The particle counter is of high intelligence and anti-jamming, and the detection is accurate and quick.
该颗粒计数器智能化程度高、抗干扰能力强、检测准确快速。
At present, the main method of testing air filters is fraction efficiency testing method with particle counter.
以粒子计数器为测试手段的粒径效率测试法是目前过滤器测试的主要方法。
Through the comparison against the American HIAC particle counter, the data of the two show they are identical.
通过和美国HIAC粒子计数器比对，测试结果相互吻合。
PC 214 is a new generation laser particle counter optimized for applications in compressed air or compressed gases.
PC 214是新一代的激光颗粒计数器，专门针对压缩空气和压缩气体应用。
Light-blockage particle counter realizes take count of the number of particles by the particle's extinction for light.
光阻法颗粒计数器是利用颗粒对光的消光作用来实现对颗粒的计数功能。
The device also has an onboard particle counter to maintain a low response to natural chemical and biological substances in the air.
该设备还具有一个板载粒子计数器同空气中的自然化学和生物物质保持低反应。
A model for measuring aerosol mass concentration by an optical particle counter is presented using the conception of the average mass.
基于平均质量的概念，提出了粒子计数器测量悬浮颗粒物质量浓度的计算模型。
Total bacterial count of air and dust particle count were measured by plate sedimentation method and GLJ-BG-type dust particle counter.
用平板沉降法和GLJ - BG型尘埃粒子计数仪分别测定了空气中的细菌总数、埃粒子数。
Size distributions of number concentration of atmospheric aerosol measured by optical particle counter aboarded on aircraft were analysed.
本文对用光学粒子计数器在飞机上测量的大气气溶胶数密度-粒度谱分布进行了分析研究。
Airborne particle counter (APC) is important instrument for air cleanliness certification in cleanroom. The main error of APC is coincidence loss.
光散射式尘埃粒子计数器是用来测量空气洁净度的重要仪器，粒子计数器的主要测量误差为重叠损失误差。
In order to realize measurement of aerosol mass concentration in real time by optical particle counter, the calibration method of the instrument was studied.
为了实现光学粒子计数器系统实时精确地测量悬浮颗粒物的质量浓度，对该系统的标定方法进行了研究。
Dust particle counter, dust particle multi-point inspection system, sampling device, environment comprehensive parameter monitor, FFU central controller, etc.
尘埃粒子计数器，尘埃粒子多点检测系统，浮游菌采样器，环境综合参数监测器，FFU中央控制器等。
In this paper, index's weight of each channel of particle counter is firstly used to quantify the influence force and its validity has been proved by experiments.
文中首次尝试采用通道指标权重对其进行定量描述，并对该指标的有效性进行了试验验证。
In this paper I prepared sector research and calibration specification for airborne particle counter, to elaborate calibration method for airborne particle counter.
该文就研究以及编写的尘埃粒子计数器国家计量校准规范，来阐述尘埃粒子计数器的校准方法。
During the movement, air in the test room is collected into a laser particle counter, and the particles in the air are classified and counted. So operator can make a test.
运动过程中含有微粒的空气被采集到外部配置的激光微粒计数器里进行分类、计数，检测人员便可得出检测结果。
In this paper, some questions which must be considered in using particle counter by the way of analysing the particle counters testing principle and errors are pointed out.
通过对粒子计数器测试原理和误差的分析，指出了粒子计数器使用中应注意的一些问题。
In order to improve the resolution and count efficiency of the laser airborne particle counter, the design of performance optimization for the domestic sensors was studied.
为了提高激光尘埃粒子计数器的分辨率和计数效率，对国产传感器设计进行了性能优化。
Traceability of airborne particle counter has its own specialty, there is a big difficulty, at home and abroad many people are working to the calibration of airborne particle counter for many years.
尘埃粒子计数器的量值溯源因其特殊性，存在很大难度，多年来国内外都在致力于尘埃粒子计数器的校准研究。
The particle size distribution of the particulates and the rate of their coalescence were determined by using the Coulter counter.
应用库尔特计数器测定粒度分布及粒径变化规律。
When the counter plate and the particle size is less than the gap between the plate hammer when the crusher from the discharge port.
当物料粒度小于反击板与板锤之间的缝隙时，就从反击式破碎机出料口排出。
The Resistive Plate Counter (RPC) is a new kind of detector developed in 1980s, which has been widely used in particle physics experiment due to its simple construction and low cost.
阻性板探测器(RPC)是上世纪80年代发明的一种新型探测器，由于其结构简单、成本低已有许多用于大型实验探测器的成功经验。
The Resistive Plate Counter (RPC) is a new kind of detector developed in 1980s, which has been widely used in particle physics experiment due to its simple construction and low cost.
阻性板探测器(RPC)是上世纪80年代发明的一种新型探测器，由于其结构简单、成本低已有许多用于大型实验探测器的成功经验。
应用推荐