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ultraviolet light exposure(passive) caused bydegradation
Ultra Violet ( UV ) radiation from the sun(passive) may be caused bydegradation
Exposure to heat and sunlightcan causedegradation
exposure to ultraviolet radiation , water , and heat(passive) caused bydegradation
reaction with oxygen induced by such things as heat , light or residual catalyst from the raw materials such as the tackifying resin(passive) caused bydegradation
exposure to ultraviolet light(passive) caused bydegradation
UV radiation in sunlight(passive) caused bydegradation
heat or oxidation(passive) caused bydegradation
oxidation and UV - rays(passive) caused bydegradation
the immersion liquid(passive) caused bydegradation
changes in the ambient moisture content(passive) caused bydegradation
UV light and weathering(passive) caused bydegradation
external actions are foreseento preventdegradation
weathering and UV exposure(passive) caused bydegradation
exposure to air and light - weight(passive) caused bydegradation
exposure to UV light(passive) caused bydegradation
sun damage(passive) caused bydegradation
moisture and encapsulation(passive) is caused byDegradation
to absorb moistureto preventdegradation
the percolation of moisture(passive) caused bydegradation
moisture contamination(passive) caused bydegradation
Heat and humidity and sudden changes in temperaturecan causedegradation
frequency and phase noise(passive) caused bydegradation
oxidation or secondary phase formation(passive) caused bydegradation
Prolonged sun exposurecan causedegradation
aluminum oxidation(passive) caused bydegradation
ozone and oxidation(passive) caused bydegradation
they were n't properly storedto preventdegradation
the re - transmission process(passive) caused bydegradation
Undesired signals and intermodulation productscan causedegradation
exposure to UV radiation in transparent packaging(passive) caused bydegradation
water , oxygen , or both(passive) caused bydegradation
Fire or corrosioncausingdegradation
mechanical or electrical effects , or exposure to UV radiation(passive) may be caused bydegradation
free radicals and enzymes(passive) caused bydegradation
UV light and normal weathering(passive) caused bydegradation
transmission channel effects(passive) caused bydegradation
exposure to the elements , mold growth(passive) caused bydegradation
insect attack and exposure to the elements(passive) caused bydegradation
oxygen or ultraviolet radiation(passive) caused bydegradation
loss of integrity(passive) caused byloss of integrity
to loss of adhesionleadingto loss of adhesion
loss of performancecausingloss of performance
a loss of nucleotidescausesa loss of nucleotides
from billions of these high intensity ultraviolet pulsesresultingfrom billions of these high intensity ultraviolet pulses
to major damage to the ... 2016leadsto major damage to the ... 2016
from thermal or oxidative damageresultingfrom thermal or oxidative damage
in a mass loss of 30 % after 24 weeksresultingin a mass loss of 30 % after 24 weeks
due to oxygen and water and other environment factorscauseddue to oxygen and water and other environment factors
from the damage , destruction , or loss of vessels and shore structuresresultingfrom the damage , destruction , or loss of vessels and shore structures
in loss of GROWTH CONTROLresultsin loss of GROWTH CONTROL
in the loss of their biological activitiesresultingin the loss of their biological activities
to loss of visitor numbersleadingto loss of visitor numbers
to further loss of mechanical strengthleadingto further loss of mechanical strength
to the loss of its mechanical qualitiesleadingto the loss of its mechanical qualities
to major damage to the fabric structureleadsto major damage to the fabric structure
to a loss of print quality over time and eventual replace - ment of the partleadingto a loss of print quality over time and eventual replace - ment of the part
a loss in molecular weight and/or cross - linkingcausesa loss in molecular weight and/or cross - linking
to scratches and dirt damageleadingto scratches and dirt damage
in a failure later onresultingin a failure later on
to the Primary failureleadingto the Primary failure
to battery failureleadsto battery failure
to machine failureleadsto machine failure
in part failureresultsin part failure
to rope failureleadingto rope failure
The coating failure(passive) caused byThe coating failure
to failure of SSCsleadingto failure of SSCs
the loss of critical soil functionscausingthe loss of critical soil functions
erosion and loss of fish habitatcausingerosion and loss of fish habitat
in discoloration and loss of physical propertiesresultingin discoloration and loss of physical properties
in the loss of desired products and reactantsresultingin the loss of desired products and reactants
to significant and gradually lap time lossleadingto significant and gradually lap time loss
to severe drought and loss of food productioncan contributeto severe drought and loss of food production
from either that environmentcan resultfrom either that environment
the strain on the environment(passive) caused bythe strain on the environment
from a reaction in that environmentresultingfrom a reaction in that environment
to eventual failure of the beadleadingto eventual failure of the bead
in at 470.07 ° C and with a percent weight loss of 24.715 %settingin at 470.07 ° C and with a percent weight loss of 24.715 %
in slow loss of stored product and possibly contamination of the environmentresultingin slow loss of stored product and possibly contamination of the environment
in damage occurring inside your propertycan resultin damage occurring inside your property