racdarricoro
ê°ê°ì±(ì§) Additive property
ê°ê³µ Fabrication
ê°ê³µ Finishing
ê°ê³µê¸°ì Processing technology
ê°ê³µì± Processability
ê°ê³µì
ì Fabricator
ê°ê³µì
ì²´ Fabricator
ê°ê³µì¡°ì Processing aid
ê°êµ Bridge formation
ê°êµ(ë°ì) Crosslinking
ê°êµ ê²°í© Crosslinkage
ê°êµ 그물 Crosslinked[ing] network
ê°êµë Degree of crosslinking
ê°êµ ë§ Crosslinked[ing] network
ê°êµ ë°ë Crosslinked[ing] density
ê°êµì Crosslinking agent
ê°êµ ì¤í©ì²´[ê³ ë¶ì] Crosslinked[ing] polymer
ê°ë ¤ ë§ê¸° í¨ê³¼ Effect, shielding
ê°ë¡ ë°©í¥ Crosswise
ê°ë¦¬ì Screening
ê°ë¦¬ì ìì Shielding constant
ê°ë¦¬ì ì í Masking resistance
ê°ë¦¬ìì Masking agent
ê°ë¦¬ì í¨ê³¼ Shielding effect
ê°ë¦¬ìì§ íí Eclipsed conformation
ê°ë°©ì± Spinnability
ê°ë² ì´ ë¤ì´í ìì¶ ìí Extrusion test, Garvey die
ê°ë² ì´í ìì¶ìí Garvey die extrusion test
ê°ìëê³ Plastometer
(ê°)ìì± Plasticity
ê°ìì Plasticizer
ê°ìí Plasticization
ê°ìí ì¨ë Plasticizing temperature
ê°ìí í¨ì¨ Plasticizing efficiency
ê°ìë¶í´ Hydrolysis
ê°ìë¶í´ ìì Hydrolysis constant
ê°ìë¶í´ í¨ì Hydrolase
ê°ììë¶í´ Hydrogenolysis
ê°ì ì¤í©(ë°ì) Hydrolytic polymerization
ê°ì¤ Gas
ê°ìì½ì¬ ë¶í´ Alcoholysis
ê°ì모ëì ë¶í´ Ammonolysis
ê°ì모ëì ì°í Ammoxidation
ê°ìê³µê¸(ë²) Pressure feed
ê°ìíë¦ Pressure flow
ê°ìíì¬ ë¶í´ Ethanolysis
ê°ì(ì±) Reversion
ê°ì(ì±)ì Reversible
ê°ìì± Reversibility
ê°ì°ì± Flammability
ê°ì´ê¸°ì ì°© Heated-tool bonding
ê°ì´ ë§í(기) Heating mantle
ê°ì´ ì ê±° ë°ì Elimination, thermal
ê°ì´í Hot plate
ê°ì¤ì¡´ ë¶í´ Ozonolysis
ê°ì©ë§¤ ë¶í´ Solvolysis
ê°ì©ì± Soluble
ê°ì©í Solubilization
ê°ì¸ì° ë¶í´ Phosphorolysis
ê°ì§ ê²°ì Branching coefficient
ê°ì§ ê³ì Branching coefficient
ê°ì§ ê³ ë¶ì Branched polymer
ê°ì§ ë¨ì Branching unit
ê°ì§ ë°ë Branching density
ê°ì§ ì¬ì¬ Branched chain
ê°ì§ ì¸ì Branching parameter
ê°ì§ì Branching point
ê°ì§í Branching
ê°í ë¡ê² ë¶í´ Halogenolysis
ê°í© Sulfur vulcanization
ê°í© ê³ ë¬´ Vulcanized rubber
ê°í ì¬ì Vulcanizing fiber
ê°í©ì Vulcanizing agent
ê°í© ì´ì§ì Vulcanization accelerator
ê°í©í(ë°ì) Vulcanization
ê°ê¸°ë¥ Prism
ê°ì´ëë Angular momentum
ê°ê²© Spacing
ê°ê²©ì Spacer
ê°ëµ 구조ì Condensed formula
ê°ë¼ë기 Segregation
ê°ë¼ì§ ìì Splitting pattern
ê°ì ë§ì¶¤ ì°ê²°ê´[기] Ground joint
ê°ê´ì± ê³ ë¶ì Photosensitive polymer
ê°ê´ì§ Photosensitive paper
ê°ê·¹ Depolarization
ê°ê·¹ì¨ Depolarization ration
ê°ê·¹ì Depolarizer
ê°ë Sensitivity
ê°ë§ì Gamma ray
ê°ë§ì ë³µì¬ Gamma radiation
ê°ë§ì íê´ ë¶ê´ë²(í) Gamma ray fluorescence spectroscopy
ê°ì Damping
ê°ì Dissipation
ê°ì(ì±) ì ì°©ì Adhesive, pressure sensitive
ê°ì 거르기 Suction filtration
ê°ìì±(ì) Pressure sensitive
ê°ì ì¬ê³¼ Filtration, suction
ê°ì ì ì°©ì Pressure sensitive adhesive
ê°ì ì¦ë¥ Distillation, reduced pressure
ê°ìì§ Pressure sensitive paper
ê°ì íí Suction pump
ê°ì íë¼ì¤í¬ Suction flask
ê°ì´ ëë£ Heat sensitive paint
ê°ì©ë§¤ì± ì ì°©ì Solvent sinsitive adhesive
ê°ë ì¸ê¸° Strength
ê°ë ì¸ì Intensity factor
ê°ì± Rigidity
ê°ì±ë Stiffness
ê°ì´ Ignition
ê°ì´ ê°ë Ignition loss
ê°ì´ ìí Ignition test
ê°ì ì ì± Ferroelectric
ê°ì¸ì± Toughness
ê°ìì± Ferromagnetism
ê°ì ê¸°ì± Ferroelectric
ê°ì í´ì§ Strong electrolyte
ê°í Reinforcement
ê°í ë°ì ì¬ì¶ ì±í Reinforced reaction
injection molding
ê°í ì¬ì Reinforced fiber
ê°íì Reinforcing agent
ê°í 충ì§ì Reinforcing filler
ê°í íë¼ì¤í± Reinforced plastics
ê°ì Initiation
ê°ì ë¨ê³ Initiation step
ê°ìì´ëì Inifer
ê°ì ì´ë ì¢
ê²°ì Iniferter
ê°ìì¸ì Initiator
ê°ìì Initiator
ê°ìì ë°ê°ê¸° Initiator half-life
ê°ìì í¨ì¨ Initiator efficiency
ê°ì§ Modification
ê°ì§ Reforming
ê°ì§ë¬¼ Reformate
ê°ì§ì Reformate
ê°ì§ì Modifier
ê°í Ring opning
ê°í ì¤í© Ring opening polymerization
ê°í ì¤í© Ring scission polymerization
ê±°ë ë¨ëì²´ Macromer
ê±°ë ë¶ì Giant molecule
ê±°ë ì´ì¨ì Macroion pairs
ê±°ë¥´ê² íí° Filter
거르기 Filtration
ê±°ë¥¸ì¡ Filtrate
ê±°ë¦ì¢
ì´ Filter paper
ê±°ìì Macroscopic
ê±°ì¸ì(ì´ì±ì§)ì²´ Enantiomer
ê±°ì¸ì(ì´ì±ì§)ì²´ Enantiomorph
ê±°ì¹ ì¤ Rove
거침 Roughness
ê±°í Foam
ê±°í(í) Foaming
ê±°í ìµì ì Antifoaming agent
ê±´ì±ì Drying oil
ê±´ì ë°©ì¬ Dry spinning
ê±´ìë² Dry process
ê²ì ìì¶ Dry extrusion
ê±´ì ì§ Dry cell
ê±´ì¡°ê´ Drying tube
건조기 Drier
건조기 Dryer
건조기 Oven
ê±´ì¡°ì Drier
ê±´ì¡°ì Dryer
ê±´ì¡°ì Drying agent
ê²ë Calibration
ê²ë Calibration
ê²ì 곡ì Calibration curve
ê²ì¶ Detection
ê²ì¶ê¸° Detector
ê²í Detection
ê²í기 Detector
ê²ë³´ê¸° ë¤ê³µë Apparent porosity
ê²ë³´ê¸° ë°ë Apparent density
ê²ë³´ê¸° ì (ì±)ë Apparent viscosity
ê² Gel
ê² ê±°ë¥´ê¸° Gel filtration
ê²ë°©ì¬ Gel spinning
ê²ì´ë¡ Gel theory
ê² ì
í Gel coat
ê²ì¤í©ì²´ Gel polymer
ê²í¬ê³¼ í¬ë¡ë§í ê·¸ëí¼ Gel permeation chromatography(GPC)
ê²í Gelation
ê²í ë°©ì§ì Antigelling agent
ê²íìê° Gel time
ê²íì Gel point
ê²í¨ê³¼ Gel effect
격ì Lattice
ê²°ì í¨ì Apoenzyme
ê²°ì Crystal
ê²°ì 격ì Cryatal lattice
ê²°ì ê²°í¨ Crystal defect
ê²°ì ê³ Syatem
ê²°ì ë[ì±] Crystallinity
ê²°ì ë°ë Crystalline density
ê²°ì ë°°í¥ Crystalline orientation
ê²°ì ë¶ì° Crystalline dispersion
ê²°ì ë¶ì Crystal analysis
ê²°ì ì¬ Crystalline yarn
ê²°ì ì± ê³ ë¶ì Crystalline polymer
ê²°ì ì± ë°´ë Crystalline band
ê²°ì ì±ì¥ Crystal growth
ê²°ì ì Water of crystallization
ê²°ì ìì Crystalline region
ê²°ì ì§ Crystalloid
ê²°ì ì²´ Crystal
ê²°ì í Crystallization
ê²°ì íë Degree of crystallinity
ê²°ì íë Degree of crystallization
ê²°ì í ì¨ë Crystallization temperature
ê²°í¨ ê²©ì Defect lattice
ê²°í¨ êµ¬ì¡° Defect structure
ê²°í© Combination
ê²°í© Concatenation
ê²°í© Linkage
ê²°í©ê° Bond angle
ê²°í© ê°ë Bond sterngth
ê²°í© ê³ ë¬´ Bond rubber
ê²°í© ê¸¸ì´ Bond length
ê²°í©ì± 궤ë í©ì Bonding orbital
ê²°í©ì± ë¶ì궤ë í¨ì Bonding molecular orgital
ê²°í© ì¸ê¸° Bond sterngth
ê²°í© ìëì§ Bond energy
ê²°í© ì´ì±ì§ íì Linkage isomerism
ê²°í©ì Binder
ê²°í©ì Coupling agent
ê²°í© í´ë¦¬ ìëì§ Bond dissociation energy
ê²¹ë¹ì´ ë¶ê´ê³ Double-beam spectrometer
ê²¹ì¼ Double salt
겹침 Overlap
ê²½ê³ë©´ ì¤íì Boundary lubricant
ê²½ê³ ì¡°ê±´ Boundary condition
ê²½ê³ì¸µ Boundary layer
ê²½ê³ ì¹¨ê° Boundary sedimentation
ê²½ë Hardness
ê²½ëê³ Durometer
ê²½ëê³ ë¨ì Durometer unit
ê²½ë ìí기 Hardness tester
ê²½ì ë°ì Competing reaction
ê²½ì ë°©í´ Competitive inhibition
ê²½ì ì í´ Competitive inhibition
ê²½ì§ ë§ë ê³ ë¶ì Rigid rod polymer
ê²½ì§ ì¬ì¬ Rigid chain
ê²½ì§ì± Rigidity
ê²½ì§ ê³ ë¬´ Hard rubber
ê²½ì§ ë°í¬ì Rigid foam
ê²½ì§ íë¼ì¤í± Rigid plastics
ê²½í Cure
ê²½í Curing
ê²½íë Degree of cure
ê²½íì Hardende oil
ê²½íì Curing agent
ê²½íì Hardner
ê²½í ì´ì§ì Curing accelerator
ê³ì¬ì¬ Side chain
ê³ì¬ì¬ ì¡ì ì¤í©ì²´ Side chain liquid
crystal polymer
ê³ System
ê³ë©´ ì¥ë ¥ Interfacial tension
ê³ë©´ ì¶ì¤í© Interfacial polucondensation
ê³ë©´ íì±ì Surface active agent
ê³ë©´ íì±ì Surfactant
ê³ì°[ì ì°ê¸°ë²] Computational technique
ê³ì Coefficient
ê³ì Factor
ê³ì기 Counter
ê³ìì¨ Counting rate
ê³ ë¦¬ 구ì Ringed spherulite
ê³ ë¦¬ ê¸ìí Cyclometalation
ê³ ë¦¬ ë³í Ring strain
ê³ ë¦¬ ë¶ê° Ring addition
ê³ ë¦¬-ì¬ì¬ íí Ring-chaing equilibrium
ê³ ë¦¬ ì¬ë¦¬ê³ 머 Cycle oligomer
ê³ ë¦¬ ì´ëì²´í(ë°ì) Cyclodimerization
ê³ ë¦¬ ì¹í Ring substitution
ê³ ë¦¬í(ë°ì) Cyclization
ê³ ë¦¬í ë¶ê° ë°ì Cycloaddition reaction
ê³ ë¦¬í ë¶ê° ì¤í© Cycloaddition polymerization
ê³ ë¦¬í ìì ì´í(ë°ì) Cyclodehydrogenation
ê³ ë¦¬í ì¤í© Cyclopolymerization
ê³ ë¦¬í ì¤í©ì²´ Cyclopolymer
ê³ ë¦¬í ì§ì§ì(ë°ì) Cyclocoupling
ê³ ë¦¬ íí©ë¬¼ Cyclic compound
ê³ ë¦¬ íë Ring enlargement
ê³ ë¦¬ íë Ring expansion
ê³ ë¦½(ì ì)ì Lone pair
ê³ ë¦½ê³ Isolated system
ê³ ë¦½ë Isolated
ê³ ë¬´ Rubber
ê³ ë¬´ ê°ì¸í Rubber-toughening
ê³ ë¬´ ê°ì¸í íë¼ì¤í± Rubber-toughened plastics
ê³ ë¬´ê³ ì ì°©ì Elastomeric adhesive
ê³ ë¬´ë무(ë¥) Hevea
ê³ ë¬´ ë¼í
ì¤ Rubber latex
ê³ ë¬´ì íí ìì Rubbery flow region
ê³ ë¬´ì íë¦ ìì Rubbery plateau region
ê³ ë¬´ ì충기 Rubber bumper
ê³ ë¬´ ì´ì±(ì§)ì²´ Rubber isomer
ê³ ë¬´ íì± Rubber elasticity
ê³ ë¬´ í Rubber cement
ê³ ë°ë ë°í¬ ì í High density foam
ê³ ë°ë í´ë¦¬ìí¸ë High density polyethylene
ê³ ë¶ì Macromolecule
ê³ ë¶ì Polymer
ê³ ë¶ì ê°ìì Polmeric plasticizer
ê³ ë¶ì ë©´íì±ì Polymeric surface active agent
ê³ ë¶ì ë족(ì²´) Polymer homologue
ê³ ë¶ì ë¶ë³ Fractionation of polymer
ê³ ë¶ì ë¸ë ë[í¼í©ë¬¼] Polymer blend
ê³ ë¶ì ì í´ì§ Polyelectrolyte
ê³ ë¶ì ì í´ì§ ì´ì¨ Polyelectrolyte ion
(ê³ ë¶ìì)í¹ì± ì¡°ì¬ Characterization (of polymer)
ê³ ë¶ì í©ê¸ Polymer, alloy
ê³ ì ì¤í© Solid state polymerization
ê³ ì¤í 착물 High spin complex
ê³ ìì¥[ë°ì(ì©)기] Autoclave
ê³ ì¨ ê²½í ì ì°©ì Hot setting adhesive
ê³ ì¨ ê³ ë¬´ Hot rubber
ê³ ì©ì²´ Solid solution
ê³ ì Plateau
ê³ ì ê° Eigen value
ê³ ì ê´íì ë Specific rotation
ê³ ì ì´ì¨í Specific ionization
ê³ ì ì´ì¨íë Specific ionization
ê³µì ì (ì±)ë Intrinsic viscosity
ê³ ì ì½ë¡ì´ë Intrinsic colloid
ê³ ì í¨ì Characteristic function
ê³ ì í¨ì Eigen function
ê³ ì¥ì± ì©ì¡ Hyrertonic solution
ê³ ì ì Anchoring agent
ê³ ì í Immobilization
ê³ ì£¼í ê°ì´ Radio-frequency heating
ê³ ì£¼í ìì´ Radio-frequency preheating
ê³ ì£¼í ì©ì Radio-frequency welding
ê³ ì£¼í ì ë ê°ì´ Radio-frequency induction heating
ê³ ì£¼í ì ì ê°ì´ Radio-frequency dielectric heating
ê³ ì²´ Solid
ê³ ì²´ ë¼ì¸ë¯¸ í¼í©ë¬¼ Conglomerate
ê³ ì²´ì Solid phase
ê³ ì²´ìë² Solid-phase technique
ê³ ì²´ ì©ì¡ Solid solution
ê³ ì²´í Solidification
ê³¡ë¥ Curvature
곡ì Curve
골격 Backbone
골í Corrugated board
ê³°í¡ì´ ë°©ì§ ëë£ Antifungal paint
ê³µê° ììí Space quantization
공기 ì°í Air oxidation
공기ì ê±° Deaeration
공기 ì¤í Air bath
ê³µë¨ëì²´ Comonomer
ê³µë Cavity
ê³µë침ì Coprecipitation
ê³µëí Cavitation
ê³µëª
Resonance
ê³µëª
ë°©ì¶ Resonance emission
ê³µëª
ìì í Resonance stabilization
ê³µëª
ìëì§ Resonance energy
ê³µëª
í¼ì±(ì²´) Resonance hybrid
ê³µëª
í¨ê³¼ Resonance effect
ê³µë¹ ê³µì Azeotropic process
ê³µë¹ ê³µì¤í© Azeotropic copolymerization
ê³µë¹ì Azeotropic point
ê³µë¹ ì¡°ì± Azeotropic composition
ê³µë¹ ì¦ë¥ Azeotropic distillation
ê³µë¹ í¼í©ë¬¼ Azeotropic mixture
ê³µë¹ í¼í©ë¬¼ Constant boiling mixture
ê³µì Void
ê³µìí Blank test
ê³µì Formula
ê³µìì¶ Coextrusion
ê³µì¡ Conjugation
ê³µì¡ ê³ ë¶ì Conjugated polymer
ê³µì¡êµ° Conjugate group
ê³µìì²´ Donor
ê³µì (ê²°í©) ë°ì§ë¦ Covalent radius
ê³µì ê²°í© Covalent bond
ê³µì ê²°í© íí©ë¬¼ Covalent compound
ê³µì ììê° Covalece
ê³µì ì ì Shared electron
ê³µìµì Eutectic point
ê³µì Process
ê³µì ì´ë ¥ Process history
ê³µì ì ì´ Process control
ê³µì¤í©(ë°ì) Copolymerization
ê³µì¤í©ì²´ Copolymer
ê³µì´ë§¤ Cocatalyst
ê³µì´ë§¤ ìì© Cocatalysis
공침 Coprecipitation
ê³µíµ ì´ì¨ í¨ê³¼ Common ion effect
ê³¼ë(ê°) ì¡ì²´ Supercooled liquid
ê³¼ëê° Supercooling
ê³¼ë íì Transient phenomenon
과립ì ì¤í© Granulaar polymerization
ê³¼ì°í물 Peroxide
ê³¼ì°í물 ê²½í Peroxide cure
ê³¼ì°í ë²¤ì¡°ì¼ Benzoyl peroxide
ê³¼ì°íì° Peroxy-acid
ê³¼ì´ Superheating
ê³¼ì´ ì¡ì²´ Super heated liquid
ê³¼ì Process
ê³¼í¬í Supersaturation
ê³¼í¬íë Supersaturated
ê´ë¥ê¸° Functional group
ê´ì± ë°ì§ë¦ Radius of gyration
ê´íë°ì기 Tubular reactor
ê´í íë¦ Tubular film
ê´ í¨ì¨ Column efficiency
ê´ê° X-ì ì°ë Wide Angle X-ray Scattering(WAXS)
ê´ ê°ìì Photoinitiator
ê´ë(측ì )ê³ Photometer
ê´ëê³ Actinometer
ê´ë¬¼ ì¬ì Mineral fiber
ê´ë¬¼ì§ Mineral
ê´ë°ì Photoreaction
ê´ë¶í´ Photodecomposition
ê´ë¶í´ Photodegradation
ê´ë¶í´ Photolysis
ê´ë¶í´ ë°ì Photolytic reaction
ê´ì°ë Light scattering
ê´ì°í Photo-oxidation
ê´ì¬ì Optical fiber
ê´ìì ì Light stabilizer
ê´ìì¹ Photoetching
ê´ì´ëì²´í(ë°ì) Photodimerization
ê´ì Photon
ê´ì ê´ Phototube
ê´ì ëì± Photoconductive
ê´ì ëì± ê³ ë¶ì Photoconductive polymer
ê´ì ì§ Photocell
ê´ì í¨ê³¼ Photoelectric effect
ê´ì¤í© Photopolymerization
ê´ì¦ê° ë°ì Photosensitized reaction
ê´ì¦ê° ì¤í© Photosensitized polymerization
ê´íì± Photoelasticity
ê´í Gloss
ê´í ì´ì± Optical isomerism
ê´í ì´ì±ì§(íì) Optical isomerism
ê´íì ê²ì¶ ì기 ê³µëª
(ë²) Optical detected magnetic
resonaance(ODMER)
ê´íì ì´ë°©ì± Optical anisotropy
ê´íì ì´ì±ì§ì²´ Optical antipode
ê´í í미경 Optical microscope
ê´í íì±(ë) Optical activity
ê´í©ì± Photosynthesis
ê´íí Photochemistry
ê´íí ë°ì Photochemical reaction
ê´ííì ê°ì Photochemical initiation
ê´ííì ê³ ë¦¬í 첨ê°ë°ì Photocycloaddition
ê´íì Optical rotation
ê´´ìì¤í© Mass polymerization
êµë ê³µì¤í©ì²´ Alternating copolymer
êµì°¨ ì±ì¥ Cross-propagation
êµì°¨ ì 층í Crosswise laminate
êµì°¨ ì í Cross-propagation
êµì°¨ ì¶í© Crossed condensation
êµì°¨ í¸ê·¹ Exchange capacity
êµíë ëª¨ë¸ Switchboard model
êµí ë°ì Exchange reaction
구리 Copper
구리 ì모ëì ë ì´ì¨ Cuprammonium rayon
구리 ì모ëì ì¬ì Cuprammonium fiber
êµ¬ì¬ ì¤í© Bead polymerization
구ì Zone
구ì ì¹¨ê° Band sedimentation
구ì Spherulite
구ì ê²°ì í Spherulitic crystallization
구조 Structure
구조 ë°í¬ì²´ Syntactic foam
êµ¬ì¡°ì± Constitutive property
êµ¬ì¡°ì© ë°í¬ì Structure foam
구조 ì´ì±ì§ì²´ Constitutional isomer
구íí르카 Gutta percha
êµ° Group
êµ°ì´ë ì¤í© Group transfer polymerization
êµ°ì§ Association
굴곡 Curvature
굴곡 Flexure
굴곡 ê°ë Flexural strength
굴곡 ê°ì± Flexural rigidity
굴곡 ìëª
Flex life
굴곡 ì¨ë Flex temperature
굴곡ìë ¥ Flexural stress
굴곡 íì±ì¨ Flexural modulus
êµ´ë Funnel
êµ´ì Refraction
êµ´ì ê³ Refractometer
êµ´ì ë¥ Index of refraction
êµ´ì ë¥ Refractive index
êµ½í ê°ë Bending strength
êµ½í ê°ë Flexural strength
êµ½í ìí Bending test
êµ½í ì í(ì±) Bending resistance
êµ½í ì§ë Bending vibration
ê¶ì·¨ê¸° Reeling machine
궤ë ê°ì´ëë Orbital angular momintum
궤ëì Orbital
궤ë í¨ì(ìí) Orbital
궤ë í¨ì(ìí)í¼ì± Orbital hybridization
궤ë í¨ì ì ìí¬í Orbital electron capture
ê·ê¸ì Noboe metal
ê·ê²©í Sizing
ê·ì¹ì ê³ ë¶ì Ordered polymer
ê· ì´ Crack
ê· ì´ Dissociation
ê· ì¼ê³ Homogeneous system
ê· ì¼ ë°ì Homogeneous reaction
ê· ì¼ ë¶í´ Homolysis
ê· ì¼ ì¤í© Homoheneous polymerization
ê· ì§ê³ Homogeneous system
ê· í ë¶í´ Homolytic cleavage
ê· í ë¶í´(ë°ì) Homolysis
ê· í ì ë¨ Homolytic cleavage
ê·¸ë¼ë¹ì ì¸ì Gravure printing
ê·¸ë¼íí¸ ê³µì¤í©ì²´ Graft copolymer
ê·¸ë¼íí¸ì¨ Degree of grafting
그림ìë² Shadowung
ê·¹ì± Polarity
ê·¹ì±(ì) Polar
ê·¹ì± ê²°í© Polar linkage
ê·¹ì±ê¸° Polar group
ê·¹ì± ë¼ëì¹¼ Polar radical
ê·¹ì± ì©ë§¤ Polar solvent
ê·¹ì± ììë¨[기] Polar group
ê·¹í ë²ì¹ Limiting law
ê·¹í ì±ì§ Ultimate properties
ê·¹í ìë ¥ Limiting pressure
ê·¼ì ì¸ì Near infrared
ê¸ë¦¬ì½ìë ì ë¬ í¨ì Transglycosidase
ê¸íì± ìí Scratch test
ê¸ê°ì¬ Carborundum
ê¸ì Metal
ê¸ìê° íí©ë¬¼ Intermetallic compound
ê¸ì ê²°í© Metallic bond
ê¸ì ê²°í© ë°ì§ë¦ Metallic bond radius
ê¸ì ì¬ì Metallic fiber
ê¸ì ìì ì Metallic stabilizer
ê¸ì ì½í
Metallic coating
ê¸ì§ì Inhibitor
ê¸í Die
ê¸í Mold
ê¸í ê²½í Mold cure
ê¸í ì¤ê³ Mold design
ê¸í íë¦ Mold folw
ê¸ë Quench
ê¸ë Quenching
ê¸ë 공기ìë Quench air speed
ê¸ë 공기ì¨ë Quench air temperature
기 Radical
기 Group
기ì Knocking
기(ì²´)í Vaporization
기ê³ì ê²°í© Mechanical bonding
기ê³ì ì±ì§ Mechanical property
기ê³ì ìì ë Mechanical stability
기ê³ì ì´ë¶ì Mechanical thermal analysis
기ê³ì ìí Mechanical relaxation
기ê³ì ì ì°© Mechanical adhesion
기ê³ì í´ì¤í© Mechanical depolymerization
기공 Vesicle
기구 Mechanism
기기 ë¶ì Instrumental analysis
기ë¡ê³[기] Recorder
ê¸°ë¦ ì¤í Oil bath
기본 ë¨ì Base unit
ê¸°ë¶ Base
기ì Vapor phase
기ì ë¶í´ Vapor phase cracking
기ì ì¤í© Vapor phase polymerization[gas]
기ì¸ê¸° ì©ë¦¬ Gradient elution
기ì¸ê¸° ì©ì¶ Gradient elution
기ì¸ì¬ ë°ë¥´ê¸° Decantation
기ì Knocking
기ì´ë ì¤í©(ë°ì) Group transfer polymerization
기ì ë ¥ Electromotive force
기ì¤ì Base line
ê¸°ì¤ ì ê·¹ Reference electrode
ê¸°ì¤ ì§ë Normal vibration
ê¸°ì§ Matrix
ê¸°ì§ Substrate
기체 Gas
기체(ë°©ì )ì Gas equation
기체-ê³ ì²´ í¬ë¡ë§í ê·¸ëí¼ Gas-solid chromatography
기체 ë°ì Gas reaction
기체 ë¶ë¦¬ Gas separation
기체 ë¶ì Gas analysis
기체ì Gas phase
기체 ìì Gas constant
기체ì ì¤í©(ë°ì) Gas phase polymerization
기체-ì¡ì²´ í¬ë¡ë§í ê·¸ëí¼ Gas-liquid chromatography
기체 ì ê±° Degassing
기체 í¬ë ë§í ê·¸ëí¼ Gas chromatography
기체 í¬ê³¼ì±[ë] Gas permeability
ê¸°í¬ Cell
기í¬ì Blowing agent
기í ìì±(ì§)íì Geometrical isomerism
기íì´ì±ì²´ Geometric(al) isomer
기íµì Nucleating agent
ê¸°í¸ Character
기íë Climatic zone
ê¹ë기 Funnel
ê¹ë기 건조기 Hopper dryer
꺽ì Kink
ê»ì§ Shell
ê»ì§ ì±í(ë²) Shell molding
ê»ì§-ì 구조 Skin-core structure
ê»ì§-ì ë°©ì¬ Sheath-core spinning
꼬리-꼬리 ê²°í© Tail-to-tail linkage
꼬리 ë기 Tailing
ê¼¬ì¸ íí Twist conformation
꼬ì Twisting
꼬ì ì§ë Twisting vibration
ê¼¬ì¹ íí Shish-kebak morphology
ê¾ì Convolution
ë ë¹í¸ë¦¼ ë¶ì기 Torsional braid analyzer(TBA)
ëëì Boiling point
ëëì ì¤ë¦ Boiling oint elevation
ëëì ì¤ë¦ ìì Boiling point elevation constant
ëëì ì¬ë¦¼ë² Ebullioscopy
ëì쪽 Boiling chips