in enhanced wear characteristics when alloyed with the surface of the cylinder bore as shown in Block 10 of FIG . 1will resultin enhanced wear characteristics when alloyed with the surface of the cylinder bore as shown in Block 10 of FIG . 1

from the external cathode , namely chrome and nickeloriginatingfrom the external cathode , namely chrome and nickel

in increased precipitation hardening upon using suitable heat treatmentresultingin increased precipitation hardening upon using suitable heat treatment

the equilibrium diagram in two ways ... by expanding the γ - field , and encouraging the formation of austenite over wider compositional limitscan influencethe equilibrium diagram in two ways ... by expanding the γ - field , and encouraging the formation of austenite over wider compositional limits

a second phase or precipitate within the alloycreatesa second phase or precipitate within the alloy

the martensitic formation and hardenability depthalso influencethe martensitic formation and hardenability depth

hardenability , where they also influence other mechanical and fabrication properties including toughness and machinabilityprimarily influencehardenability , where they also influence other mechanical and fabrication properties including toughness and machinability

in enhanced wear characteristics when alloyed with the surface of the cylinder bore , and irradiating a portion of the interior surface of the cylinder bore with a laser at a sufficient energy level and for a sufficient time to melt the precursor and a portion of the cylinder bore substrate and to cause mixing of the melted materials so that the precursor comprising alloying elements is distributed into the interior surface of the bore and alloys with the iron thereat to form an alloyed iron surface layerwill resultin enhanced wear characteristics when alloyed with the surface of the cylinder bore , and irradiating a portion of the interior surface of the cylinder bore with a laser at a sufficient energy level and for a sufficient time to melt the precursor and a portion of the cylinder bore substrate and to cause mixing of the melted materials so that the precursor comprising alloying elements is distributed into the interior surface of the bore and alloys with the iron thereat to form an alloyed iron surface layer

of a silver halide grain , a reducible silver source , a reducing agent for silver ion , and a bindercomposedof a silver halide grain , a reducible silver source , a reducing agent for silver ion , and a binder

The temperatures at which the allotropic changes take place in iron(passive) is influenced byThe temperatures at which the allotropic changes take place in iron

The temperature at which allotrophic change ( critical temperatures ) takes place(passive) is influenced byThe temperature at which allotrophic change ( critical temperatures ) takes place

the precipitation of the high carbon cementiteW phase which is present in typical steels at room temperaturepreventthe precipitation of the high carbon cementiteW phase which is present in typical steels at room temperature

the formation of intermetallic phasesinfluencingthe formation of intermetallic phases

to stabilize the microstructure at high temperature and under high doses of radiationdesignedto stabilize the microstructure at high temperature and under high doses of radiation

“ purpose alloys ” which can further enhance particular properties or functionscreates“ purpose alloys ” which can further enhance particular properties or functions

the fluidity and hence the ease by which alloys can be cast(passive) is influenced bythe fluidity and hence the ease by which alloys can be cast

little to generating CScontributelittle to generating CS

the characteristics of this new alloys potentially used for orthopedic implantsinfluencedthe characteristics of this new alloys potentially used for orthopedic implants

Alloys and industrial zirconium transition temperature ... ; oxygen , nitrogen , tin expand α - Zr phase region(passive) is influenced byAlloys and industrial zirconium transition temperature ... ; oxygen , nitrogen , tin expand α - Zr phase region

to increase the toughness of the metal coatingdesignedto increase the toughness of the metal coating

an ultra - fine microstructure(passive) might be caused byan ultra - fine microstructure

the steel 's properties in different .. breakerinfluencethe steel 's properties in different .. breaker

in high strength combined with good fracture toughness or corrosion and creep resistanceresultin high strength combined with good fracture toughness or corrosion and creep resistance

them and promote the formation of other phases during its heat treatment and/or in - service operationcomposethem and promote the formation of other phases during its heat treatment and/or in - service operation

it to weather to a uniform patina after which no further corrosion takes placecauseit to weather to a uniform patina after which no further corrosion takes place

to the weld ’s mechanical propertiescontributeto the weld ’s mechanical properties

to adjust the percentage of the required components in the meltdesignedto adjust the percentage of the required components in the melt

to formation of gamma - phase iron ( γ - Fecontributeto formation of gamma - phase iron ( γ - Fe

to minimize pitting susceptibilitydesignedto minimize pitting susceptibility

to common structural motifsleadto common structural motifs

The temperature at which the allotropic changes take place in iron(passive) is influenced byThe temperature at which the allotropic changes take place in iron

The oxidation process on heated steel surfaces(passive) is significantly influenced byThe oxidation process on heated steel surfaces

to rhythmic effectcontributeto rhythmic effect

to high strength and ductilitycan leadto high strength and ductility

from segregation phenomena due to the solidification processresultingfrom segregation phenomena due to the solidification process

the mechanical properties of the material , such as tensile strength , ductility , et ceteragenerally influencethe mechanical properties of the material , such as tensile strength , ductility , et cetera

to resistance to corrosioncontributingto resistance to corrosion

increases of lattice parameters in an elastic mediumcausingincreases of lattice parameters in an elastic medium

to changes in several mechanical and physical propertiesleadsto changes in several mechanical and physical properties

the emission of these lowto preventthe emission of these low