Nonferrous metallurgy.  I.  Light metals:  aluminum, beryllium, titanium, and magnesium

Danchik, Richard S.

doi:10.1021/ac60300a017

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Wet Chemistry-classical Gravimetry and Titrimetry1

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2000

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Cited by 3 publications

(1 citation statement)

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“…These latter methods are also amenable to automation and computer interfacing. As indicated in the literature, (18,19) this field offers selective and sensitive methodology for major and trace components of many different materials.…”

Section: Wet Chemistry-classical Gravimetry and Titrimetrymentioning

confidence: 99%

Characterization of Solids—Chemical Composition

Meinke

1973

The Chemical Structure of Solids

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Section: Wet Chemistry-classical Gravimetry and Titrimetrymentioning

confidence: 99%

Characterization of Solids—Chemical Composition

Meinke

1973

The Chemical Structure of Solids

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Determination of titanium in bauxite: A comparison of neutron activation analysis with the X-ray fluorescence method

Buczkó

Mukherjee

Dezső

et al. 1976

J. Radioanal. Chem.

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Chlorofluoroacetic Acid as a Highly Versatile Derivatizing Agent: Assignment of Stereochemistry to Esters of Chiral Alcohols

Růžička

Streinz

Šaman

et al. 2000

Collect. Czech. Chem. Commun.

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Stereochemistry of a series of diastereomeric esters obtained from chiral alcohols 1a-21a by derivatization with (S)- or (R)-chlorofluoroacetic acid was correlated with their LC and GC separation (∆tr) and NMR resolution (∆δ). Both the chromatographic and NMR spectral behavior of respective diastereomers was found to follow systematic rules reflecting their steric arrangement. Moreover, identical conformations of the esters seem to be preferred in solution as well as in the chromatographic processes. Reasons underlying this behavior are discussed.

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Nonferrous metallurgy. I. Light metals: aluminum, beryllium, titanium, and magnesium

Cited by 3 publications

References 102 publications

Characterization of Solids—Chemical Composition

Characterization of Solids—Chemical Composition

Determination of titanium in bauxite: A comparison of neutron activation analysis with the X-ray fluorescence method

Chlorofluoroacetic Acid as a Highly Versatile Derivatizing Agent: Assignment of Stereochemistry to Esters of Chiral Alcohols

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