Ultrafast Chemical Separations

The following HTML text is provided to enhance online readability. Many aspects of typography translate only awkwardly to HTML. Please use the page image as the authoritative form to ensure accuracy.

ULTRAFAST CHEMICAL SEPARATIONS

PART I:	SEPARATION TECHNIQUES
	1. Introduction	3
	2. Batch Processes	6
	2.1 Precipitation	7
	2.2 Adsorption and Isotopic Exchange	10
	2.3 Ion-Exchange Techniques	13
	2.4 Liquid-Liquid Extraction	16
	2.5 High-Performance Liquid Chromatography	24
	2.6 Distillation and Volatilization	27
	2.7 Thermochromatography	30
	2.8 Electrophoresis	32
	3. Automated Processes	35
	3.1 Comparison of Efficiencies of Autobatch and Continuous Processes	35
	4. Autobatch Techniques	37
	4.1 Autobatch Techniques for the Separation of Silver Isotopes	40
	4.2 Technetium by Solvent Extraction	40
	4.3 Palladium by Solvent Extraction	42
	4.4 Arsenic and Antimony by Volatile-Hydride Production	43
	4.5 Autobatch Separation of Individual Lanthanide Fission Products	45
	4.6 Separation of Transplutonium Elements	49
	5. Delivery Systems for Continuous Techniques	49
	5.1 Gas-Jet Systems	49
	5.2 Transport Time	53
	5.3 Examples of Gas-Jet Systems	56
	6. Continuous Liquid-Phase Chemical Separations	59
	6.1 High-Speed Centrifuge for Phase Separation	59
	6.2 Transfer from Gas-Jet System to Aqueous Phase	63
	6.3 Examples	63
	7. Continuous Gas-Phase Chemistry	70
	7.1 Production Outside the Target Chamber	71
	7.2 Production in the Target Chamber	74
	8. Future of Ultrafast Chemistry	77
	9. References	79

Free Resources

Related Titles

Ultrafast Chemical Separations (1993)
Commission on Physical Sciences, Mathematics, and Applications (CPSMA)

CONTENTS

Free Resources

Related Titles

Ultrafast Chemical Separations (1993) Commission on Physical Sciences, Mathematics, and Applications (CPSMA)

CONTENTS

Ultrafast Chemical Separations (1993)
Commission on Physical Sciences, Mathematics, and Applications (CPSMA)