Vietnamnet BOTThua cay đắng Philippines 5-6 trên chấm luân lưu sau khi hòa 0-0 trong 120 phút, tuyển nữ Việt Nam không thể bảo vệ thành công tấm HCV SEA Games 33. Đội tuyển từng bị trọng tài từ chối một bàn thắng hợp lệ ở hiệp chính, gây tiếc nuối lớn. Dù vậy, các cầu thủ đã chiến đấu kiên cường và xứng đáng nhận sự tôn vinh. #WomenFootball #SEAGames33 #Vietnam #Philippines #BongDaNu #HuyChuongBac #SEA Games #TuyenNuVietNam #Football #SilverMedal #ThểThao #BóngĐáNữ #ĐôngNamÁ #HCB
Tấm HCV điền kinh cuối cùng của SEA Games 33 thuộc về nội dung tiếp sức 4x400m nam. Dù các VĐV Việt Nam đã thi đấu rất cố gắng, nhưng vẫn không thể vượt qua các VĐV nhập tịch Thái Lan, đành chấp nhận tấm HCB đầy tiếc nuối.
Tấm HCV này giúp Thái Lan vượt Việt Nam để giành vị trí số 1 trên bảng xếp hạng môn điền kinh với 17 HCV, trong khi Việt Nam giành 15 HCV.
#ĐiềnKinh #SEA_Games_33 #TháiLan #ViệtNam #TấmHCV #HCB #NhậpCưTháiLan #ThểThao #SEA_Games #ĐiềnKinhViệtNam #TháiLanHCV #ViệtNamHCB
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SEA Games 33 ngày 15/12: Đội bóng chuyền nữ giành HCB, Nguyễn Thị Oanh tiếp tục khẳng định mạnh mẽ với HCV 10.000m nữ, cùng Lê Thị Tuyết mang về HCB. Thành tích ấn tượng giúp Việt Nam bám đuổi Indonesia trong cuộc đua huy chương vàng. #SEAGames33 #HCV #HCB #ThểThaoVN #Volleyball #10kChạy #NguyễnThịOanh #LêThịTuyết
https://vietnamnet.vn/truc-tiep-sea-games-33-hom-nay-15-12-bam-duoi-indonesia-2472478.html
🟢 Điền kinh SEA Games 33: Hôm nay Đoàn Việt Nam giành 2 HCV, 1 HCB và 3 HCĐ! 🎉 Lịch thi đấu chi tiết đang diễn ra, các vận động viên Việt Nam tiếp tục tỏa sáng trên sân vận động. #SEAgames33 #Athletics #Vietnam #điềnkinh #medals #HCV #HCB #HCĐ
MattRHot Cross Bun #hcb
emilialuise1/5
Hart erkämpfter Heimsieg: #99ers triumphieren über Bozen mit 2:1
08.01. Spannendes Duell im Bunker: Die Graz 99ers sicherten sich in einem intensiven Kampf gegen den #HCB Südtirol einen knappen 2:1 Sieg.
Im dritten Aufeinandertreffen gegen die „Foxes“ ging der Game-Plan endlich auf.
rusty@bananawatch i find the Vegemite and cheese #hcb sacrilege the worst
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Matthias DrexelSchade Schokolade. Grats an Salzburg für den Titel und an #MVP Tolvanen
Und Grats an die #FigliDiBolzano und den #HCB.
Es war eine geile Finalserie und ein Wahnsinnscomeback des #HCB in Spiel 5 und 6
Leonard BöhmHappy to share our new publication from the #ClayHOC project: #Adsorption of the #hydrophobic organic pollutant #hexachlorobenzene to phyllosilicate #minerals in ESPR
https://doi.org/10.1007/s11356-022-24818-4
Results show relevant #adsorption of #HCB to natural #ClayMinerals. Cation-modification revealed dependence on type, radius, #hydration enthalpy of exchangeable #cations
Results support relevance of minerals for #EnvironmentalFate of #PersistentOrganicPollutants #POP in #soils #sediments
Adsorption of the hydrophobic organic pollutant hexachlorobenzene to phyllosilicate minerals - Environmental Science and Pollution Research
Hexachlorobenzene (HCB), a representative of hydrophobic organic chemicals (HOC), belongs to the group of persistent organic pollutants (POPs) that can have harmful effects on humans and other biota. Sorption processes in soils and sediments largely determine the fate of HCB and the risks arising from the compound in the environment. In this context, especially HOC–organic matter interactions are intensively studied, whereas knowledge of HOC adsorption to mineral phases (e.g., clay minerals) is comparatively limited. In this work, we performed batch adsorption experiments of HCB on a set of twelve phyllosilicate mineral sorbents that comprised several smectites, kaolinite, hectorite, chlorite, vermiculite, and illite. The effect of charge and size of exchangeable cations on HCB adsorption was studied using the source clay montmorillonite STx-1b after treatment with nine types of alkali (M+: Li, K, Na, Rb, Cs) and alkaline earth metal cations (M2+: Mg, Ca, Sr, Ba). Molecular modeling simulations based on density functional theory (DFT) calculations to reveal the effect of different cations on the adsorption energy in a selected HCB-clay mineral system accompanied this study. Results for HCB adsorption to minerals showed a large variation of solid–liquid adsorption constants Kd over four orders of magnitude (log Kd 0.9–3.3). Experiments with cation-modified montmorillonite resulted in increasing HCB adsorption with decreasing hydrated radii of exchangeable cations (log Kd 1.3–3.8 for M+ and 1.3–1.4 for M2+). DFT calculations predicted (gas phase) adsorption energies (− 76 to − 24 kJ mol−1 for M+ and − 96 to − 71 kJ mol−1 for M2+) showing a good correlation with Kd values for M2+-modified montmorillonite, whereas a discrepancy was observed for M+-modified montmorillonite. Supported by further calculations, this indicated that the solvent effect plays a relevant role in the adsorption process. Our results provide insight into the influence of minerals on HOC adsorption using HCB as an example and support the relevance of minerals for the environmental fate of HOCs such as for long-term source/sink phenomena in soils and sediments.