1.
Two components, zinc-rich epoxy-polyamide primer.
双组分，聚酰胺固化环氧富锌底漆。
2.
Study on the Property of Aerosil in Epoxy Oxygen and Rich Zinc Coating
气相二氧化硅对环氧富锌涂料性能的改性研究
3.
Preparation and Characteriation of Nano-SiO_2/Epoxy Coating with Zinc Particles;
纳米环氧富锌复合涂料的制备与性能的研究
4.
Immersion service exposure to strong acids or alkalies.
不能将环氧富锌涂层直接浸渍在强酸或强碱环境下。
5.
As intermediate paint with high rust resistance for hull coated with epoxy zinc-rich primer and inorganic zinc-rich primer. Outstanding compatibility with topcoat.
主要用于船体喷过环氧富锌底漆无机富锌底漆等高性能防锈的中间漆与底、面漆的配套性极佳。
6.
Research on Metal Heavy Anticorrosive Waterborne Coating of Epoxy Zinc Rich and Polyaniline Hybrid
环氧富锌聚苯胺杂化金属重防腐水性涂料的研制
7.
The composition of flake zinc powder based of heavy duty anticorrosive epoxy coating was described, and function of each composition was introduced.
讨论了鳞片状锌基环氧富锌涂料的组成，各组分的作用以及涂料的配方设计。
8.
The EIS Study of Corrosion Behavior of Epoxy and Zinc-rich Composite Coatings under a Few Corrosion Environments;
环氧和富锌两类复合涂层在几种腐蚀环境中失效行为的EIS研究
9.
Preparation technology of zinc chloride from acid leaching low-grade zinc ash in oxygen rich environment
富氧催化酸浸低品位锌灰制取氯化锌工艺研究
10.
Investigation on Fabrication and Optoelectical Properties of N-doped ZnO Thin Films Grown in Rich Zn Condition;
富锌条件下氮掺杂氧化锌薄膜的制备及光电特性的研究
11.
SOME PROBLEMS OF ZINC CONCENTRATE ROASTING IN FLUIDIZED BED WITH RICH OXYGEN
关于锌精矿富氧沸腾焙烧中的几个问题
12.
Theφ-pH Figure of PbS-ZnS-H_2O System during Rich-oxygen Leaching of Lead Zinc Sulfide Minerals
铅锌硫化矿富氧浸出过程的PbS-ZnS-H_2O系电位-pH图
13.
Low-and Medium-temperature Pressure Oxidation Leaching of Germanium-rich Sphalerite Concentrate
低-中温下富锗闪锌矿的氧压酸浸研究(英文)
14.
The coating can be white zine,color zine,nickel,phosphate processing or resin.
磁体表面防氧化层可采用镀白锌、五彩锌、镀镍、磷化、或环氧树脂喷涂。
15.
Absorbing Property of Ni-Zn Ferrites/Carbon Black Epoxide Resin Composites
镍锌铁氧体/炭黑填充环氧树脂基吸波性能研究
16.
Mechanism of Phosphorus Release of Phosphorus-Rich Waste Activated Sludge under Anaerobic,Anoxic and Aerobic Conditions
厌氧、缺氧、好氧环境下富磷剩余污泥的释磷机制
17.
Research on Automatic Analytical Method of Zinc and Chemical Oxygen Demand in Water Environment;
水环境中锌及化学需氧量自动分析方法的研究
18.
The Influence on Measured Data from Zinc Oxide Arrester Grading Ring
氧化锌避雷器均压环对测量数据的影响