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the proximity discharge and the adhesion of the protective material for the attainment of long life(passive) caused bythe chemical deterioration
the adhesion of a protective material and proximity discharge(passive) caused bythe chemical deterioration
the high temperatures generated(passive) caused bychemical degradation
proximity discharge and avoid the side effect of an image defect so that the stability of image quality is improved(passive) caused bychemical deterioration
free radical attacks on chemical compounds and fluids used in downhole tools and oilfield operations(passive) caused bychemical degradation
Temperature Extremes - Extreme hot or coldcan causechemical degradation
for frictional temperature increase to occurcould causechemical degradation
prolonged exposure to brake fluid(passive) caused bychemical degradation
grains ... to respirecausingchemical degradation
secrete acidscausechemical deterioration
thermal oxidation(passive) caused bychemical degradation
exposure to condensed moisture or otherwise liquid water ( i.e. , greater resistance to corrosion in a liquid water environment(passive) caused bychemical degradation
atmospheric agents(passive) caused bychemical degradation
grains to start to respirecausingchemical degradation
wide nutrient gap between nutrient demand and supply , imbalanced use of fertilizers , emerging deficiencies of secondary and micronutrients , limited / no use of organic manures , acidification and aluminium toxicity in acid soils , salinity and alkalinity(passive) is caused byChemical degradation
off ... some form of energy ( heat , light , gamma radiation(passive) may be set ... byChemical deterioration
active protection ... absorbing acidscausechemical degradation
to be used within a short period of timeto preventchemical degradation
when you create enough friction and heatto causechemical deterioration
polypropylene ... no chemical interaction with the masticcould causechemical deterioration
the interaction of the plastic with oxygen , water , ozone , atmospheric pollutants and radiation ( light and heat(passive) is caused byChemical degradation
excessive heat or mechanically induced damage(passive) can be caused bychemical degradation
extreme heat or mechanically induced damage(passive) can be caused bychemical degradation
oxygen , light , heat , and other stress factors(passive) caused bychemical degradation
Strong acids and bases , pure or concentrated oxidising saltscan causechemical degradation
radiant heat gain and acid release during rainfall(passive) caused bychemical degradation
a tortuous pathway for the short wavelength UV radiation to be filtered , knownto causechemical degradation
extreme heat , freeze and thaw cycles , humidity and sunlightcan causechemical degradation
Avoid storing chemicals in direct sunlight or near other heat sourcesmay causechemical degradation
50 g of pentaerythrityl tetrakis[3-(3,5-di - t - butyl-4-hydroxyphenyl)propionate ] were added to the polymer powderto preventchemical degradation
due to incompatibility with chemicals and thermal environment(passive) Is causedChemical degradation
the buildup of toxic chemicals resulting from human activities(passive) is also caused byChemical degradation
temperature , oxygen and light exposure [ 13(passive) is typically caused byChemical degradation
Comments Compressionsetchemical degradation
losses of essential nutrients for plant growth , which are leached out and lost(passive) is caused byChemical degradation
Dilution with water and storming of outsider particles into the cooling system ... the factorscan causechemical degradation
The Gold Standard Compressionsetchemical degradation
composition and molecular structure , polydispersity , crystallinity , surface area , hydrophilic or hydrophobic characteristics(passive) is influenced byChemical degradation
an additivecauseschemical degradation
Encapsulating inner film layersto preventchemical degradation
damage(passive) caused bydamage
these changescausesthese changes
to a loss of mechanical properties ( strength , stiffness ) as well as discolouraion in outdoor applicationsleadingto a loss of mechanical properties ( strength , stiffness ) as well as discolouraion in outdoor applications
to premature failure in some applications , andcan leadto premature failure in some applications , and
from prolonged exposure to seawaterresultingfrom prolonged exposure to seawater
potentiation of its activity(passive) caused bypotentiation of its activity
to a substantial loss of their activity in the presence of waterleadingto a substantial loss of their activity in the presence of water
from chemical reactions within a previously used oil which has not been adequately drainedresultingfrom chemical reactions within a previously used oil which has not been adequately drained
in release of carbon dioxide Persistencelongevity of contaminant residues in a medium or phase Detoxificationdegradation resulting in loss of toxicity or biological activity Transformationpartial change in structure of contaminant due to biological biotic or nonbiological abiotic reaction transformation productresultingin release of carbon dioxide Persistencelongevity of contaminant residues in a medium or phase Detoxificationdegradation resulting in loss of toxicity or biological activity Transformationpartial change in structure of contaminant due to biological biotic or nonbiological abiotic reaction transformation product
chemically and physically physical(passive) often caused bychemically and physically physical
from acid or alkaline hydrolysiscan resultfrom acid or alkaline hydrolysis
to the change in molecular weight or solubility of polymerleadsto the change in molecular weight or solubility of polymer
from oxygen , light , water and temperatureresultsfrom oxygen , light , water and temperature
from pollution from industrial , household and medical refuse , and mining wastesresultingfrom pollution from industrial , household and medical refuse , and mining wastes
in an order of magnitude decrease in the PCB concentrationsresultedin an order of magnitude decrease in the PCB concentrations
a change in the physical properties of the materialcausesa change in the physical properties of the material
lowering of concentration of drug in dosage form 2may leadlowering of concentration of drug in dosage form 2
in a significant loss of strengthresultsin a significant loss of strength
sample preservation(passive) caused bysample preservation
to degradation of the smoothness of one surface or anothercan leadto degradation of the smoothness of one surface or another
in a loss of potency or an increase in drug toxicitymay resultin a loss of potency or an increase in drug toxicity
from the impact of heat and humidity and air pollutionresultingfrom the impact of heat and humidity and air pollution
in a decrease in molecular weight of polymerresultsin a decrease in molecular weight of polymer
to a major loss of flavour and undesirable off - flavourleadto a major loss of flavour and undesirable off - flavour
sub - therapeutic doses , preventing the patient from getting the right quantity of medicines they require • Formation of potentially harmful by - productscausingsub - therapeutic doses , preventing the patient from getting the right quantity of medicines they require • Formation of potentially harmful by - products
the iron gall ink in this document to weaken its paper supporthas causedthe iron gall ink in this document to weaken its paper support
the iron gall ink in this document to weaken this document 's paper supporthas causedthe iron gall ink in this document to weaken this document 's paper support
in embrittlement and crackingresultingin embrittlement and cracking
to loss of flavor and the formation of undesirable off - flavorsleadingto loss of flavor and the formation of undesirable off - flavors
to production of malaxon which is 50 times more toxic then the parent compoundleadsto production of malaxon which is 50 times more toxic then the parent compound
weight loss of the sampleresultingweight loss of the sample
reduction in the battery 's maximum chemical capacity ... limiting performance and risk of failurecausesreduction in the battery 's maximum chemical capacity ... limiting performance and risk of failure
in smaller moleculesresultingin smaller molecules
The vitamin loss in the parental nutrition bad(passive) is commonly caused byThe vitamin loss in the parental nutrition bad
the acetate layer to shrink , distorting the emulsioncausesthe acetate layer to shrink , distorting the emulsion
to the creation of oligomers and monomersleadingto the creation of oligomers and monomers
water to reach the metallic surface and corrode itcausingwater to reach the metallic surface and corrode it
almost 25 percent of degraded land(passive) is caused byalmost 25 percent of degraded land
physical , mechanical , and barrier properties of PPE materials and products ( 29 , 30influencesphysical , mechanical , and barrier properties of PPE materials and products ( 29 , 30
physical , mechanical , and barrier properties of PPE materials and products ( Raheel and Dai , 1997influencesphysical , mechanical , and barrier properties of PPE materials and products ( Raheel and Dai , 1997