1.
Research of the Thickness Sensing and Prefabricated Specification Instrument in Digital Printing Post-press Equipment;
面向数字化印后设备的厚度检测仪与规格预置装置的研究
2.
Application of total station to detection of jetcrete thickness for lining of tunnel
全站仪在隧洞喷射混凝土厚度检测中的应用
3.
when the thickness measurer detects a certain exceeding standard thickness, corresponding screws in die lips will act in response to result in effective adjustment and control of thickness
当厚度测量仪检测到某处超过标准厚度, 模唇上相应的螺丝会自动反应,有效地调节和控制厚度
4.
with automatic thickness measurement scanner
带自动厚度测量扫描仪
5.
cloth thickness gauge
织物测厚规,织物厚度[测量]仪
6.
coat thickness measuring instrument
涂层测厚仪（用放射性射线进行检测）
7.
Optical coherence tomography in measuring retinal nerve fiber layer thickness in pituitary tumor
应用光学相干断层扫描仪检测垂体瘤患者视网膜神经纤维层厚度
8.
Design of measuring instrument of road surface thickness based on capacitance test technique
基于电容检测技术的公路路面测厚仪的设计
9.
Comparability of sensory retinal thickness measured by different OCTs to histological studies in rabbit eyes
两种相干光断层扫描仪测量兔眼视网膜厚度和组织学检查的对比研究
10.
The factors of impacting the X-ray thickness measurement accuracy and methods to maintain
影响X射线测厚仪测量精度的因素及维护方法
11.
A new thickness gauge making use of neutron scattering method can be used for quick and nondestructive thickness measurements of sprayed concrete.
中子喷射砼测厚仪利用中子散射法能无损、速地测量喷射砼的厚度。
12.
A Study of the Capacitive Sensor for Electromagnetic Absorbing Coating Thickness Measurement;
用于磁性吸波涂层厚度无损测量的电容测厚仪的研制
13.
A Comparison of Central Corneal Thickness Measurements by Specular Microscopy and Ultrasonic Pachymetrey
角膜内皮细胞计与A超角膜测厚仪测量角膜中央厚度的比较
14.
Measurement of human retinal thickness at posterior pole with retinal thickness analyzer in normal and glaucomatous eyes
用视网膜厚度分析仪测定正常眼及青光眼后极部视网膜厚度
15.
Research and Application of Multi-layered Structure Thickness Measurement Using Eddy Current;
电涡流检测技术在多层厚度检测中的应用研究
16.
Study on Cotton Fibre Strength Tested by Pressley Fibre Strength Tester and HVI
卜氏强力仪与HVI测试仪检测棉纤维强度研究
17.
Study and Design on γ-ray Measuring Thickness Instrument with Nios II;
基于Nios II的γ射线厚度测量仪表的研究与设计
18.
The Study of the Frror Caused by Vibration in High-accuracy Laser Measurement Instrument for Thickness of Plate;
高精度激光板厚测量仪的振动误差研究