Determination of lead in paint as an aid in the control of lead paint poisoning in young children
Yükleniyor...
Dosyalar
Tarih
1979-02
Yazarlar
Süreli Yayın başlığı
Süreli Yayın ISSN
Cilt Başlığı
Yayınevi
Turkish Atomic Energy Commission, Ankara Nuclear Research and Traning Center
Özet
Dört ayrı marka yağlı boyadaki kurşun miktarı atomik absorpsiyon spektrofotometresi yöntemiyle tayin edilmiş ve 5114, 2651, 1630, 1350 ppm bulunmuştur. Kurşun boya zehirlenmesinin kurbanları daha ziyade diş çıkarma, 1-3 yaşlarındaki çocukların duvar ve ahşap kısımlardaki kavlayan parçaları yemeleri, oyuncak, karyola ve diğer mobilyaları ısırmaları sonucu içinde çok miktarda kurşun bulunan boyayı yutmalarıyla ortaya çıkmaktadır. Literatüre göre toplam 100 µg günlük doz çocuklar için max doz olmaktadır [1].
The lead content in four different paint samples were determined by atomic absorption spectrophotometry and they were found 5114, 2651, 1630, 1350 ppm. Lead paint poisoning usually occurs in children at teething age from about one to three years old and ingested peeling, flaking and scaling paint from walls, woodworks, toys, cribs and other furniture that is heavy in lead content. According to literature totally 100 µg per day would appear to be a sensible maximum dose[1].
The lead content in four different paint samples were determined by atomic absorption spectrophotometry and they were found 5114, 2651, 1630, 1350 ppm. Lead paint poisoning usually occurs in children at teething age from about one to three years old and ingested peeling, flaking and scaling paint from walls, woodworks, toys, cribs and other furniture that is heavy in lead content. According to literature totally 100 µg per day would appear to be a sensible maximum dose[1].
Açıklama
Anahtar kelimeler
Young children, Küçük çocuklar, Control of lead paint poisoning, Kurşun boya zehirlenmesinin kontrolü, Determination of lead in paint, Boyada kurşun tayini
Alıntı
Erentürk, N. (1979). Determination of lead in paint as an aid in the control of lead paint poisoning in young children. Technical Journal, 6(1), 13-17.