2012 Corporate Capabilities - Spectroscopy

28 Spectroscopy 26(12) December 2011 www.spectroscopyonline.com
Gratz, Samuel. See Lanzarotta, Adam.
Green, Joshua. See Osborn, Tabetha.
H
Haas, Torsten; Boeker, Peter; Cole, Alun;
and Horner, Gerhard. High-Definition
Screening for Boar Taint in Fatback
Samples Using GC–MS. Current
Trends in Mass Spectrometry, July, p.
38.
Hancock, Peter. See David, Frank.
Handler, M. See Pallua, J.D.
Hankus, Mikella E. See Ford, Alan R.
Hargreaves, Michael. See Matousek,
Pavel.
He, Yong. See Chen, Xiaojing.
Heinle, Lance; and Jenkins, Gary. Creating
a High-Throughput LC–MS-MS
System Using Common Components.
Current Trends in Mass Spectrometry,
October, p. 16.
Hernández-Rivera, Samuel P.; Castro-
Suarez, John R.; Pacheco-Londoño,
Leonardo C.; Primera-Pedrozo, Oliva
M.; Rey-Villamizar, Nicolas; Vélez-
Reyes, Miguel; and Diem, Max. Mid-
Infrared Vibrational Spectroscopy
Standoff Detection of Highly Energetic
Materials: New Developments. Defense
and Homeland Security, April, Digital
Edition.
Herrmann, Otto. See Switzer, Teresa.
Hirsch, Jeffrey; Deschaines, Timothy
O.; and Strother, Todd. Improved
Principal Component Discrimination
of Commercial Inks Using Surface-Enhanced
Resonant Raman
Scattering. October, p. 32.
Hodkiewicz, Joe. “The Importance of
Tight Laser Power Control When
Working with Carbon Nanomaterials,”
in Lasers and Optics Interface.
July, p. 22.
Holthoff, Ellen L. See Ford, Alan R.
Horner, Gerhard. See Haas, Torsten.
Howard, James W. See Kay, Richard G.
Huang, Hermes. See Donahue, Michael.
Huck-Pezzei, V. See Pallua, J.D.
Huck, C.W. See Pallua, J.D.
Hussain, Samina; Liba, Amir; and
McCurdy, Ed. Validating ICP-
MS for the Analysis of Elemental
Impurities According to Draft
USP General Chapters and
. Applications of ICP & ICP-
MS Techniques for Today’s Spectroscopists,
November, p. 14.
I
Iedema, Martin J. See Yu, Xiao-Ying.
Iglesias, Natalia Navas. See Cuadros-Rodriguez,
Luis.
Ilic, Darko. See Switzer, Teresa.
Infantino, Gabe. See Nam, Kwan H.
Isensee, Robert. See Nam, Kwan H.
J
Jakubowski, Jr., Edward M. See McGuire,
Jeffrey M.
Jarvis, Michael J.Y. See Taylor, Adrian M.
Jenkins, Gary. See Heinle, Lance.
Johnson, David W. Application of Raman
Spectroscopy to Lubricants, Lubricated
Surfaces, and Lubrication Phenomena.
July, p. 46.
K
Kang, Liping. See Yu, Kate.
Kay, Richard G.; Howard, James W.; and
Pleasance, Steve. Time-Resolved SRM
Analysis and Highly Multiplexed LC–
MS-MS for Quantifying Tryptically
Digested Proteins. Current Trends in
Mass Spectrometry, March, p. 24.
Keller, Matthew D. See Mahadevan-Jansen,
Anita.
Kelley, Mark C. See Mahadevan-Jansen,
Anita.
Kim, Youngjae; and Salhany, Joseph.
“Multiphoton Spectroscopy,” in Lasers
and Optics Interface. January, p. 24.
Klocker, H. See Pallua, J.D.
Koerner, Phil; and McGinley, Michael.
25-Hydroxyvitamin D 2
/D 3
Analysis
in Human Plasma Using LC–MS.
Current Trends in Mass Spectrometry,
March, p. 8.
Koleto, Michael. See Begley, Benjamin.
Kremser, L. See Pallua, J.D.
L
Lanzarotta, Adam; Gratz, Samuel;
Brueggemeyer, Thomas; and Witkowski,
Mark. A Targeted Approach to
Detect Controlled Substances in Suspect
Tablets Using Attenuated Total
Internal Reflection Fourier-Transform
Infrared Spectroscopic Imaging. February,
p. 34.
Layne, Jeff. See Li, Shuguang.
Li, Li; and Schug, Kevin. On- and Off-
Line Coupling of Separation Techniques
to Ambient Ionization Mass
Spectrometry. Current Trends in Mass
Spectrometry, October, p. 8.
Li, Qingbo. See Zhang, Qianxuan.
Li, Shuguang; Layne, Jeff; Countryman,
Sky; and McGinley, Michael. A Sensitive,
Specific, Accurate, and Fast LC–
MS-MS Method for Measurement of
Ethyl Glucuronide and Ethyl Sulfate in
Human Urine. Current Trends in Mass
Spectrometry, July, p. 42.
Liba, Amir. See Hussain, Samina.
Lindner, H. See Pallua, J.D.
Loeffen, Paul. See Matousek, Pavel.
Lowry, Steve. Optimizing FT-IR Sampling
for a Method to Determine the Chemical
Composition of Microbial Materials.
June, p. 30.
Lowry, Steve; and Weesner, Forrest. Using
Real-Time FT-IR to Characterize UV
Curable Optical Adhesives. FT-IR
Technology for Today’s Spectroscopists,
August, p. 40.
Lucey, Paul. See Gomer, Nathaniel R.
M
Ma, Baiping. See Yu, Kate.
MacPhail, Neil. See Smith-Goettler, Brandye.
Mahadevan-Jansen, Anita; Keller, Matthew
D.; Vargis, Elizabeth; Caldwell,
Brittany; Nguyen, The-Quyen; Granja,
Nara de Matos; Sanders, Melinda; and
Kelley, Mark C. Looking Below the
Surface of Breast Tissue During Surgery.
Raman Technology for Today’s
Spectroscopists, June, p. 48.
Marasco, Christina C. See Enders,
Jeffrey R.
Mark, Howard. Pittcon 2011 New Product
Review. May, p. 32.
Mark, Howard; and Workman, Jr., Jerome.
“Classical Least Squares, Part
IV: Spectroscopic Theory Continued,”
in Chemometrics in Spectroscopy.
February, p. 26.
Mark, Howard; and Workman, Jr., Jero
me. “Classical Least Squares, Part V:
Experimental Results,” in Chemometrics
in Spectroscopy. May, p. 12.
Mark, Howard; and Workman, Jr., Jerome.
“Classical Least Squares, Part
VI: Spectral Results,” in Chemometrics
in Spectroscopy. June, p. 22.
Mark, Howard; and Workman, Jr., Jerome.
“Classical Least Squares, Part
VII: Spectral Reconstruction of Mixtures,”
in Chemometrics in Spectroscopy.
October, p. 24.
Mason, Michael. See Patrick, Jeffrey S.