述三种奈米金属粉末，进行三种不同粒径的爆炸特性参数实验，如最大爆炸压力、最低爆炸浓度以及爆炸特性参数Kst值之量测与计算，期能量化其粉尘爆炸特性，并据此提出适当的安全防护建议。
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Lead * Welding Fumes * Silica * Coal dust * Wood/Paper * Concrete/Cement * Cadmium * Nuisance Dusts * Chromate * Toxic Soil Remediation * Tobacco smoke * Construction Dust * Dry Chemical * Oil Mists * Grinding Dusts * Pharmaceuticals * Spray Paint * Grain Features The Air Aide Airborne particulate monitor has a multitude of features the list could go on forever, but for now we will just name a few.
铅 *焊接烟气*硅胶*煤粉尘*木材/纸*混凝土/水泥*镉*无害粉尘*铬*有毒土壤*烟草烟雾*工程粉尘*干化学*油雾*磨削粉尘*制药*喷漆*粮食特征空气悬浮物颗粒监测仪具有多种功能，现在仅举几例。
- 更多网络解释与粉尘相关的网络解释 [注：此内容来源于网络，仅供参考]
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asbestos dust and asbestosis：石棉粉尘和石棉肺
hydrogen bond 氢键 | asbestos dust and asbestosis 石棉粉尘和石棉肺 | chrysotile 温石棉
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dust concentration：粉尘浓度
dust collector 吸尘器 | dust concentration 粉尘浓度 | dust content of air 空气含尘量
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hydrophilic dust：亲水性粉尘
hydraulicity水硬性 | hydrophilic dust亲水性粉尘 | hydrophobic dust疏水性粉尘
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rial dust：工业粉尘
rial bond grinder 钢轨导接线研磨机 | rial dust 工业粉尘 | rial dust pollution 工业粉尘污染
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dust sampler：粉尘采样仪
dust removing system 除尘系统 | dust sampler 粉尘采样仪 | dust sampling meter 粉尘采样仪
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hydrophobic dust：疏水性粉尘
hydrophilic dust亲水性粉尘 | hydrophobic dust疏水性粉尘 | impact dust collector冲激式除尘器
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respirable dust：呼吸性粉尘
注:1)总粉尘(Total dust)简称"总尘",指用直径为40mm滤膜,按标准粉尘测定方法采样所得到的粉尘;2)呼吸性粉尘(Respirable dust)简称"呼尘". 指按呼吸性粉尘标准测定方法所采集的可进入肺泡的粉尘粒子,其空气动力学直径均为7.07m以上,
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brick dust：砖瓦粉尘
a34024 石灰粉尘 Lime dust | a34025 砖瓦粉尘 Brick dust | a34026 采石尘 Quarry dust
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lyophilic dust：亲水性粉尘
low-pressure steam heating 低压蒸汽采暖(12) | lyophilic dust 亲水性粉尘(43) | lyophobic dust 疏水性粉尘(43)
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lyophobic dust：疏水性粉尘
lyophilic dust 亲水性粉尘(43) | lyophobic dust 疏水性粉尘(43) | main 总管、干管(22)