ScholarWorks@Gyeongsang National University: Kim, Soon Oh

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Kim, Soon Oh (김순오)

자연과학대학 (지질과학과)

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Tel 0557721477
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Heavy metals:7||surface sediment:6||provenance:6||As(III) (arsenite):5||clay mineral:5||adsorption kinetics:5||Soil:5||Fluorine:5||Arsenic:4||3가 비소(아비산염):4||불소:4||중금속:4||일라이트:4||As(V) (arsenate):4||광촉매 산화:4||illite:4||goethite:3||UV LED:3||점토광물:3||비발암위해도:3||근원지:3||비소:3||발암위해도:3||phosphate adsorptiondesorption:3||5가 비소(비산염):3||magnetite:3||반정량 X선회절분석:3||인체위해성평가:3||Biotite granite:3||Southeastern Yellow Sea Mud:3||Heavy metal:3||semiquantitative Xray diffraction analysis:3||이산화티타늄(TiO2):3||clay mineral composition:3||UVLED:3||자외선 LED:3||radioactive waste:3||sorption:3||arsenic:3||표층 퇴적물:3||twoline ferrihydrite:3||점토광물조성:3||adsorption equilibria:3||폐금속 광산:3||arsenite [As(III)]:2||ATRFTIR spectroscopy:2||비산염(5가 비소):2||batch adsorption experiment:2||Electrokinetics:2||Cyanide:2||Photocatalytic Oxidation:2||5가 비소:2||황해 남동 이질대:2||bioleaching:2||titanium dioxide (TiO2):2||bulk modulus:2||흑운모화강암:2||흡착:2||Central Yellow Sea Mud:2||흡착 평형론:2||UV Lamp:2||carcinogenic risk:2||Polyethylene terephthalate:2||흡착반응속도론:2||noncarcinogenic risk:2||Uranium:2||3가 비소:2||아비산염(3가 비소):2||고정화:2||concrete waste:2||Xray absorption spectroscopy:2||Bioleaching:2||decommissioned nuclearpower facilities:2||Yellow Sea:2||principal component analysis:2||Langmuir adsorption isotherm:2||Heavy metal contaminated soil:2||Soil washing:2||Heavy metal contamination:2||인산염 흡착탈착:2||기원지:2||자외선램프:2||quartz:2||자철석:2||Abandoned mine:2||Earthworms:2||adsorption:2||adsorption isotherm:2||주성분분석:2||revitalization:2||중금속 오염:2||Remediation:2||Human risk assessment:2||heavy metals:2||체적탄성률:2||침철석:2||Risk assessment:2||human risk assessment:2||Fluorite:2||soil quality:2||2line ferrihydrite:2||immobilization:2||solidification:2||arsenate [As(V)]:2||Sericite:2||kaolinite KGa2:2||arsenite:2||Iron nanomaterials:1||I형 화강암:1||Key words: TiO2:1||L/F cover:1||Landfill:1||Landfill Cover:1||Leachate:1||Li normalization:1||Metal Nanomaterial:1||Metal nanoparticles:1||Metal reducing bacteria:1||Metals:1||Microbial Enzymatic Activity:1||Microbially mediated leaching:1||Microplastic behavior:1||Microplastics:1||Military air weapons shooting:1||Military shooting range:1||Mine drainage:1||MonoLayer Cover System:1||MonoLayer cover system:1||Mortality:1||Multivariate Statistical Analysis:1||Mylonite:1||Myungbong tailing:1||Nakdong tailing:1||Nanomaterials:1||Natural origin:1||New Caledonia:1||Ni laterite deposits:1||Nitrate:1||NonSanitary Landfills:1||Noncarcinogenic Risk:1||Noncarcinogenic risk:1||Nonsintered cement:1||Nucleardecommissioning facilities:1||Optimisation of operating conditions:1||Origin:1||Particle size:1||Passive treatment system:1||Pb isotopes:1||Performance evaluation:1||Permeable reactive kiddle:1||Photocatalyst:1||Photocatalytic oxidation:1||Photooxidation:1||Physical separation:1||Physicochemical treatment process:1||Polyamide:1||Polypropylene:1||Polyvinyl chloride:1||Preservation Condition:1||Principal component analysis:1||Quantitative Xray diffraction analysis:1||Radioactive waste:1||Radioactiveelementbearing minerals:1||Realtime monitoring:1||Realtime single particle mode ICPMS (RTSPICPMS):1||Reclaimed mine waste dump site:1||Recycling:1||Remediation level:1||Reuse:1||SDAC:1||Sammokdo:1||Scoria:1||Separation Technique:1||Sequential extraction:1||Shortwave infrared:1||Si slag:1||Silver nanoparticles:1||Silver nanoparticles (AgNPs):1||Single particle inductively coupled plasma mass spectrometry:1||Single particleICPMS (spICPMS):1||Siroquant v3.0 program:1||Siroquant v3.0 프로그램:1||Size distribution:1||Soil Contamination Warning Standard:1||Soil analytical method:1||Soil ecological toxicity:1||Soil health:1||Soil microplastics:1||Solidifier:1||Solidifying agent:1||Songcheon tailing:1||Sorption:1||Sorption equilibria:1||Sorption kinetics:1||Sorption mechanisms:1||Southwest Cheju Island Mud:1||Spectrum library:1||Spent mushroom media:1||Subsurface environment:1||Surface water:1||Tailing soil:1||Temkin adsorption isotherm:1||Temporal variation:1||Thorium:1||TiO2:1||Titanium Dioxide (TiO2):1||Titanium dioxide:1||Trace elements:1||Trace metals:1||USGS:1||UVC lamp:1||Vibration sensor:1||Weathering rate:1||Xray absorption spectroscopy (XAS)서:1||X선 흡수분광:1||Yeongjongdo:1||Yongjudo:1||Yongyudo Eulwangsan:1||Yongyudo eulwangsan:1||ZTR index:1||ZTR 지수:1||Zinc:1||abandoned metal mine:1||abandoned metal mines:1||aggregate:1||aggregation:1||amendments:1||amphibole:1||angelsite:1||angular dispersive xray diffraction method:1||aqueous environment:1||aragonite:1||arsenate:1||arsenic and heavy metal contamination:1||arsenic removal:1||artificial injection test:1||batch experiment:1||batch 흡착 실험:1||behavior:1||bioaccumulation factor (BAF):1||blast furnace slag:1||calcite:1||carbon dioxide:1||carbon dioxide geologic storage:1||change of soil properties:1||citrate로 코팅된 은 나노물질:1||colloidal hematite:1||combined process:1||concentration distribution:1||contaminated soils:1||controlled release test:1||cyanide complexes:1||dispersion:1||dopping:1||earthworm movement:1||electrokinetics:1||environmental hazard:1||2Line ferrihydrite:1||fluorine:1||forest aggregate:1||galena:1||garnierite:1||general area detector Xray diffractometer:1||geological storage:1||geology:1||groundwater:1||heavy metal:1||heavy metal contaminated soil:1||heavy metal contamination:1||heavy mineral:1||hematite:1||heterogenite:1||hydrogeochemical modeling:1||hydroxyl radical:1||illite crystallinity:1||indegenous acidophilic bacteria:1||ionic composition and strength:1||iron (oxy)hydroxides:1||kaolinite KGa1b:1||landfarming:1||leakage:1||lepidocrocite:1||lizardite:1||luster:1||major element components:1||malachite:1||manganese slag:1||manifestation mechanism of ecotoxicity:1||mine wastewater:1||mineralogical study:1||minerals:1||monitoring indicators:1||nacreous layer:1||natural analogue:1||natural organic matter:1||natural radioactive elements:1||nonsintered cement:1||nucleardecommissioning facilities:1||pH neutralization:1||pentavalent arsenic (arsenate):1||phosphate fixation:1||photocatalyst:1||photocatalytic oxidation:1||photooxidation:1||photocatalytic oxidation:1||potable use:1||potassium iodide:1||prismatic layer:1||private wells:1||probability density function (PDF):1||pyrite:1||quantitative Xray diffraction analysis:1||quantitative index for distribution pattern (QI(tail)):1||quantitative index for distribution shift (QI(shift)):1||redissolution:1||recycled cement:1||recycling cement:1||regression analysis:1||remediation concentration:1||remediation processes:1||restoration techniques:1||safe disposal:1||seawater cultured pearl:1||sediments provenance:1||selective attachment:1||sequential extraction method:1||shallow aquifer:1||soil contamination:1||soil enzyme:1||soil fertility:1||soil health:1||soil properties:1||soil remediation:1||soil reuse:1||solidifier:1||sorption equilibria:1||sorption kinetics:1||sorption kinteics:1||spectroscopy:1||steel making slag:1||supergene enrichment:1||surface complexation:1||sustainability:1||sustainable remediation:1||symmetrical diamond anvil cell:1||synthetic talc:1||tailing soil:1||talcwillemseite series:1||terephthalic acid:1||total petroleum hydrocarbon:1||transport mechanism:1||trivalent arsenic (arsenite):1||uranium:1||vibration sensor:1||waste cast iron:1||waterrockCO2 interaction:1||weatherability:1||yukonite:1||zerovalent iron:1||가니어라이트:1||각분산X선회절:1||각분산회절방법:1||각섬석:1||경기만:1||고화재:1||고화체:1||골재:1||공작석:1||광물학적 연구:1||광산배수:1||광산폐기물 적치장:1||광산폐수:1||광산화:1||광촉매:1||광택:1||괴타이트:1||규소슬래그:1||금속나노물질:1||나노물질:1||낙동광미:1||노출인자:1||녹렴석:1||농도분포:1||뉴칼레도니아:1||능주층:1||니켈 라테라이트 광상:1||다변량통계분석:1||단층대:1||단층형 복토시스템:1||단파장 적외선:1||달성광산:1||대칭다이아몬드 앤빌 기기:1||대칭다이아몬드앤빌기기:1||더블릿 시간:1||랑미어 흡착등온선:1||레피도크로사이트:1||리자다이트:1||망간슬래그:1||매립지 복토층:1||명봉광미:1||물리화학적 처리공정:1||미국 지질조사국:1||미생물용출:1||미생물효소활성도:1||박막:1||방사성 폐기물:1||방연석:1||방해석:1||버치머내한 상태방정식:1||보관조건:1||복원농도:1||분리기술:1||분산:1||불소함유광물:1||비소 오염 토양:1||비소성 시멘트:1||비소환원유전자:1||비위생 매립지:1||산림골재:1||산업부산물:1||생물농축계수:1||생물학적 용출:1||생용출:1||생태기능상태:1||석영:1||석탄 광산배수:1||선택적 부착:1||송천광미:1||수리지구화학적 평가:1||수산기 라디칼:1||수질시료:1||수착:1||스펙트럼 라이브러리:1||시안:1||시안화합물:1||심미적 오염:1||아라고나이트:1||알럼:1||양쯔강:1||연속추출법:1||열수변질작용:1||영가철:1||영종도:1||요오드화칼륨:1||용유도 을왕산:1||우라늄:1||운반용액:1||원전해체 시설:1||위해성:1||유코나이트:1||응집:1||응집침전법:1||응집특성:1||인공풍화 실험:1||인산염 고착:1||인체위해성 평가:1||일라이트 결정도:1||자연정화처리시스템:1||자유시안:1||장흐름 분획기:1||재용출:1||적철석:1||전기동력학:1||정량X선회절분석:1||정량X선회절분석법:1||제강 슬래그:1||제주 남서 이질대:1||중광물:1||중금속오염:1||중앙아프리카 구리광화대:1||지하수:1||진주층:1||철 (산)수산화물:1||철 나노물질:1||침출수:1||카올리나이트 KGa1b:1||카올리나이트 KGa2:1||테레프탈산:1||템킨 등온선:1||토륨:1||토양:1||토양개량사업:1||토양오염우려기준:1||토착박테리아:1||토착호산성박테리아:1||통합기술:1||폐광산:1||표면흡착반응:1||표성부화:1||표층퇴적물:1||풍화 속도:1||풍화반응성:1||프로인드리히 등온선:1||함방사성원소 광물:1||함태 처리장:1||합성활석:1||해수양식진주:1||헤테로제나이트:1||호주 연방과학산업연구기구:1||환경위해성:1||활석윌렘사이트 계열:1||황산연광:1||황철석:1||황하물:1||황해:1||황해 남동 니질대:1||황해 중앙 니질대:1||황해중앙이질대:1||흐름 장흐름 분획기:1||흐름조건:1||흡착 등온식:1||흡착 반응 속도론:1||흡착 반응속도:1||흡착등온선:1||흡착반응:1||흡착반응속도:1||epidote:1||2차원 X선 회절 분석:1||3R polytype:1||3R 다형:1||3가 비소(아비산 이온):1||5가 비소(비산 이온):1||Atype granite:1||ADXRD:1||ATRFTIR 분광분석:1||Abandoned Metal Mines:1||Acid mine drainage:1||Acidithiobacillus ferrooxidans:1||Adsorption:1||Aesthetic pollution:1||Aggregate structure:1||Aggregation:1||Aggregation Characteristics:1||Alum:1||Application:1||Aqueous Sample:1||Aquifer:1||Aquifer properties:1||Area of effective electric field:1||Arsenate:1||Arsenate [As(V)]:1||Arsenic Respiratory Reductase Gene:1||Arsenic contaminated soils:1||Arsenite [As(III)]:1||Artificial weathering experiments:1||As(III)(arsenite):1||As(V)(arsenate):1||Asian dust:1||Asymmetrical flow fieldflow fractionation:1||A형 화강암:1||Benzalkonium chloride:1||Bioconcentration factor (BCF):1||Bioavailability:1||Bioconcentration Factor (BCF):1||Bioelectrokinetics:1||BirchMurnaghan EOS:1||CISRO:1||CO 2 rich spring water:1||CO 2 ?water?rock interaction:1||CO2rich groundwater:1||Carcinogenic Risk:1||Carcinogenic risk:1||Carrier Solution:1||Central African Copperbelt:1||Central Yellow Sea Mud (CYSM):1||Changjiang River:1||Citrate Coated Silver Nanomaterial:1||Coagulation and sedimentation:1||Coal ash:1||Coal mine drainage:1||Compositional data analysis:1||Contaminated soil:1||Contamination:1||Crop intake pathway:1||DLVO theory:1||DLVO 이론:1||Dalseong mine:1||Denitrification:1||Density functional theory:1||Doublet Time:1||Drinking groundwater:1||Earthworm behavior:1||Ecological Functional State:1||Ecotoxicity:1||Ecotoxicity index:1||Electrode configuration:1||Electrokinetic remediation:1||Environmentally relevant concentrations:1||Equilibrium phase modeling:1||Exposure assessment:1||Exposure factors:1||Fault zone:1||Feasibility test:1||Field application:1||FieldFlow Fractionation (FFF):1||Flow Condition:1||Flow FieldFlow Fractionation (FlFFF):1||Fluorinebearing minerals:1||Free Cyanide:1||Freundlich adsorption isotherm:1||Geochemical dispersion:1||Geological CO 2 storage:1||Geological characteristics:1||Geological media:1||Goethite:1||Groundwater:1||Gyeonggi Bay:1||Hamtae treatment plant:1||Heavy Metal Contamination:1||Heavy Metal Stabilization:1||Huanghe:1||Human Risk Assessment:1||Human health risk assessment:1||Hybrid technology:1||Hydrogeochemical assessment:1||Hydrothermal alteration:1||Hydroxyl radical:1||Itype granite:1||Illite:1||Indigenous bacteria:1||Industrial ByProducts:1||Industrial byproduct:1||Intertidal sediments:1||

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