April 2013
Volume 45, Number 4
In the April issue, transmission electron microscopy (TEM) is shown to be a useful tool to address the problems of glass delamination. Also described in this issue is a study on high-shear-rate viscosity measurements using a dual-bore capillary rheometer.
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Table of Contents
Friday, December 07, 2012
Robert L. Stevenson, Ph.D.
The tsunami on the business horizon is the resurrection of the American chemicals industry.
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Wednesday, April 10, 2013
Johannes Bott, Soheyl Tadjiki
Throughout the chemical industry there is a growing movement toward macromolecular research. In particular, the ongoing race for nanotechnology development has resulted in a need for analytical ...
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Andrew Labov
The programming and design of the University of Texas at Austin’s Norman Hackerman Building illustrates how architecture can help institutions meet research and educational goals in science and ...
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Lynn Vanatta
As was stated at the end of Part 50, this current installment will be the last in the “Statistics in Analytical Chemistry” series. The mission of this article is to correct mistakes and clarify ...
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Wednesday, March 20, 2013
The determination of mercury levels is vital in many industries, for example, in the chemical industry, i.e., mercury levels in effluents, and in the food and environmental industries. Available ...
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Wednesday, April 10, 2013
Barbara Foster
Segmentation, the ability to define the unique features in a region of interest, has always been the greatest challenge in image analysis and quantitation. A new suite of tools, available from ...
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Elaine F. Schumacher
Formation of glass delamination flakes and secondary products through reaction of injectable pharmaceutical solutions with glass vial packaging leads to product contamination and costly recalls. ...
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Amy Yoder, Li Liu
Cell and molecular biology become more integral pieces of the modern drug discovery process on a seemingly daily basis. Monitoring the interaction of cells and internal cellular activity provides ...
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Caitlin Smith
High-resolution separations benefit from the power of capillary electrophoresis, due to its high accuracy and negligible investment of researchers’ time. This article points out the variety of ...
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Jeshwanth K. Rameshwaram, Tien T. Dao
Polymeric materials, in a general sense, are viscoelastic in nature since they exhibit a strong dependence of deformation and flow on time and temperature. Performance of these materials can only be ...
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