1.
Microphone arrays and their applications in room acoustic measurement
室内声学测量中传声器阵列的特点及其应用
2.
Measurement of noise in engine room of diesel locomotives
GB/T7182-1987铁路内燃机车动力室噪声测量
3.
A Study on High-Temperature Acoustic Measurement Within the Turbojet Combustors
涡喷发动机燃烧室内声测量技术研究
4.
Measurement and Analysis of Noise in Wheeled Loader Cab Using Acoustic Intensity Techniques
用声强测量法分析轮式装载机驾驶室内声场
5.
Acoustics--Ultrasonic power measurement in the frequency range 0.5～10MHz
GB/T7966-1987声学0.5～10MHz频率范围内超声声功率的测量
6.
Measurement of noise inside driver's cabs and passenger compartments of subway powered car train-sets
GB/T14893-1994地下铁道电动车组司机室、客室内部噪声测量
7.
Measuring the sound velocity in liquid based on optical information processing
基于光学信息处理的液体内声速测量
8.
Acoustics--Measurement of insertion loss of ducted silencers without flow--Laboratory survey method
GB/T16405-1996声学管道消声器无气流状态下插入损失测量实验室简易法
9.
Real-time Measurement and Analysis of Respirable Particulates in Chemical Lab;
化学实验室内可吸入颗粒物的实时测量与分析
10.
Acoustics--Determination of sound power levels of noise sources--Precision methods for anechoic and semi-anechoic rooms
GB/T6882-1986声学噪声源声功率级的测定消声室和半消声室精密法
11.
The Research on the Acoustics Characteristic and Quantized Detection Technology of Valve Gas Inner Leakage;
阀门气体内漏的声学特性及量化检测技术研究
12.
Testing the aerodynamic characteristics in a tangential boiler by acoustic measurement
四角切圆炉内空气动力特性的声学测量试验
13.
Acoustics--Measurement and characterisation of ultrasonic fields in the frequency range 0.5MHz to 15MHz--Hydrophone method
GB/T16540-1996声学在0.5~15MHz频率范围内的超声场特性及其测量水听器
14.
Code for measurement of sound-absorbing coefficient in reverberation room
混响室法吸声系数测量规范
15.
Use of Corner Microphone for Sound Absorption Measurement in a Reverberation Chamber
混响室中用角点传声器测量材料的吸声系数
16.
Comparison of Left Ventricular Opacication with Two-Dimensinal Echocardiography on Measurement of Left Ventricular Systolic Function;
左心腔声学造影与常规超声二维法测量左心室收缩功能准确性的对比研究
17.
Based on the principle of differential optical absorption spectrometry(DOAS),a set of detecting instrument for indoor air quality is proposed.
基于差分光学吸收光谱法原理,研究了一套室内空气质量检测装置.
18.
Investigation on the Indoor Air Quality in Qishan Campus of Fujian Normal University
福建师范大学旗山校区室内空气质量状况监测与分析