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bone cement polymerization during vertebroplasty [ Suppl(passive) caused byTemperature elevation
Bone Cement Polymerization During Vertebroplasty , Bone , Aug. 1999 , pp(passive) Caused byTemperature Elevation
atropinecan causetemperature elevation
combustion of the test piece(passive) is caused byelevation of the temperature
Sympathomimetic agents such as epinephrine , cocaine and amphetaminescan causetemperature elevation
microwave radiation - triggered Ca 2 + efflux , a mechanism similar to malignant hyperthermia(passive) may be caused byTemperature elevation
polymerizing PMMA cement(passive) caused bytemperature elevation
Ultrasoundcan causeelevation of temperature
In contrast to thermal energy produced by the infrared lasers , such as the Nd - YAG systems , the high photon energies of ultraviolet light can directly break chemical and biologic bonds without interacting with the material in question , namely eye tissue , in a mannerwould causetemperature elevation
Particularly , in a wiring board having mounted thereon a semiconductor element such as transistor and diode , the semiconductor element generates heat due to input signalto causeelevation of temperature
bone cement polymerization during vertebropasty(passive) caused byTemperature elevation
the metal foil functions to radiate the heat generated in the coil 15preventingelevation of temperature
Any disease or injurycausingelevation of temperature
The battery life ... at whichis setaltitude , temperature
Bone cement Polymerization During Vertbroplasty(passive) Caused byTemperature Elevation
significant reduction in molecular weight of polymer accompanied by the loss of important properties of the polymeroften causessignificant reduction in molecular weight of polymer accompanied by the loss of important properties of the polymer
a length at the temperature of t 6 , the temperature indicated by the arrow , i.e. the highest temperature(passive) is caused bya length at the temperature of t 6 , the temperature indicated by the arrow , i.e. the highest temperature
polymerization at the interface of the oil droplets to form microcapsulescausespolymerization at the interface of the oil droplets to form microcapsules
in a substantial increase in the reaction rate ... the conversion of p - methoxyphenylacetylene was 91 % after 1 h at 130 ° Cresultedin a substantial increase in the reaction rate ... the conversion of p - methoxyphenylacetylene was 91 % after 1 h at 130 ° C
due to exothermic reactionto be causeddue to exothermic reaction
from 0 to 2000 m Possiblesettingfrom 0 to 2000 m Possible
tissue coagulation which is , in most tissues , accompanied by a change in optical properties of tissuecan causetissue coagulation which is , in most tissues , accompanied by a change in optical properties of tissue
a selected portion of the ink to transfer to a receiving article with the desired imagecausesa selected portion of the ink to transfer to a receiving article with the desired image
an increase in the free - path length , a decrease in the number of collisions , and growth of free - motion velocitycausesan increase in the free - path length , a decrease in the number of collisions , and growth of free - motion velocity
aggregation of the dispersioncausedaggregation of the dispersion
howevercauseshowever
the expansion of the wave length of a definite sound(passive) caused bythe expansion of the wave length of a definite sound
several problems also with respect to a laser light sourcecausesseveral problems also with respect to a laser light source
to the formation of two immiscible liquid phases with different polymer concentrationsleadsto the formation of two immiscible liquid phases with different polymer concentrations
the outer surfaces of the inner rings 102 and 103 and the inner surfaces of the outer rings 104 and 105(passive) caused bythe outer surfaces of the inner rings 102 and 103 and the inner surfaces of the outer rings 104 and 105
to the appearance of excited state contribution having antisymmetric I=1/2leads reversiblyto the appearance of excited state contribution having antisymmetric I=1/2
an acceleration in the rate of chemical attack , which may cause vessel failure that is very premature in comparison to empirical failure estimateswill causean acceleration in the rate of chemical attack , which may cause vessel failure that is very premature in comparison to empirical failure estimates
in a significant decrease in liver GPDHresultedin a significant decrease in liver GPDH
increase in graft yield for both grafting methodsresultedincrease in graft yield for both grafting methods
Deaths of the fat cells(passive) are caused byDeaths of the fat cells
to an increase in [ Ca2+]r in both treatment groupsledto an increase in [ Ca2+]r in both treatment groups