1.
Preparation and Microstructure and Properties of Modified Oxidized Asphalt with ESO and Fibers;
环氧大豆油和纤维改性氧化沥青的制备及其结构与性能
2.
The Investigated Air-blowing Asphalt with Several Transition Metal of Compound;
部分过渡金属化合物对催化氧化沥青性能的影响
3.
Research on Characterization of Asphalt and Asphalt Concrete of Ultraviolet Ageing
沥青及沥青混凝土光氧老化性能研究
4.
Several Relative Problems of Epoxy Asphalt Solidifiers
环氧沥青固化剂的一些相关问题研究
5.
Kinetics and mechanism of Taizhou AH-90 asphalt oxidation
泰州AH-90沥青氧化动力学及反应机制
6.
It can be compatible with chlorinated rubber, epoxy, epoxy-tar, tar, epoxy ester, phenol, alkyd paint systems.
与氯化橡胶、环氧、环氧沥青、沥青系、环氧酯、酚醛、醇酸等体系的涂料配套使用。
7.
Study on Localization of Mixing Machine of Epoxy Asphalt Binder for Steel Bridge Deck Pavement;
钢桥面铺装环氧沥青混合设备国产化研究
8.
ANALYSIS OF AGEING MECHANISM OF EPOXY RESIN-MODIFIED ASPHALT BASED ON INFRARED SPECTROMETRY
基于IR光谱法解析环氧树脂改性沥青老化机理
9.
high build epoxy bituminous anti-corrosive paint
环氧沥青厚浆型防锈漆
10.
The wash primer can be compatible with a wide range of antirust paints such as alkyd, phenol, chlorinated rubber, epoxy and epoxy-tar coating systems.
可与醇酸、醛、化橡胶、氧和环氧沥青等各类防锈底漆配套使用.
11.
Compatible with chlorinated rubber, epoxy, epoxy-tar and vinyl primers.
配套底漆可以是氯化橡胶类、环氧类、环氧沥青类、乙烯类。
12.
Orthogonal experimental design on the surface treatment of mesophase pitch-based carbon fiber with electrochemical oxidation
中间相沥青基碳纤维电化学氧化表面处理的正交优化设计
13.
Preceding coats: Chlorinated rubber antirust paint or high build epoxy tar antirust paint.
前道配套用漆：氯化橡胶防锈漆或环氧沥青厚浆型防锈漆。
14.
Preceding coats: Chlorinated rubber aluminum antirust paint or high build epoxy tar antirust paint.
前道配套用漆：氯化橡胶铝粉防锈漆或环氧沥青厚浆型防锈漆。
15.
The paint exhibits toughness and chemical resistance of epoxy as well as seawater resistance of tar.
该漆具有环氧树脂的坚硬性耐化学品性，又具有沥青的耐海水性。
16.
In this paper pitch-based spherical activated carbon (PSAC) was modified by the air-oxidation treatment.
利用空气氧化处理法对沥青基球状活性炭进行了改性。
17.
Study on Water-epoxy Resin Modified Asphalt Emulsion and Its Pavement Property of Micro-surfacing;
水性环氧树脂改性乳化沥青及其微表处路用性能研究
18.
Leaching mechanism of pitchblende by Acidithiobacillus ferrooxidans
嗜酸氧化亚铁硫杆菌在沥青铀矿石浸出中的作用