compatible properties meaning in English
配伍实质
Examples
- Morphological structure analysis indicates that the addition of pe - mah induces surface tension , makes phases uniformity , enhances bonding strength of interface and improves compatible property
Sem分析表明，接枝物的加入，降低了界面间的表面张力，使两相分散均匀，分散度提高，增强了相间的粘接力，改善了尼龙11与聚乙烯的相容性。 - Experiments on the influence of optical fiber ’ s diameter , coating , plying direction and embedment numbers on mechanical properties of cfrp , and optical fiber ’ s light - loss were carried out to study compatible properties of fbgs embedded in cfrp
通过实验讨论埋入光纤与碳纤维复合材料的相容性,即光纤直径、涂层、排布方向及光纤埋入体积对cfrp力学性能的影响, cfrp对埋入光纤光导损耗的影响。 - The basic principle of natural gamma - ray log is stated , the developing background , developing ways and developing situation of natural gamma - ray tools are introduced . the researching task of the paper is presented through analyzing the using situation and questions exsisted in inner natural gamma - ray tools , the researching work is started from three aspects , they are logging tool development , reliability design and reliability assuring methods , and the data processing methods , in the course of logging tool development , instrument indexes are presented based on the compatible property of sookbps telemetry system and environmental property , the analog measuring chanel and the interface circuit which realizing the compatible performance are designed according to the instrument mdexes . the detecto * design . the plateau property testing of the detector and the analysis of it ' s affecting factors are stated , the measuring property of the tool is discused , a new type of single chip microcomputer is selected when designing the interface circuit , and the laboratory experiments has fulfiled conmunieating standard signals between the interface circuit , the universal interface unit of sookbps telemetry system and also 500kbps telemetry system
本文首先概要介绍了石油测井的基本概念、方法、条件、最新进展、以及应采取的研发对策，论述了自然伽玛测井的基本原理，介绍了自然伽玛测井仪的发展背景、发展历程和发展现状，通过分析国内自然伽玛测井仪的使用情况和存在的问题，提出了本文的研究任务。研制工作从测井仪研制、可靠性设计与可靠性保障技术、数据处理方法研究三个方面展开，在测井仪研制过程中，根据500kbps遥传系统要求的配接性能和使用环境特征，提出了主要仪器指标，并根据这些指标，设计了仪器模拟测量通道和实现这一配接性能的接口电路；论述了探测器的设计、坪特性影响因素分析及其测试，探讨了仪器的测量性能；在设计接口电路时选用了新型单片机芯片，并与500kbps遥传通用接口单元rtu 、 500kbpa遥传系统实现了室内配接。