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Oct 9 , 1985Apr 24 , 1990Olin CorporationControlled operation of high current density oxygen consuming cathode cellsto preventhydrogen formationUS4980037
In Reactors 1 , 2 and 3 , overheating caused a reaction between the water and the zircaloycreatinghydrogen gas.[109][110][111
orderto preventhydrogen embrittlement.[11][12
The process of fusingcreateshydrogen
the heating process(passive) caused byhydrogen embrittlement
the coating processcauseshydrogen embrittlement
the process ... unlikelyto causehydrogen embrittlement
a correct performance of the process(passive) is prevented byhydrogen embrittlement
The baking process is usedto preventhydrogen embrittlement
The use of proper electroplating solution and procedures can also helpto preventhydrogen embrittlement.[9
the plating process used by most manufacturerscan causeHydrogen embrittlement
Artificial Photosynthesis Process(passive) Created byHydrogen
KITO ’s nickel - plating processpreventshydrogen embrittlement
a chemical process called Electrolysis(passive) can be created byHydrogen
a galvanization process less likelyto causehydrogen embrittlement
Heat treatment ... an effective processto preventhydrogen embrittlement
the iron oxide corrosion process(passive) created byhydrogen
the preparation process prior to galvanizingmay causehydrogen embrittlement
an innovative tri - generation process(passive) created byhydrogen
hydrogen was introduced by the galvanizing processto causehydrogen embrittlement
This major drawback of the current processpreventshydrogen
Erosional protection of fiber optic cableUS9377598Dec 12 , 2011Jun 28 , 2016Weatherford Technology Holdings , LlcFiber optic cable systems and methodsto preventhydrogen
the plating process due to insufficient controls(passive) caused byHydrogen embrittlement
to power the electrolysis of waterto createhydrogen
to fuel the electrolysis of waterto createhydrogen
If the process is not properly configured it may required more energyto createHydrogen
via the electrolysis of water(passive) can be createdHydrogen
India Process uses solar energy , rustto createhydrogen 11/11/2013
first converting hydrocarbons to hydrogen an expensive process(passive) is created byhydrogen
The " Hydrogen on Demand " process , designed by Steven Amendolacreateshydrogen
that the metal product is taken through a thermal heat treatment processto preventhydrogen embrittlement
When hydrogen atoms are generated during a plating process , they can be absorbed by the steel substrateto causehydrogen embrittlement
The process can also use natural gas in place of ethanolto createhydrogen
as it 's loaded up with this potentialto createhydrogen
that the patented process is not suitable for titanium alloy parts since hydrogen is picked upcauseshydrogen - embrittlement
an improper nickel - plating repair process at two different overhaul facilities(passive) caused byhydrogen embrittlement
Particularly for tensioned reinforcement , the process monitors polarization of the tensioned steelto preventhydrogen embrittlement
several causes intrinsic to the manufacturing process , such as the pickling bath prior to hot - dip galvanizing or the electroplating process itself(passive) caused byhydrogen embrittlement
that if the plating shop is not a VERY GOOD one , with the proper process controls , that chrome plating improperly donecan cause" Hydrogen Emvrittlement
the steel fastener plating process , which can drastically reduce fatigue life and static strength(passive) can be triggered byhydrogen embrittlement
damage to steelcan causedamage to steel
damage in metalscan causedamage in metals
the corrosion damage(passive) caused bythe corrosion damage
the chromatid damage(passive) is caused bythe chromatid damage
suspected stress corrosion cracking(passive) caused bysuspected stress corrosion cracking
Free Radical Damage(passive) prevented byFree Radical Damage
local anemia and damagepreventslocal anemia and damage
significant damage to a partcan causesignificant damage to a part
heat stress corrosion cracking of titanium alloycan ... preventheat stress corrosion cracking of titanium alloy
expansion and damage to their crystal structurecan causeexpansion and damage to their crystal structure
two different damage mechanisms(passive) triggered bytwo different damage mechanisms
damage and lowers fruit productioncausesdamage and lowers fruit production
fatigue cracking(passive) caused byfatigue cracking
corrosion cracking ( SCC(passive) caused bycorrosion cracking ( SCC
external cracking(passive) caused byexternal cracking
stress cracking(passive) caused bystress cracking
to cracking and embrittlementcan leadto cracking and embrittlement
in failure of the steel due to cracking or other actioncan resultin failure of the steel due to cracking or other action
to material failureleadsto material failure
steel failure(passive) caused bysteel failure
more than porosity problemscan causemore than porosity problems
possible problems(passive) caused bypossible problems
to a person remaining with undiagnosed Occupational liver damageleadingto a person remaining with undiagnosed Occupational liver damage
cracking ... and therefore be a source of failurecan causecracking ... and therefore be a source of failure
P11 alloy steel pipe hydrogen brittleness damage(passive) caused byP11 alloy steel pipe hydrogen brittleness damage
etching failurecausesetching failure
to cold cracking of the finished weldcan leadto cold cracking of the finished weld
Li Fracture failure(passive) caused byLi Fracture failure
the steel material(passive) caused bythe steel material
catastrophic failure of high strength steel and other alloyscan causecatastrophic failure of high strength steel and other alloys
internal pressure and metal cracking(passive) influenced byinternal pressure and metal cracking
to cracking of the part under stresswill leadto cracking of the part under stress
premature cracking or fracturingcould causepremature cracking or fracturing
metallic copper Failure of Water Wall Tubes(passive) Caused bymetallic copper Failure of Water Wall Tubes
to the component failuremay have contributedto the component failure
in part failureresultingin part failure
equipment failure(passive) caused byequipment failure
to failure of the metalleadingto failure of the metal
product failure(passive) caused byproduct failure
the connection failure(passive) caused bythe connection failure