CORROSION FATIGUE MECHANISM OF HIGH STRENGTH ALUMINUM ALLOY AND FULL-LIFE ENGINEERING MODEL FOR CORROSION FATIGUE
高强度铝合金 腐蚀疲劳机理与 腐蚀疲劳全寿命工程模型
Corrosion of Alloys in Supercritical Water Oxidation System
Research on Electrochemical Behavior and Corrosion Scale Characteristics of CO_2 Corrosion for Tubing and Casing Steel_
油套管钢CO_2 腐蚀电化学行为与 腐蚀产物膜特性研究_
Study on Corrosion Cumulative Damage Rules and the Calendar Life of Aircraft Structures
Experimental and Theoretical Analysis of Reinforced Concrete Members under Corrosion Fatigue Condition
VTE Preparation of Compound Substrates of γ-LiAlO_2/α-Al_2O_3 and Influence of Erosion and Annealing
Erosion rates of pure Cu, CuCr25 CuCr50 and pure Cr are 52.9 μg/C, 33.2 μg/C, 31 μg/C and 25.9 μg/C, respectively.
研究结果表明, 纯 Cu,CuCr25,CuCr50和纯 Cr 的电弧 腐蚀速率分别为 52.9 μg/C,33.2 μg/C,31μg/C 和 25.9 μg/C。
Volatilization and Erosion in the Growth of γ-LiAlO_2 Crystal
Study on the Erosion Corrosion Behaviour of Electroless Ni-W-P Alloy Coating
Plating solution and coating have the best performance when adding Pb(AC)_2 and stabilizing agent A to plating solution,and the stability of plating solution is up to 35 000 S,the plating rate is 30.1 μm/h,the coating porosity is 0.78/cm~2,the corrosion time is up to 856 h when the erosion resistance of coating was investigated by salt spray tests.
其中以Pb(AC)2与稳定剂A组合时镀液和镀层性能最好,稳定性达到35 000 s,镀速为30.1μm/h,孔隙率为0.78个/cm2,耐盐雾 腐蚀为856 h。
A METHOD OF ANODIC ETCHING FOR REVEALING VARIOUS DEFECTS IN N~+-GaAs
CHEMICAL ETCHING THINNING FOR SILICON WAFER
Revealing of Swirl Defects in Silicon Crystal through Copper Decoration Etching
Etching Characteristics and Kinetics of a New Etching Solution System for GaAs
用于GaAs的新 腐蚀液的 腐蚀特性和动力学
Chemical Etching of Thin GaAs Layer and Its Surface Structure
SELECTION OF STAINLESS STEELS FOR CORROSIVE ENVIRONMENTS
An Investigation on the Behavior of Corrosive Abrasion-Wear in Low Alloy High Strength Steel
The Propagation of Surface Cracks in Welded Connections Made of Type "921A" Steel in a Corrosive Fatigue
THE CORROSIVE WEAR PERFORMANCE OF Fe-Ni-Cr (Mo,Cu) ALLOYS
CORROSIVE WEAR BEHAVIOUR OF CD-4MCu ALLOY IN PHOSPHORIC ACID MEDIA
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Magnesium alloys are potential to be developed as a new type of biodegradable implant material by use of their active corrosion behavior.
Effect of hydrogen on stress corrosion cracking of copper
The effects of hydrogen on electrochemical behavior and susceptibility of stress corrosion cracking (SCC) of pure copper were studied.
Synergistic effects of hydrogen and stress on corrosion and SCC processes were discussed.
One was the gradual iron element consumption due to corrosion.
Regularities of wind- erosion of different land-use types in Yongding River sandy land, Beijing
The variables studied were transport of sand, underlying surface roughness, windblown sediment, wind-sand flow structure, soil mechanical composition and amount of wind erosion.
4) The amounts of wind erosion and sand sediment were different among different land-use types.
Increased vegetation cover and change in farming techniques were suggested to prevent and control wind erosion of sand and soil.
In addition, biodiversity is a product of evolutionary history, and soil erosion is a key factor controlling the evolution of modern environment on the surface of the Earth.
The fabrication process mainly includes lithography, sputtering, electroplating, etching, sacrifice-layer technology, etc.
The rough surface fibers could be obtained after etching with CHCl3.
Sensibilization of Chemical Etching of Poly(ethylene terephthalate) Films Irradiated with Accelerated Xenon Ions
Processes of the sensibilization of alkaline etching are studied for poly(ethylene terephthalate) films irradiated with xenon ions with an energy of 1 MeV per nucleon.
The photosensibilization of alkaline etching of latent tracks in poly(ethylene terephthalate) is shown to be due to photooxidation processes involving molecular oxygen dissolved in the polymer.
Fiber reinforced polymer (FRP) is suitable for structures in corrosive environment and long-span lightweight structures due to its high-strength, light-weight, and anti- corrosive qualities.
The number of viable cells was virtually unchanged over one month in all media, but the corrosive activity of the strain decreased.
The corrosive activity of microorganisms can be determined by spectrophotometry even after incubation for only 24 h.
Thionic bacteria formed a corrosive medium, which caused metal destruction.
This paper reports on the results of investigations aimed at synthesizing ceramic materials with a high mechanical strength, as well as with high thermal and chemical resistances to corrosive media.