75-78Pink coloured stable gold sol (λmax: 523 nm) has been prepared photochemi cally in aqueous Triton X-100 (TX-100) medium and used for spectrophotometric determination of cyanide. The colour of the sol decreases on cyanide addition and becomes colourless at the end point. Linear calibration is obtained in the range of 0-26 ppm of cyanide concentration. The relative standard deviation for 8.65 ppm of cyanide is found to be ±2.03%. The method is simple, rapid and applied for real sample analysis
Herein, we describe a bright-red-emitting ovalbumin-protected gold nanoclusters (OVA–AuNCs) that wer...
A colorimetric method for the determination of thiocyanate (SCN-) ion with a cystamine-modified gold...
The rampant use of cyanide in mining activities has posed a substantial hazard to aquatic ecosystems...
A highly sensitive and selective ratiometric sensor for the quantification of cyanide (CN) in aqueou...
The interaction between aqueous colloidal silver nanoparticles (AgNPs) and cyanide ions was studied ...
ArticleA method is described for the determination of gold(l) in cyanide solutions. The gold(l) cyan...
A method for the simultaneous determination of total gold and available cyanide in gold cyanidation ...
A selective, sensitive, rapid and simple-handling analytical method for the determination of cyanide...
The need to monitor the presence of cyanide (CN−) in water is necessary to minimize the risks to aqu...
In the recent years, the synthesis, characterization and exploitation of noble metal nanoparticles h...
We report a simple fluorescent method for sensitive cyanide detection based on the dissolution of Rh...
Includes synopsis.Includes bibliographical references.In 2004, Mintek recognised the gold mining ind...
Water toxicity, one of the major concerns for ecosystems and the health of humanity, is usually attr...
The need to monitor the presence of cyanide (CN−) in water is necessary to minimize the risks to aqu...
A selective, sensitive, rapid and simple-handling analytical method for the determination of cyanide...
Herein, we describe a bright-red-emitting ovalbumin-protected gold nanoclusters (OVA–AuNCs) that wer...
A colorimetric method for the determination of thiocyanate (SCN-) ion with a cystamine-modified gold...
The rampant use of cyanide in mining activities has posed a substantial hazard to aquatic ecosystems...
A highly sensitive and selective ratiometric sensor for the quantification of cyanide (CN) in aqueou...
The interaction between aqueous colloidal silver nanoparticles (AgNPs) and cyanide ions was studied ...
ArticleA method is described for the determination of gold(l) in cyanide solutions. The gold(l) cyan...
A method for the simultaneous determination of total gold and available cyanide in gold cyanidation ...
A selective, sensitive, rapid and simple-handling analytical method for the determination of cyanide...
The need to monitor the presence of cyanide (CN−) in water is necessary to minimize the risks to aqu...
In the recent years, the synthesis, characterization and exploitation of noble metal nanoparticles h...
We report a simple fluorescent method for sensitive cyanide detection based on the dissolution of Rh...
Includes synopsis.Includes bibliographical references.In 2004, Mintek recognised the gold mining ind...
Water toxicity, one of the major concerns for ecosystems and the health of humanity, is usually attr...
The need to monitor the presence of cyanide (CN−) in water is necessary to minimize the risks to aqu...
A selective, sensitive, rapid and simple-handling analytical method for the determination of cyanide...
Herein, we describe a bright-red-emitting ovalbumin-protected gold nanoclusters (OVA–AuNCs) that wer...
A colorimetric method for the determination of thiocyanate (SCN-) ion with a cystamine-modified gold...
The rampant use of cyanide in mining activities has posed a substantial hazard to aquatic ecosystems...