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2012 Corporate Capabilities - Spectroscopy

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www.spectroscopyonline.com<br />

December 2011 <strong>Spectroscopy</strong> 26(12) 31<br />

Foods Using Cryogenic Grinding and<br />

Quantitation by ICP-MS, Part I. P. Atkins,<br />

L. Ernyei, W. Driscoll, R. Obenauf,<br />

and R. Thomas. January, p. 46.<br />

Analysis of Toxic Trace Metals in Pet<br />

Foods Using Cryogenic Grinding and<br />

Quantitation by ICP-MS, Part II. P.<br />

Atkins, L. Ernyei, W. Driscoll, R. Obenauf,<br />

and R. Thomas. February, p. 42.<br />

“Close Enough: The Value of Semiquantitative<br />

Analysis,” in Atomic Perspectives.<br />

Kenneth Neubauer and Laura<br />

Thompson. May, p. 24.<br />

The Dynamic World of X-ray Fluorescence.<br />

Laura Bush. July, p. 40.<br />

“LIBS in Forensics,” in Lasers and Optics<br />

Interface. Laura Bush. April, p. 34.<br />

“Measurement Techniques for Mercury:<br />

Which Approach Is Right for You?”<br />

in Atomic Perspectives. David Pfeil.<br />

September, p. 40.<br />

Microwave-Induced Combustion for ICP-<br />

MS: A Generic Approach to Trace Elemental<br />

Analyses of Pharmaceutical<br />

Products. Kwan H. Nam, Robert Isensee,<br />

Gabe Infantino, Karol Putyera,<br />

and Xinwei Wang. April, p. 36.<br />

“R&D Opportunities in Arc/Spark Optical<br />

Emission Spectrometry,” in Atomic<br />

Perspectives. Volker B.E. Thomsen<br />

and Jerald L. Spencer. July, p. 18.<br />

Spectrometers for Elemental Spectrochemical<br />

Analysis, Part IV: Inductively<br />

Coupled Plasma Optical Emission<br />

Spectrometers. Carlos Augusto<br />

Coutinho and Volker Thomsen. September,<br />

p. 44.<br />

“Using ICP-MS and ICP-OES to Measure<br />

Trace Elemental Impurities in<br />

Pharmaceuticals in Compliance with<br />

Proposed Pharmacopeia Chapters,” in<br />

Atomic Perspectives. Matthew Cassup.<br />

March, p. 26.<br />

BASELINE COLUMN<br />

“Little Points of Light,” in The Baseline.<br />

David W. Ball. January, p. 20.<br />

“Maxwell’s Equations, Part I: History,” in<br />

The Baseline. David W. Ball. April, p.<br />

16.<br />

“Maxwell’s Equations, Part II,” in The<br />

Baseline. David W. Ball. June, p. 14.<br />

“Maxwell’s Equations, Part III,” in The Baseline.<br />

David W. Ball. September, p. 18.<br />

“Maxwell’s Equations, Part IV,” in The<br />

Baseline. David W. Ball. December,<br />

p. 10.<br />

BIOLOGICAL AND MEDICAL<br />

ANALYSIS<br />

Optimizing FT-IR Sampling for a Method<br />

to Determine the Chemical Composition<br />

of Microbial Materials. Steve<br />

Lowry. June, p. 30.<br />

Scattering Impact Analysis and Correction<br />

for Leaf Biochemical Parameter<br />

Estimation Using Vis-NIR <strong>Spectroscopy</strong>.<br />

Qianxuan Zhang, Qingbo Li,<br />

and Guangjun Zhang. July, p. 28.<br />

CHEMOMETRICS IN<br />

SPECTROSCOPY COLUMN<br />

“Classical Least Squares, Part IV: Spectroscopic<br />

Theory Continued,” in Chemometrics<br />

in <strong>Spectroscopy</strong>. Howard<br />

Mark and Jerome Workman, Jr. February,<br />

p. 26.<br />

“Classical Least Squares, Part V: Experimental<br />

Results,” in Chemometrics in<br />

<strong>Spectroscopy</strong>. Howard Mark and Jerome<br />

Workman, Jr. May, p. 12.<br />

“Classical Least Squares, Part VI: Spectral<br />

Results,” in Chemometrics in <strong>Spectroscopy</strong>.<br />

Howard Mark and Jerome<br />

Workman, Jr. June, p. 22.<br />

“Classical Least Squares, Part VII: Spectral<br />

Reconstruction of Mixtures,”<br />

in Chemometrics in <strong>Spectroscopy</strong>.<br />

Howard Mark and Jerome Workman,<br />

Jr. October, p. 24.<br />

CHEMOMETRICS<br />

“Classical Least Squares, Part IV: Spectroscopic<br />

Theory Continued,” in Chemometrics<br />

in <strong>Spectroscopy</strong>. Howard<br />

Mark and Jerome Workman, Jr. February,<br />

p. 26.<br />

“Classical Least Squares, Part V: Experimental<br />

Results,” in Chemometrics in<br />

<strong>Spectroscopy</strong>. Howard Mark and Jerome<br />

Workman, Jr. May, p. 12.<br />

“Classical Least Squares, Part VI: Spectral<br />

Results,” in Chemometrics in <strong>Spectroscopy</strong>.<br />

Howard Mark and Jerome<br />

Workman, Jr. June, p. 22.<br />

“Classical Least Squares, Part VII: Spectral<br />

Reconstruction of Mixtures,”<br />

in Chemometrics in <strong>Spectroscopy</strong>.<br />

Howard Mark and Jerome Workman,<br />

Jr. October, p. 24.<br />

An Integration of Modified Uninformative<br />

Variable Elimination and Wavelet<br />

Packet Transform for Variable Selection.<br />

Xiaojing Chen, Di Wu, and Yong<br />

He. April, p. 42.<br />

ENVIRONMENTAL ANALYSIS<br />

“Analysis of Flue Gas Desulfurization<br />

Wastewaters by ICP-MS,” in Atomic<br />

Perspectives. Richard Burrows, Steve<br />

Wilbur, and Richard Clinkscales. November,<br />

p. 30.<br />

“Underwater Mass Spectrometry,” in<br />

Mass Spectrometry Forum. Kenneth<br />

L. Busch. January, p. 30.<br />

EXPLOSIVES<br />

An Optical Nose Approach to Explosive<br />

Detection: One Strategy for Optically<br />

Based Sensing. Tabetha Osborn, William<br />

A. Burns, Joshua Green, and Scott<br />

W. Reeve. January, p. 34.<br />

FOCUS ON QUALITY COLUMN<br />

“Is GMP Annex 11 Europe’s Answer to<br />

21 CFR 11?” in Focus on Quality. R.D.<br />

McDowall. April, p. 24.<br />

“Periodic Reviews of Computerized Systems,<br />

Part I,” in Focus on Quality. R.D.<br />

McDowall. September, p. 28.<br />

“Periodic Reviews of Computerized Systems,<br />

Part II,” in Focus on Quality.<br />

R.D. McDowall. November, p. 20.<br />

“USP and the GAMP Guide on<br />

Laboratory Computerized Systems —<br />

Is Integration Possible?” in Focus on<br />

Quality. R.D. McDowall and Chris<br />

Burgess. December, p. 14.<br />

FOOD AND BEVERAGE ANALYSIS<br />

Analysis of Toxic Trace Metals in Pet<br />

Foods Using Cryogenic Grinding and<br />

Quantitation by ICP-MS, Part I. P. Atkins,<br />

L. Ernyei, W. Driscoll, R. Obenauf,<br />

and R. Thomas. January, p. 46.<br />

Analysis of Toxic Trace Metals in Pet<br />

Foods Using Cryogenic Grinding<br />

and Quantitation by ICP-MS, Part II.<br />

P. Atkins, L. Ernyei, W. Driscoll, R.<br />

Obenauf, and R. Thomas. February,<br />

p. 42.<br />

FORENSIC APPLICATIONS<br />

ICP-MS for Forensic Applications. Laura<br />

Bush. October, p. 57.<br />

“LIBS in Forensics,” in Lasers and Optics<br />

Interface. Laura Bush. April, p. 34.<br />

FUELS<br />

Optimizing FT-IR Sampling for a Method<br />

to Determine the Chemical Composition<br />

of Microbial Materials. Steve<br />

Lowry. June, p. 30.

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