1) thick cream; thick soup; thick smoke; thick fog.
稠的奶酪;浓汤;浓烟;浓雾。
4) smoke concentration
烟雾浓度
1.
Experiments demonstrate that scatter light is increased with the increase of smoke concentration in a given scale; that scatter light has to do with its wavelength, there being an optimal scatter light wavelength; and that with the change of Smoke concentration, scatter light manifests three character regions.
<正> 目前,国内公安消防部门在烟雾浓度测试时,规定使用某地生长的有一定干燥度的核桃壳,适当处理后在特定装置内进行不充分燃烧,以此作为烟源进行烟雾浓度的测量。
5) heavy fog
浓雾
1.
Study of heavy fog monitoring and warning system for freeway;
高速公路浓雾监测预警系统
2.
All ion concentrations of fog-water in heavy fog processes are much higher than those in rain-water.
南岭山地的浓雾伴随的降水,其雨水中的诸离子浓度远低于雾水中的值,因而,雾不但造成视程障碍,而且是高浓度污染的微粒,对人体健康十分有害。
3.
In order to determine whether the leakage current during the flashover process has chaotic characteristics, the experiments simulating the insulator flashover in heavy fog were carried out and the chaotic analysis method of time series was selected to analyze the non-linear properties of leakage current in accordance with the flashover process.
首先针对绝缘子在灾害性浓雾天气下容易发生的闪络事故,通过观察闪络现象与过程,对闪络发展各个阶段的泄漏电流进行时间序列的混沌特征判别,计算和分析了Lyapunov指数、分形维数、功率谱密度、吸引子相图以及Poincare截面,论证了泄漏电流具有混沌特征,阐明了泄漏电流递归分析方法应用于绝缘子泄漏电流非线性特征分析的可行性。
6) dense fog
浓雾
1.
Using the composite field observational data collected in the area south of the Nanling mountains and numerical modeling,the seasonal features of dense fog and visibility,fog drop spectrum and physical concept of fog forming have been analyzed.
通过对南岭山地进行的雾野外观测资料以及数值试验的综合分析,得到了南岭山地浓雾和能见度的季节分布特征、雾滴谱微观特征与浓雾形成的物理概念图像。
2.
We studied the number density and quality of airborne particulate during two dense fog times in the eastern Chengdu,using automatic particle laser counter and Anderson sampler.
利用自动型尘埃颗粒激光计数器和Anderson采样器,对成都市城东区两次浓雾天前后颗粒物的总数密度和质量分别进行了分析,得到颗粒物的物理变化特征,结果表明,浓雾的存在可以改变颗粒物的物理特征:颗粒物总数密度保持在270 000~310 000/100 cm3之间,粒径0。
3.
In addition, the characteristics of burst reinforcement are analyzed on the three dense fog processes (time: December 12~(th)、14~(th) and 24~(th)-27~(th)), and some reasons ab.
辐射雾和平流辐射雾都是在晴空微风的夜晚辐射降温条件下形成的，锋面雾在锋面天气下形成和维持，并伴有小雨；辐射雾出现双层雾结构，具有明显的日变化特征，常在日出后随着太阳辐射加强而消散；12月24-27日的浓雾呈现出一些罕见的特征：雾顶高、雾层厚、维持时间长，主要是由于其逆温层深厚、大气层结稳定、风向风速适宜，暖湿气流的不断补充等作用的结果，北方冷空气南下造成的大风降温天气是这场大雾消散的直接原因；锋面雾产生于锋面天气下冷暖空气交界处，上空暖而湿的雨滴降落到下空冷而干的空气中，蒸发使得下层空气达到过饱和而凝结成雾滴，随着冷空气加强和上下湍流的增强锋面雾逐渐减。
补充资料：浓厚
①(烟雾、云层等)很浓：浓厚的烟雾｜浓厚的乌云。②(色彩、意识、气氛等)重：浓厚的地方色彩｜浓厚的封建意识｜浓厚的生活气息。③(兴趣)大：浓厚的兴致。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条