New Mexico State University

Dr. Richard Long, Dept, of Chemical Engineering, New Mexico State University, Guide to Design for Chemical Engineers, handout to students for plant designs, 1994. 

New Mexico State University, 307,352 Oak Ridge National Laboratory, 392... 

New Mexico State University, Las Evaluating the use of solvent extraction as Cruces, NM a technique for the remediation of soils... 

Department of Geological Sciences, New Mexico State University, Box 30001, MSC 3AB, Las Cruces,... 

DR. RALPH WILKINS (New Mexico State University) What is the rate of the reaction of trien with your copper macrocyclic tetrapeptide complex Based on your mechanism it should be... 

RALPH G. WILKINS-New Mexico State University, Department of Chemistry, Las Cruces, NM 88003... 

Figure 12 Topographic plots of a DMS-IMS analyzer response to 2,4-DNT (left frame) and 2,4,6-trinitrotoluene (right frame). Positions ofions in plots are circled the reactant ion peak is seen at compensation voltage of 8V and drift time of 2 ms. Source (C.R. White et al., unpublished data. New Mexico State University, September 2005.)...

A new analyzer based on ion mobihty has been introduced in 2005 and combines DMS and IMS analyzers in tandem, hence ions are first separated in a DMS drift tube and then characterized by twin IMS drift tubes [62]. Because the DMS is comparatively slow (0.1—1 Hz) and the mobihty spectrometer operates at 30 Hz, mobility spectra can be obtained throughout a DMS sweep of compensation voltage, creating a three-dimensional plot as shown in Figure 12 for DNT and TNT (unpublished experimental results provided by C.R. White et al. at New Mexico State University, September 2005). As shown in the topographic plots of Figure 12, a benefit of ion characterization for K and AK is seen in the improved separation of peaks over DMS and IMS alone. The tandem DMS-IMS was described at the 2005 International Symposium on IMS and is under development requiring detailed evaluation as drift tube improvements are made. 

Pecan-shell-based granular activated carbon (GAC) has only been tested at bench-scale, and experiments are ongoing. The principal research institutions involved in this research are New Mexico State University and the Southern Regional Research Center, in collaboration with Lonisiana State University. 

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